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01. IBM AI Developer Professional Certificate > Introduction to Artificial Intelligence > Flashcards

Introduction to Artificial Intelligence Flashcards

Course 2 / 10

1
Q

What is AI?

A
  • Anything that simulates human intelligence through computer systems,
  • Utilises algorithms and data to function,
  • Enables machines to perform tasks requiring human intelligence
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2
Q

How should you think of AI?

A

AI should be thought of as augmented intelligence. AI should not replace human experts but merely extend their capabilities by doing things that humans or machines could not do on their own.

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3
Q

What is innate intelligence?

A

Innate intelligence is the intelligence that governs every activity in our bodies. For example, this intelligence is what causes an oak tree to grow out of a little seed.

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4
Q

How does AI learn?

A

Machines are provided with the ability to examine and create machine learning models.
This is done in various ways such as supervised learning, unsupervised learning and reinforcement learning.

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5
Q

What can AI be described by?

A

Strength, breadth, and application.

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6
Q

What is weak or narrow AI?

A

This is AI that is applied to a specific domain. For example, language translators, self-driving cars, and recommendation engines.
Applied AI can perform specific tasks, but not learn new ones, making decisions based on programmed algorithms and training data.

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7
Q

What is strong or generalised AI?

A

This is AI that can interact and operate a wide variety of independent and unrelated tasks.
It can learn new tasks to solve new problems, and it does this by teaching itself new strategies.
Generalised intelligence is the combination of many AI strategies that learn from experience and can perform at a human level of intelligence.

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8
Q

What is Super AI or Conscious AI?

A

This is AI with human-level consciousness, which would require it to be self-aware.
Because we are not yet able to adequately define what consciousness is, it is unlikely we will be able to create Super AI in the near future.

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9
Q

How is AI multi-disciplinary?

A
  • Computer Science and Electrical Engineering determine how AI is implemented in software and hardware.
  • Mathematics and Statistics determine viable models and measure performance.
  • Because AI is modelled on how the human brain works, psychology and linguistics play an essential role in understanding how AI might work.
  • Philosophy provides guidance on ethical considerations and intelligence.
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10
Q

Artificial Intelligence vs. Generative AI (GenAI)

A

Artificial Intelligence is an augmented intelligence that helps experts scale their capabilities while machines handle time-consuming tasks such as recognising speech, playing games, and making decisions.

Generative AI, on the other hand, is an AI technique that can generate new and unique data ranging from images and music to texts and virtual worlds.

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11
Q

How does GenAI differ from conventional AI?

A

Conventional AI relies on predefined rules and patterns while GenAI uses deep learning techniques and relies on large datasets to generate new data.

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12
Q

Generative AI and LLM

A

Large Language Model (LLM) is a type of AI that uses deep learning techniques to process and generate natural language.
Generative AI can develop new and powerful LLM algorithms or architectures.
Generative AI can also incorporate LLM into a larger, more advanced AI system.

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13
Q

What are the benefits of Generative AI?

A
    • Creativity and Innovation
    • Cost and time savings
    • Personalisation
    • Scalability
    • Robustness
    • Exploration of new possibilities
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14
Q

What are some use cases for GenAI?

A
  • Healthcare and precision medicine
    • GenAI can identify genetic mutations
    • Provide personalised treatment options
    • Help doctors practice procedures and develop treatments
  • Agriculture
    • GenAI can optimise crop yields
    • Develop new, more resistant crop varieties
  • Biotechnology
    • Generative AI can aid in the development of new drugs and therapies by:
      • identifying potential drug targets
      • simulating drug interactions
      • forecasting drug efficacy
  • Forensics
    • Generative AI can help solve crimes by:
      • analysing DNA evidence
      • identifying suspects
  • Environmental conservation
    • Generative AI can support the protection of endangered species by:
      • analysing genetic data and suggesting breeding and conservation strategies
  • Creative
    • Generative AI can produce unique digital art, music, and video content for:
      • advertising and marketing campaigns
      • and generate soundtracks for films and video games
  • Gaming
    • Generative AI can create interactive game worlds and
    • generate new characters, levels, and objects in real-time
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15
Q

How does AI mean different things to different people?

A

For a video game designer, AI means affecting the way bots play or how the environment adapts to the player; whereas for a data scientist, AI is a way of exploring and classifying data to meet specific goals.

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16
Q

What is the reason we are able to talk to virtual assistants such as Alexa and Siri?

A

It is because of AI algorithms that learn by example. The natural language processing and natural language generation capabilities that come with AI aid our interactions with these virtual assistants so they can talk back to us.

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17
Q

How does Generative AI work?

A

It works by leveraging machine learning and deep learning techniques to learn patterns and generate original content

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18
Q

What does Generative AI do?

A

It enables applications to create, generate, and simulate new content

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19
Q

Name and describe different types of AI

A

The different types of AI include:

Diagnostic/descriptive AI: Focuses on assessing the correctness of behavior by analyzing historical data to understand what happened and why.

Predictive AI: Concerned with forecasting future outcomes based on historical and current data.

Prescriptive AI: Focuses on determining the optimal course of action by providing recommendations based on data analysis.

Generative/cognitive AI: Involved in producing various types of content, such as code, articles, images, and more.

Reactive AI: Designed to respond to specific inputs with predetermined responses.

Limited memory AI: Have the ability to use past experiences to inform current decisions.

Theory of Mind AI: Advanced type of AI that aims to understand human emotions, beliefs, and intentions.

Self-aware AI: Represents the most advanced form of AI, which has its own consciousness and self-awareness.

Narrow AI (Weak AI): Designed to perform a specific task or a limited range of tasks.

General AI (Strong AI): Can understand, learn, and apply knowledge across a wide range of tasks like human intelligence.

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20
Q

Diagnostic/descriptive AI

A

Diagnostic/descriptive AI

Diagnostic or descriptive AI focuses on assessing the correctness of behavior by analyzing historical data to understand what happened and why. This type of AI is instrumental in identifying patterns and trends, performing comparative analyses, and conducting root cause analyses.

Capabilities:

Scenario planning: Helps in creating different future scenarios based on historical data.

Pattern/trends recognition: Identifies recurring patterns and trends within data sets.

Comparative analysis: Compares various data points to find correlations and insights.

Root cause analysis: Determines the underlying reasons behind specific outcomes.

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21
Q

Predictive AI

A

Predictive AI

Predictive AI is concerned with forecasting future outcomes based on historical and current data. This type of AI is used extensively in predicting customer behavior, market trends, and other forward-looking insights.

Capabilities:

Forecasting: Predicts future trends and events.

Clustering and classification: Groups similar data points and classifies them into predefined categories.

Propensity model: Assesses the likelihood of specific outcomes based on current data.

Decision trees: Utilize a tree-like model of decisions to predict outcomes.

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22
Q

Prescriptive AI

A

Prescriptive AI

Prescriptive AI focuses on determining the optimal course of action by providing recommendations based on data analysis. It goes beyond prediction by suggesting actions that can help achieve desired outcomes.

Capabilities:

Personalization: Tailors recommendations and experiences to individual needs.

Optimization: Identifies the most efficient ways to achieve goals.

Fraud prevention: Detects and prevents fraudulent activities through analysis.

Next best action recommendation: Provides actionable insights on the next steps to take.

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23
Q

Generative/cognitive AI

A

Generative/cognitive AI

Generative or cognitive AI is involved in producing various types of content, such as code, articles, images, and more. This type of AI mimics human creativity and cognitive processes to automate and assist in content creation.

Capabilities:

Advises: Offers expert advice and recommendations.

Creates: Produces new content, such as text, images, and code.

Protects: Enhances security measures through intelligent analysis.

Assists: Provides assistance in various tasks, improving efficiency.

Automates: Automates repetitive tasks to save time and resources.

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24
Q

Reactive AI

A

Reactive AI

Reactive AI systems are designed to respond to specific inputs with predetermined responses. They do not have memory or the ability to learn from past experiences, making them suitable for tasks that require immediate reactions.

Capabilities:

Rule-based actions: Executes specific actions based on predefined rules.

Instant responses: Provides immediate responses to inputs.

Static data analysis: Analyzes current data without considering past interactions.

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25
Q

Limited memory AI

A

Limited memory AI:

Limited memory AI systems have the ability to use past experiences to inform current decisions. They can learn from historical data to improve their performance over time. This type of AI is commonly used in autonomous vehicles and recommendation systems.

Capabilities:

Learning from data: Uses historical data to make informed decisions.

Pattern recognition: Identifies patterns over time to improve accuracy.

Adaptive responses: Adapts responses based on previous interactions.

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26
Q

Theory of Mind AI

A

Theory of Mind AI:

Theory of Mind AI is an advanced type of AI that aims to understand human emotions, beliefs, and intentions. It is still in the research stage and seeks to interact more naturally with humans by comprehending their mental states.

Capabilities:

Emotion recognition: Identifies and responds to human emotions.

Social interaction: Engages in more natural and human-like interactions.

Intent prediction: Predicts human intentions based on context and behavior.

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27
Q

Self-aware AI

A

Self-aware AI:

Self-aware AI represents the most advanced form of AI, which has its own consciousness and self-awareness. This type of AI can understand and react to its own emotions and states. It remains a theoretical concept and has not yet been realized.

Capabilities:

Self-diagnosis: Evaluates its own performance and health.

Autonomous learning: Learns independently without human intervention.

Adaptive behavior: Adjusts behavior based on self-awareness.

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28
Q

Narrow AI (Weak AI)

A

Narrow AI (Weak AI):

Narrow AI is designed to perform a specific task or a limited range of tasks. It excels in a single area but lacks generalization capabilities. Most current AI applications fall under this category.

Capabilities:

Task specialization: Excels in performing specific tasks.

High accuracy: Achieves high performance in its designated area.

Efficiency: Operates efficiently within its scope of specialization.

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29
Q

General AI (Strong AI)

A

General AI (Strong AI):

General AI, like human intelligence, can understand, learn, and apply knowledge across a wide range of tasks. It can also transfer knowledge from one domain to another and adapt to new situations autonomously.

Capabilities:

Cross-domain learning: Applies knowledge across various domains.

Autonomous decision making: Makes decisions independently in diverse scenarios.

Human-like understanding: Understands and processes information similar to humans.

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30
Q

What are some known applications of GenAI?

A
  • GPT-4
  • ChatGPT
  • Bard
  • GitHub CoPilot
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31
Q

How do cognitive systems interpret the information they read?

A

Cognitive systems use processes similar to the decision-making process of humans to interpret and generate hypotheses about the information they read.

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32
Q

What do cognitive systems rely on to understand the intent and context of a user’s language?

A

Cognitive systems rely on natural language governed by rules of grammar, context, and culture.

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33
Q

How do cognitive computing systems differ from conventional computing systems?

A

They differ in that they can:
- Read and interpret unstructured data, understanding not just the meaning of words but also the intent and context in which they are used.
- Reason about problems in a way that humans reason and make decisions.
- Learn over time from their interactions with humans and keep getting smarter.

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34
Q

What are the differences between artificial intelligence, machine learning, deep learning and neural networks?

A
  • artificial intelligence is a branch of computer science dealing with the simulation of intelligent behaviour
  • machine learning is a subset of AI that uses computer algorithms to analyse data and make intelligent decisions based on what it has learned, without being explicitly programmed
  • deep learning is a subset of machine learning that uses layered neural networks to simulate human decision-making
  • neural networks in AI are a small collection of computing units (neurons) that take incoming data and learn to make decisions over time
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35
Q

What behaviours do AI systems seek to demonstrate?

People Love Reading Poems, Kids Pref Magic Marvels, Cats Sing Incredibly

A

They seek to demonstrate behaviours associated with human intelligence such as:
- planning
- learning
- reasoning
- problem-solving
- knowledge
- perception
- motion
- manipulation
- creativity
- social intelligence

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36
Q

What are some characteristics of machine learning algorithms

A
  • machine learning algorithms are trained with large sets of data
  • they learn from examples
  • they do not follow rules-based algorithms
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37
Q

What enables machines to solve problems on their own?

A

Machine learning

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38
Q

What can deep learning algorithms do?

A

They can label and categorise information and identify patterns.

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39
Q

How does machine learning differ from traditional programming?

A
  • In traditional programming, you have data and create algorithms in order to find answers.
    • this algorithm will not change
  • In machine learning, you already have the data and the answers and are using that information to create an algorithm.
    • What you get at the end is a set of rules that determine what the machine learning model will be.
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40
Q

What does machine learning rely on?

A

Defining behavioural rules by examining and comparing large data sets to find common patterns.

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41
Q

What is supervised learning?

A

A type of machine learning where an algorithm is trained on human-labeled data. The more data you provide a supervised learning algorithm, the more precise it becomes in classifying new data.

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42
Q

What is unsupervised learning?

A

A type of machine learning that relies on giving the algorithm unlabelled data and letting it find patterns by itself. You provide the input, but not labels, and let the machine infer qualities.

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43
Q

What is reinforcement learning?

A

A type of machine learning that relies on providing a machine learning algorithm with a set of rules and constraints and letting it learn how to achieve its goals. You define the state, the desired goal, allowed actions, and constraints.

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44
Q

What is a machine learning model?

A

The algorithm used to find patterns in the data without the programmer having to explicitly program these patterns.

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45
Q

What are the three categories of supervised learning?

A
  • Regression
  • Classification
  • Neural networks
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46
Q

How are regression models built?

A

By looking at the features - X and the result - Y, where Y is a continuous variable.
Essentially, regression estimates continuous values.

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47
Q

What do neural networks refer to?

A

Structures that imitate the structure of the human brain.

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48
Q

What is classification?

A

The process of predicting the class of given data points.

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49
Q

What does classification focus on?

A

It focuses on discrete values it identifies.
We can define discrete class labels - Y based on many input features - X.

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50
Q

What are some forms of classification?

A
  • Decision trees
  • Support vector machines
  • Logistics regression
  • Random forests
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51
Q

What are features?

A

Distinctive properties of input patterns that help in determining the output categories or classes of output.

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52
Q

What is the meaning of training, in an ML context?

A

It refers to using a learning algorithm to determine and develop the parameters of your model.

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53
Q

What do you typically do with data sets in machine learning?

A

You split them into 3 sets:
1. Training set
2. Validation set
3. Test set

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54
Q

What is the training set for?

A

It is for training the algorithm

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55
Q

What is the validation set for?

A

It is used to validate results and fine-tune the algorithm’s parameters

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56
Q

What is the test set for?

A

It is used to evaluate how good the model works on unseen data.

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57
Q

What does deep learning do?

A

It layers algorithms to create a neural network, an artificial representation of the structure and functionality of the brain

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58
Q

What does deep learning enable AI systems to do?

A

Continuously learn on the job and improve the quality and accuracy of results.

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59
Q

How are deep learning algorithms developed?

A
  • Developers and engineers configure the number of layers and the type of functions that connect the outputs of each layer to the inputs of the next
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60
Q

Which older generation issue is fixed by deep learning, and how?

A

The efficiency and performance of older-generation machine learning algorithms plateau as the datasets grow. Deep learning algorithms plateau continue to improve as they are fed more data.

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61
Q

Which tasks has deep learning proved to be very efficient at?

A
  • Image captioning
  • Voice recognition
  • Facial recognition
  • Medical Imaging
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62
Q

What is the name of the process that neural networks use to learn?

A

Backpropagation.

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63
Q

How does backpropagation work?

A
  • backpropagation uses a set of training data that match known inputs to desired outputs
  • first, the inputs are plugged into the network, and outputs are determined
  • then, an error function determines how far the given output is from the desired output
  • finally, adjustments are made in order to reduce errors
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64
Q

What is a collection of neurons called?

A

A layer

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65
Q

What do layers do?

A

They take in an input and provide an output.

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66
Q

What do neural networks always have?

A

One input layer and one output layer. They will also have more than one hidden layer which simulates the type of activity that goes on in the human brain.

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67
Q

What do hidden layers do?

A

They take in a set of weighted inputs and produce an output through an activation function.

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68
Q

What do you call a neural network having more than one hidden layer?

A

A deep neural network.

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69
Q

What are the simplest and oldest types of neural networks?

A

Perceptrons.

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70
Q

What are perceptrons?

A

They are single-layered neural networks consisting of input nodes connected directly to an output node.

Input layers forward the input values to the next layer, by means of multiplying by a weight and summing the result.

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71
Q

What property to input and output nodes have?

A

Bias

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72
Q

What is bias?

A

A special type of weight that applies to a node after the other inputs are considered.

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73
Q

What determines how a node responds to its inputs?

A

An activation function.

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74
Q

How does an activation function work?

A

The function is run against the sum of the inputs and bias, and then the result is forwarded as an input.

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75
Q

What is a critical component to the success of a neural network?

A

The type of activation function chosen.

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76
Q

What are Convolutional Neural Networks (CNNs)?

A

They are multi-layered neural networks that take inspiration from the animal visual cortex.

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77
Q

Where are CNNs useful?

A

They are useful in applications such as image processing, video recognition, and natural language processing.

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78
Q

What is a convolution?

A

It is a mathematical operation where a function is applied to another function and the result is a mixture of the two functions.

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79
Q

What are convolutions good at?

A

They are good at detecting simple structures in an image and putting those simple features together to construct more complex features.

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80
Q

What are Recurrent Neural Networks?

A

Recurrent Neural Networks or RNNs are multi-layered neural networks that perform the same task for every element of a sequence, with prior outputs feeding subsequent stage inputs.

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81
Q

How are Recurrent Neural Networks recurrent?

A

They are recurrent because they perform the same task for every element of a sequence, with prior outputs feeding subsequent stage inputs.

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82
Q

What is the unique characteristic of Recurrent Neural Networks (RNNs) in handling sequence data?

A

RNNs make use of information in long sequences, each layer of the network representing the observation at a certain time.

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83
Q

How is input processed in a general neural network?

A
  • an input is processed through a number of layers
  • and an output is produced with an assumption that the two successive inputs are independent of each other, but that may not hold true in certain scenarios.
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84
Q

Give a scenario where a recurrent neural network would work better than a general neural network

A
  • In a general neural network, output is produced with an assumption that the two successive inputs are independent of each other, but that may not hold true in certain scenarios
  • For example, when we need to consider the context in which a word has been spoken, in such scenarios, dependence on previous observations has to be considered to produce the output.
  • RNNs can make use of information in long sequences, each layer of the network representing the observation at a certain time.
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85
Q

What are the most common areas of AI?

A
  • Natural Language Processing
  • Speech
  • Computer Vision
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86
Q

What is Natural Language Processing?

A

Natural Language Processing (NLP) is a subset of artificial intelligence that enables computers to understand the meaning of human language, including the intent and context of use.

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87
Q

What does speech-to-text enable machines to do?

A

It enables them to convert speech to text by identifying common patterns in the different pronunciations of a word, mapping new voice samples to corresponding words.

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88
Q

What does speech synthesis enable machines to do?

A

It enables machines to create natural-sounding voice models, including the voices of particular individuals.

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89
Q

What does Computer Vision enable machines to do?

A

It enables machines to identify and differentiate objects in images the same way humans do.

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90
Q

What AI application areas do self-driving cars use?

A

Self-driving cars utilise NLP, speech, and most importantly, computer vision.

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91
Q

What is the hot topic in AI?

A

How to use it responsibly

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92
Q

What are the five pillars of AI ethics?

A
  • Explainability
  • Transparency
  • Robustness
  • Privacy
  • Fairness
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93
Q

What is important to remember about AI ethics?

A

That they are not a “one-and-done” activity. These ethics need to be considered throughout the entire AI lifecycle.

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94
Q

What does facial recognition do?

A

It simply detects a human face in an image.

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95
Q

What does facial authentication do?

A

It provides a one-to-one authentication matching a single face image to another single face image.

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96
Q

What does facial matching do?

A

It provides a one-to-many matching to uniquely identify an individual from a database of images.

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97
Q

What is an example of an AI use case that raises ethical concern?

A

Using facial recognition technology to scan individuals in crowds without consent

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98
Q

What raises AI ethical concerns in the workforce?

A

Bias could permeate AI in decision-making. It could make discriminatory decisions based on race, age, and gender, for example if care isn’t taken.

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99
Q

What is an ethical concern about AI on social media platforms?

A

Marketing on social media is dependent on data collected from users on those platforms - but its not always explicit what data has been collected or if users have even provided consent to have their data collected.

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100
Q

What makes AI ethics a socio-technical challenge?

A

AI is pervasive in all aspects of our daily lives, whether we realise it or not.
For example, we encounter AI every time we buy something using a credit card online, when we search something on the web, or when we post, like, or follow somebody on a social platform.

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101
Q

Besides technical tools, what else do you need to build trustworthy AI?

A

You need to utilise principles, guardrails, well-defined processes, and governance.

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102
Q

What does it mean to build an use AI ethically?

A

It means embedding AI ethics into the design and development of the AI lifecycle.

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103
Q

What are IBM’s three guiding principles for AI?

A
  1. The purpose of AI is to augment - not replace - human intelligence
  2. Data and insights belong to their creator
  3. New technology, including AI, must be transparent and explainable
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104
Q

What are the five pillars supporting IBM’s guiding principles?

A
  1. Transparency
  2. Explainability
  3. Fairness
  4. Robustness
  5. Privacy
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105
Q

How can organisations put AI ethics into action?

A
  • The first step to building AI ethics is developing awareness and understanding
  • The second step is to put into place a governance structure that works at scale
  • The third step is operationalisation
  • It is critical that every contributor in the organisation knows what they need to do to support AI ethics
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106
Q

What does the operationalisation of AI ethics mean?

A

It means having clarity around the principles and pillars of AI ethics.

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107
Q

What is AI ethics?

A

It is a multidisciplinary field that investigates how to maximise AI’s beneficial impacts while reducing risks and adverse impacts.

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108
Q

When is AI explainable?

A

When it can show how and why it arrived at a particular outcome or recommendation.

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109
Q

When is AI fair?

A

When it treats individuals or groups equitably.

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110
Q

When is AI robust?

A

When it can effectively handle exceptional conditions, like abnormal input or adversarial attacks.

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111
Q

When is AI transparent?

A

When appropriate information is shared with humans about how the AI system was designed and developed.

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112
Q

When is AI private?

A

When it is designed to prioritise and safeguard humans’ privacy and data rights.

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113
Q

What does bias in AI do?

A

It gives systematic advantages to certain groups or individuals

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114
Q

How can bias emerge in AI?

A
  • AI is trained using decisions that human decision-makers have mad in the past
  • These human decision-makers may have been implicitly or explicitly biased, and those biases may then may reflected in the training data
  • The sampling of the data could also introduce bias (for example, through overrepresentation or underrepresentation)
  • Bias can be introduced through the data processing stage
  • The way that a problem is conceptualised can also introduce bias
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115
Q

What are some high-level actions that can help mitigate bias in AI?

A
  • The first step is assembling diverse teams
  • Search for high-quality data sets
  • There are many possible technical approaches to mitigating bias
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116
Q

What is a regulation?

A

A government rule enforceable by law

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117
Q

What is precision regulation?

A

Regulation that aims to be risk-based, context-specific, and allocates responsibility to the part closest to the risk, which might shift throughout the AI lifecycle

118
Q

What are IBM’s five policy imperatives for organisations that provide or own AI systems?

A
  1. Designate a lead AI ethics official
  2. Develop different rules for different risks
  3. Don’t hide your AI - make it transparent
  4. Explain your AI
  5. Test your AI for bias
119
Q

What is AI governance?

A

This is an organisation’s act of governing AI through its corporate instructions, staff, processes, and systems

120
Q

What is the objective of governance?

A

To deliver trustworthy AI by establishing requirements for accountability, responsibility, and oversight.

121
Q

What are the benefits of governance?

A
  • Trust
  • Efficiency
  • Compliance
122
Q

What does a successful governance program account for?

A

People, processes, and tools

123
Q

What does ESG stand for?

A

Environmental, social, and governance

124
Q

What are the 3 pillars of the impact of ESG?

A
  1. Environmental impact
  2. Equitable impact
  3. Ethical impact
125
Q

What does the governance aspect of ESG pertain to?

A

It pertains to creating innovations, policies, and practices that prioritise ethics, trust, transparency, and above all, accountability.

126
Q

What is driving the industry focus on trustworthy AI?

A

Corporate social responsibility posture, concerns around reputational risk and a growing set of regulations.

127
Q

What are the stages in the AI lifecycle?

A
  • Scope and plan
  • Collect and organize
  • Build and test
  • Validate and deploy
  • Monitor and manage
128
Q

Why should you apply Enterprise Design Thinking principles during the scoping and planning stage of the AI lifecycle?

A

Design Thinking helps identify and define various business and technical aspects of bias/fairness, robustness, explainability etc. in the context of the use case.

129
Q

What is the ‘Scope and Plan’ stage of the AI lifecycle?

A

This stage guides the prioritisation of use cases and the development of an AI action plan.

130
Q

What is the ‘Collect and Organise’ stage of the AI lifecycle for?

A

This stage allows the data consumer to find and access relevant datasets.

131
Q

What happens during the ‘Build and Test’ stage of the AI lifecycle?

A

Data science teams explore and prepare the data, and build, train and test their AI/ML models during this stage. The activities during this stage are best undertaken as a set of agile sprints.

132
Q

What is an important activity that needs to be done during the ‘Build and Test’ stage of the AI lifecycle?

A
  • It is important that bias in data be checked at this stage even before any model building work starts.
  • This is an inner guardrail for fairness, and such guardrails can be put in place during and after the model building steps.
  • Model robustness, explainability and other aspects can be similarly accounted for and tested during this stage.
133
Q

What happens during the ‘Validate and Deploy’ stage of the AI lifecycle?

A
  • This stage involves validation of the model and deployment into production.
  • The team validates quality, robustness, fairness, etc. and generates validation reports. It is important to capture the validation results for reference and comparison.
134
Q

What happens if a model passes validation?

A

The Ops team can promote it to the production environment using an MLOps pipeline. The model is deployed there, either for online or batch invocation.

135
Q

What happens during the ‘Monitor and Manage’ stage of the AI lifecycle?

A
  • In this stage, the Ops team sets up ongoing monitoring and management of the AI/ML model in production.
  • The team configures monitors for periodic scheduled collection of metrics.
  • Quality, robustness, and fairness are monitored at frequencies dictated by business needs.
136
Q

What are the 3 pillars of the AI governance policy framework?

A
  • Accountability
    • proportionate to the risk profile of the application and the role of the entity providing, developing, or operating an AI system to control and mitigate unintended or harmful outcomes for consumers.
  • Transparency
    • in where the technology is deployed, how it is used, and why it provides certain determinations.
  • Fairness and security
    • validated by testing for bias before AI is deployed and re-tested as appropriate throughout its use, especially in automated determinations and high-risk applications.
137
Q

What do the OECD AI Principles suggest would help create a solid accountability bedrock for the AI Governance Framework?

A

Promoting a policy environment that supports an agile transition from the research and development stage to the deployment and operation stage for trustworthy AI systems.

138
Q

How can differentiating accountability mitigate the harm caused by AI?

A

It can do this by directing resources and oversight to specific applications of AI based on the severity and likelihood of potential harms arising from the end-use and user of such systems.

139
Q

What is the ideal scenario for AI in the modern world?

A

It’s not to try and develop a system that completely autonomously handles every aspect of a problem but to have a collaboration between machines doing what they do best and humans doing what they do best.

140
Q

What is likely to be the next big growth area for AI?

A

Understanding and generating natural language is likely to be the next big growth area for AI, along with vision systems for the blind.

141
Q

Why are a large number of businesses unable to leverage the capabilities of AI?

A

A large proportion of their data is locked in silos and not business-ready. There is no AI without IA.

142
Q

What does IA mean?

A

Information Architecture

143
Q

What do businesses use the AI Ladder for?

A

It is used for the successful implementation of AI

144
Q

What are the four steps that make up the AI Ladder?

A
  1. Collect: Make data simple and accessible.
    1. Collect data of every type regardless of where it resides, enabling flexibility in the face of ever-changing data sources.
  2. Organise: Create a business-ready analytics foundation.
    1. Organise all data into a trusted, business-ready foundation with built-in governance, protection, and compliance.
  3. Analyse: Build and scale AI with trust and transparency.
    1. Analyse data in smarter ways and benefit from AI models that empower organisations to gain new insights and make better, smarter decisions.
  4. Infuse: Operationalise AI throughout the business.
    1. Apply AI across the enterprise in multiple departments and within various processes—drawing on predictions, automation, and optimisation.
145
Q

What is an important step before the AI Ladder?

A

Modernising your data and making it ready for an AI and hybrid cloud world.

146
Q

What is some helpful advice for AI?

A
  • Because the technology is moving so fast, it is best not to get overly attached to a particular technology, technique, or implementation
  • Apply what you learn
  • Spend time learning maths and science
  • Know how to use software APIs and understand the question being asked
147
Q

Generative AI model architectures

A

Generative AI model architectures include VAEs, GANs, autoregressive models, and Transformers.

148
Q

Variational autoencoders (VAEs)

A

Variational autoencoders (VAEs):

Encoder: Input data into a latent space representation

Latent space captures essential data characteristics

Decoder: Generates outputs based on this representation

149
Q

Generative adversarial networks (GANs)

A

Generative adversarial networks (GANs):

Generator: New data samples

Discriminator: Verify the generated data

150
Q

Autoregressive models

A

Autoregressive models:

Create data sequentially

Consider the context

151
Q

Transformers

A

Transformers:

Generate text sequences

Perform cross-language translations effectively

152
Q

What is machine learning?

A

Machine learning is a subset of AI that uses algorithms to analyze data, make decisions without explicit programming, and enable autonomous problem-solving.

153
Q

What are the three main types of machine learning?

A

Supervised learning
Unsupervised learning
Reinforcement learning

154
Q

What is supervised learning?

A

A type of machine learning where the algorithm is trained on labeled data to classify new data. It becomes more precise with more data.

155
Q

Name two categories of supervised learning and what they do.

A

Regression: Estimates continuous values.
Classification: Focuses on discrete values.

156
Q

What is unsupervised learning?

A

A type of machine learning that finds patterns in unlabeled data. It is useful for clustering similar data points and detecting anomalies.

157
Q

What is reinforcement learning?

A

A type of machine learning where an algorithm achieves goals within a set of rules and constraints by maximizing rewards. It is useful for tasks like playing chess or navigating.

158
Q

What are the three sets used to train a machine learning model?

A

Training set: Trains the algorithm
Validation set: Fine-tunes and validates the model
Test set: Evaluates the model’s performance

159
Q

What is deep learning?

A

Deep learning uses neural networks with multiple layers to analyze complex data. It allows continuous improvement and learning and enhances AI’s natural language understanding.

160
Q

Give six examples of tasks that deep learning excels at.

A

Image captioning
Voice recognition
Facial recognition
Medical imaging
Language translation
Driverless cars

161
Q

Describe the structure of a neural network.

A

A neural network is a computational model consisting of interconnected nodes with three layers: an input layer, one or more hidden layers, and an output layer.

162
Q

Name six types of neural networks.

A

Perceptron
Feed-forward
Deep feed-forward
Modular
Convolutional neural network
Recurrent neural networks

163
Q

What are four generative AI model architectures, and what do they do?

A

VAEs (Variational autoencoders): Encode input data into a latent space representation, capture essential data characteristics, and generate outputs based on this representation.
GANs (Generative adversarial networks): Use a generator to create new data samples and a discriminator to verify the generated data.
Autoregressive models: Create data sequentially, considering the context.
Transformers: Generate text sequences and perform cross-language translations effectively.

164
Q

What is the difference between unimodal and multimodal models?

A

Unimodal models process inputs and generate outputs within the same modality (like text-to-text). Multimodal models handle inputs from one modality and produce outputs in a different modality (like image-to-text).

165
Q

What is cognitive computing?

A

Cognitive computing technology mimics human cognitive processes like thinking, reasoning, and problem-solving.

166
Q

What is natural language processing (NLP)?

A

NLP aids computers in interpreting and producing human language. It uses machine learning and deep learning algorithms to understand a word’s semantic meaning.

167
Q

What is the difference between STT and TTS technology?

A

STT (Speech-to-text): Transforms spoken words into written text.
TTS (Text-to-speech): Converts written text into spoken words.

168
Q

What is computer vision?

A

Computer vision enables machines to understand visual data by analyzing images or videos, drawing meaningful insights, and making informed decisions.

169
Q

What are IoT devices?

A

IoT devices are a network of physical devices connected to the internet that collect and share data for processing and analysis.

170
Q

What is cloud computing?

A

Cloud computing allows you to store and use data and services over the internet.

171
Q

What is edge computing?

A

Edge computing refers to the practice of processing data closer to the source of generation, rather than relying on a centralized data center.

172
Q

Give four examples of a real-world application that combines AI, IoT, cloud computing, and edge computing.

A

AI-powered traffic lights
Smart public transportation
Smart agriculture
Smart buildings

173
Q

Retrieval-augmented generation (RAG)

A

RAG is a hybrid approach that combines generative models with retrieval-based methods. RAG works through a three-step process. First, given a query, the model retrieves relevant documents or pieces of information from a predefined corpus or database. Next, these retrieved documents are used to augment the input to the generative model, providing it with additional context. Finally, the generative model uses both the original query and the retrieved information to generate a response, ensuring that the output is both contextually rich and factually grounded. This process enhances the accuracy and relevance of the generated content, addressing many limitations of standalone generative models.

174
Q

RAG: Key components

A

Retrieval component:

Function: The retrieval component of RAG is responsible for searching and extracting relevant information from a large corpus of documents or a knowledge base. This step ensures that the model has access to factual and contextually appropriate information.

Mechanism: Typically, this involves using a retriever model like BM25 or dense retrievers based on neural networks to find the most relevant passages or documents that match a given query.

Generation component:

Function: The generation component takes the retrieved information and uses it to generate coherent and contextually appropriate responses or text. This is achieved using a generative model like GPT-3 or BERT.

Mechanism: The generative model leverages the context provided by the retrieved documents to produce more accurate and relevant outputs, blending retrieval results with its generative capabilities.

175
Q

Benefits of RAG

A

RAG improves the accuracy of responses by grounding generated text in actual data, enhancing factual correctness. It also boosts contextual relevance by incorporating real-time information retrieval, ensuring that responses are pertinent to the query. RAG’s flexibility allows it to be adapted for various NLP tasks, making it a versatile tool in the AI toolkit. Additionally, its ability to retrieve the latest information ensures that responses are dynamically updated and current.

176
Q

Applications of RAG

A

Question-answering systems: RAG can retrieve relevant documents to answer complex questions accurately.

Content creation: RAG assists in generating detailed and informative content for articles, reports, or creative writing.

Customer support: RAG can provide accurate and contextually relevant answers by retrieving the latest information from knowledge bases.

Search engines: RAG improves search results by providing detailed and accurate answers based on retrieved documents.

177
Q

How do Copy.ai, Jasper, and Synthesia assist marketers and content creators?

A

These tools help with content creation tasks like writing, editing, and generating images and videos.

178
Q

How do AI chatbots like Zendesk and LivePerson enhance customer service?

A

AI chatbots provide automated customer support, answering questions and resolving issues quickly.

179
Q

What are Tableau and Power BI used for?

A

Tableau and Power BI are data visualization tools that help with analyzing and presenting data.

180
Q

How does GitHub Copilot assist developers?

A

GitHub Copilot is an AI-powered code completion tool that helps developers write code faster and more accurately.

181
Q

Name three AI tools that can help with task management.

A

Todoist, Microsoft To Do, and Evernote

182
Q

What are ChatGPT and Gemini known for?

A

ChatGPT and Gemini are AI language models that provide versatile applications, including text generation, translation, and coding assistance.

183
Q

What are the four phases of the Amazon AI Services Framework?

A

Data preparation
Model development
Deployment
Optimization

184
Q

In the Amazon AI Services Framework, what does the data preparation phase involve, and what tools can be used?

A

It involves gathering, storing, and preparing data for AI applications. Tools include Amazon S3, AWS Glue, and Amazon Redshift.

185
Q

Give an example of how an e-commerce company might use the model development phase of the Amazon AI Services Framework.

A

They could use Amazon SageMaker to create a recommendation engine and refine its accuracy through testing on historical data.

186
Q

What is the focus of the deployment phase in the Amazon AI Services Framework, and what tools are helpful?

A

Integrating AI models into production environments. Tools include Amazon SageMaker, AWS Lambda, and Amazon CloudWatch.

Card 5

187
Q

How does the optimization phase in the Amazon AI Services Framework contribute to continuous improvement?

A

By analyzing performance data, optimizing models for efficiency and accuracy, and scaling AI applications organization-wide using tools like Amazon SageMaker Debugger, Amazon Personalize, and AWS Step Functions.

188
Q

What are the four phases of the OpenAI Framework?

A

Data Preparation
Model Development
Model Deployment
Continuous Improvement

189
Q

In the OpenAI Framework, how is data prepared for AI applications?

A

Data is gathered, cleaned, and prepared using tools like the OpenAI API, Pandas, and NumPy, ensuring quality and governance.

190
Q

Give an example of how a content company might use the OpenAI Framework for model development.

A

They could employ GPT-3 for generating marketing copy and refine it using Jupyter Notebooks.

191
Q

What tools and technologies are used for model deployment in the OpenAI Framework?

A

The OpenAI API, Docker, and Kubernetes are used for seamless integration and scaling of AI models.

192
Q

How does the continuous improvement phase in the OpenAI Framework ensure ongoing optimization?

A

By using tools like the OpenAI API, TensorBoard, and Google Analytics to gather feedback and optimize models based on real-time data.

193
Q

What are the key areas where Facebook leverages AI in its platform?

A

Data processing, content recommendation, and user interaction.

194
Q

How does Facebook ensure data privacy in its AI integration framework?

A

By adhering to data privacy regulations like GDPR and implementing secure data integration and processing practices.

195
Q

What tools and technologies does Facebook utilize for AI model development?

A

Machine learning algorithms from FAIR’s AI Research Tools and PyTorch are used for model training and validation.

196
Q

How does Facebook deploy AI models for real-time applications?

A

By integrating them into news feed algorithms and ad targeting systems, using tools like the Facebook Developer API and AI Infrastructure for automated deployment and updates.

197
Q

What is the purpose of continuous improvement in Facebook’s AI integration framework?

A

To continuously optimize AI models and algorithms for better performance by analyzing user feedback and performance metrics, using tools like Facebook Analytics and AI Research Tools.

198
Q

What are the key components of the data preparation phase in AI adoption frameworks?

A

Collecting, cleaning, and organizing data while ensuring data quality and relevance for model training.

199
Q

What does the model development phase in AI adoption frameworks involve?

A

Designing and training AI models using algorithms and frameworks to create predictive models.

200
Q

What is the focus of the deployment phase in AI adoption frameworks?

A

Integrating models into production environments and ensuring they are scalable and reliable.

201
Q

How is the optimization phase crucial for continuous improvement in AI adoption frameworks?

A

By continuously monitoring and improving model performance and updating models based on new data and feedback.

202
Q

AI algorithms

A

Programming that tells the computer how to learn to operate on its own, thereby enabling it to attain artificial intelligence (AI).

203
Q

AI-driven predictive maintenance systems

A

Using AI in production control, to monitor and detect missing materials or quality issues.

204
Q

AI-driven robotics

A

Robots powered with AI that are augmented with a variety of sensors.

205
Q

AI-driven energy management systems

A

Using AI in production control to manage and optimize energy production, distribution, and consumption within energy systems.

206
Q

AI-powered quality control systems

A

Using AI in production control, to manage quality by enhancing efficiency, accuracy, and decision-making capabilities in various fields.

207
Q

Augmented intelligence

A

Technology that enhances human capabilities by providing AI-powered tools and assistance.

208
Q

Authorization

A

The process of determining whether an authenticated user has the right to perform an operation.

209
Q

Automation

A

The techniques involving technology, programs, robotics, or processes to achieve minimal human intervention.

210
Q

Big data stores

A

A larger, more complex data set, especially from new data sources.

211
Q

Big data

A

A dynamic, large, and disparate volume of data being created by people, tools, and machines.

212
Q

Biometric

A

Application of statistical analysis to biological data of individuals by means of unique physical characteristics.

213
Q

Carbon footprints

A

The greenhouse gases produced by digital technology resources, devices, tools, and platforms.

214
Q

Chatbots

A

Computer programs that simulate human conversation to provide information, answer questions, and perform tasks via text or voice interactions.

215
Q

Claude models

A

Advanced AI language models, designed for natural language understanding and generation. They are similar to OpenAI’s GPT series and are used in various applications such as chatbots, content creation, and other AI-driven tasks that require language processing capabilities.

216
Q

Cloud computing

A

A technology that stores and uses data and services over the internet instead of keeping everything on your computer.

217
Q

Cobots or collaborative robots

A

AI-driven robots that can work alongside humans in a shared workspace to enhance efficiency and increase productivity. Unlike traditional robots, cobots are designed to interact directly with people, making automation more accessible and versatile.

218
Q

Cognitive

A

The term involves intellectual activities such as thinking, reasoning, and problem-solving.

219
Q

Cognitive computing

A

A technology that can evaluate an individual’s performance and offer personalized recommendations. It provides enhanced functionality, adaptability, and intelligence across various domains.

220
Q

Cyberattack

A

An attempt targeting to damage a computer network, computer information system, or personal digital devices.

221
Q

Cybersecurity

A

Protection of information technology of individuals and organizations from cyberattacks.

222
Q

Data analysis

A

Process that involves cleaning, transforming, and modeling data to uncover useful information to aid business decision-making.

223
Q

Data augmentation

A

The process of generating data from the existing data to train machine learning models.

224
Q

Dashboards

A

Tool to present a bird’s-eye view of the complete picture while also allowing you to drill down into the next level of information for each parameter. These are easy to comprehend for an average user, make collaboration easy between teams, and allow you to generate reports on the go.

225
Q

Dall-E model

A

A multimodal model developed by OpenAI that exhibits the ability to generate images that precisely match the input text or prompt.

226
Q

Data scientist

A

Data professionals who develop algorithms, build predictive models, and uncover patterns and trends in large data sets. They apply statistical analysis, especially inferential statistics, machine learning, and predictive modeling, to extract insights from data and make predictions.

227
Q

Data readiness

A

The technique involves removing inconsistencies, filling gaps, and ensuring the data is relevant to the problem of the data.

228
Q

Deepfake

A

Altering of an image or recording to misrepresent someone as doing or saying something that was not actually done or said.

229
Q

Deep learning

A

Deep learning is a specialized subset of machine learning. Deep learning layers algorithms to create a neural network, which is an artificial replication of the brain’s structure and functionality.

230
Q

Digital landscape

A

The digital landscape encompasses all hardware, software, and content involved in digital advertising, which is where businesses and customers interact.

231
Q

Digital data source

A

The digital location where the data is held in a data table, object, or other storage format.

232
Q

E-commerce

A

A platform for buying and selling products and services, transmitting funds and data over the internet.

233
Q

Edge computing

A

The practice of processing data closer to the source of generation rather than relying on centralized data centers.

234
Q

Edge AI

A

A type of AI that lives on the device itself rather than relying on the cloud.

235
Q

Electronic health records (EHRs)

A

A digital version of patient-centered records that makes information available in real time.

236
Q

Encryption

A

A method of encoding data so that only authorized individuals can comprehend the information.

237
Q

Generative AI

A

AI that is capable of creating new content (text, images, music, audio, and video) and responding to human conversations.

238
Q

Generative AI: Variational autoencoders (VAEs)

A

VAEs are a type of generative AI model that works by transforming input data through encoding and decoding. They have three main parts: an encoder network, a latent space, and a decoder network.

239
Q

Generative AI: Generative adversarial networks (GANs)

A

GANs involve two neural networks: the generator and the discriminator. The generator creates new data samples, and the discriminator checks if the data is real or fake.

240
Q

Generative AI: Autoregressive models

A

Autoregressive models create data sequentially, considering the context of earlier generated elements. These models predict the next element in the sequence based on the previous one.

241
Q

Generative AI: Transformers

A

Transformers are generally used in natural language processing (NLP) tasks. They consist of encoder and decoder layers, enabling the model to effectively generate text sequences or perform cross-language translations.

242
Q

Generative AI: Unimodal models

A

Unimodal models process inputs and generate outputs within the same modality.

243
Q

Generative AI: Multimodal models

A

Multimodal models handle inputs from one modality and produce outputs in a different modality.

244
Q

Hallucinations

A

A phenomenon where AI can produce outputs that are inaccurate or completely fabricated. The phenomenon highlights the importance of critical thinking when using AI-generated content.

245
Q

Internet of Things (IoT)

A

A network of physical devices connected to the internet that collect and share data for processing and analysis. These devices can be sensors, cameras, or other devices that generate data.

246
Q

Inventory management

A

The process of tracking, controlling, and usage of inventory from purchase to the sale of the goods.

247
Q

Interactive learning environment

A

A dynamic learning setup where learners actively engage with content, instructors, and peers through digital or physical interactions to enhance learning.

248
Q

Large language model (LLM)

A

A type of AI program that can recognize and generate text. LLMs are pretrained on large amounts of data.

249
Q

Machine learning

A

The branch of AI and computer science focuses on using data and algorithms to imitate how humans learn, gradually improving accuracy. It helps systems learn and improve at forecasting, much like how people learn from experience.

250
Q

Machine learning models

A

Computer programs that aim to train the computers to identify patterns within new data and make predictions.

251
Q

Machine learning engineers

A

Programmers who construct the algorithms, systems, models, and frameworks that enable machines to learn and perform functions independently and effectively.

252
Q

Meta’s Llama models

A

An accessible, open-source LLM designed for developers, researchers, and businesses to build, experiment, and responsibly scale their generative AI ideas.

253
Q

Natural language processing (NLP)

A

Machine learning technology that enables computers to interpret and comprehend human language.

254
Q

Neural networks

A

Computational models that are influenced by the human brain’s neural structure.

255
Q

Neurons in AI

A

An artificial neural network consists of interconnected nodes known as neurons. The neurons take incoming data, like the human brain’s neurological network, and learn to make decisions over time.

256
Q

Neural network: Perceptron

A

The simplest type of artificial neural network consisting of only input and output layers.

257
Q

Neural network: Feed-forward

A

A type of artificial neural network in which information flows in one direction, that is, in the forward direction. Each neuron in a layer receives input from neurons in the previous layer and then passes its output to neurons in the next layer.

258
Q

Neural network: Deep feed-forward

A

A type of neural network that is similar to the feed-forward network with just more than one hidden layer.

259
Q

Neural network: Modular

A

A type of neural network that combines two or more neural networks to arrive at the output.

260
Q

Neural network: Convolutional neural network (CNN)

A

A type of neural network that is particularly well-suited for analyzing visual data.

261
Q

Neural network: Recurrent neural networks (RNNs)

A

A type of neural network where the neurons in hidden layers receive an input with a specific delay in time. This allows the RNN to consider the context of the input.

262
Q

IBM watsonx Assistant

A

A conversational AI solution that empowers a broader audience, including non-technical business users, to effortlessly build generative AI Assistants.

263
Q

OpenAI

A

A private AI research laboratory that aims to develop and direct AI in ways that produce services.

264
Q

Predictive analytics

A

A method that predicts future outcomes by using historical data combined with statistical modeling, data mining techniques, and machine learning.

265
Q

Rehabilitation robots

A

Robots that help patients recover mobility and strength, offering personalized therapy.

266
Q

Reinforcement learning

A

A category of machine learning technology that trains software to make decisions to achieve the most optimal results.

267
Q

Robo-advisors

A

An online application that uses AI algorithms to offer automated, algorithm-driven investment suggestions, portfolio management, and financial planning services.

268
Q

Robots

A

Machines with complex systems made up of several key components such as sensors, actuators, and controllers.

269
Q

Robotics

A

A technology that involves designing, constructing, and operating robots, where the machines can perform tasks by themselves or with some help.

270
Q

Robotic process automation (RPA)

A

A type of computer software that helps create, use, and control virtual robots. These robots act like humans when they work with digital systems and software.

271
Q

Salesforce Marketing Cloud

A

An AI-driven marketing automation platform that uses machine learning algorithms to segment customers, target them with personalized messages, and optimize campaign performance.

272
Q

Sentiment analysis

A

Processing digital text using AI to analyze and determine if the emotional tone of the message is positive, negative, or neutral.

273
Q

Smart grids

A

An electricity network that uses digital technologies to monitor and manage the transport of electricity from sources to meet the varying electricity demands of end users.

274
Q

Smart home

A

A technology that allows homeowners to control appliances, thermostats, lights, and other devices remotely using a smartphone or tablet through an internet connection.

275
Q

Speech-to-text (STT)

A

A technology that changes spoken words into written text using neural networks.

276
Q

Supervised learning

A

A category of machine learning technology that uses labeled datasets to train algorithms to predict outcomes and recognize patterns.

277
Q

Strong AI or generalized AI

A

A type of AI system that replicates advanced human functions, such as reasoning, planning, and problem-solving.

278
Q

Super AI or conscious AI

A

A type of AI system that is superintelligent by being self-aware and intelligent enough to surpass the cognitive abilities of humans.

279
Q

Statistical analysis

A

The process of collecting large volumes of data and then using statistics and other data analysis techniques to identify trends, patterns, and insights.

280
Q

Statistical methods

A

Methods useful to ensure that data is interpreted correctly and apparent relationships are meaningful and not just happening by chance.

281
Q

Text-to-speech (TTS)

A

A type of assistive, “read aloud,” technology that reads digital text aloud.

282
Q

Unsupervised learning

A

A category of machine learning technology that uses algorithms to analyze and cluster unlabeled data sets.

283
Q

Virtual assistance

A

AI-powered software applications designed to assist users with various tasks, such as setting reminders, providing information, and managing schedules.

284
Q

Voice assistance

A

They can be interacted with using voice commands. Users can speak to these assistants to perform tasks, ask questions, and control other devices.

285
Q

Video analytics

A

Use of advanced AI and machine learning algorithms to monitor, analyze, and manage large volumes of video.

286
Q

Weak AI or narrow AI

A

AI that is focused on one narrow task.

287
Q

What are LLM hallucinations?

A

Outputs of LLMs that deviate from facts or contextual logic. They can range from minor inconsistencies to completely fabricated or contradictory statements.

288
Q

What are some types of LLM hallucinations?

A

Sentence Contradiction: An LLM generates a sentence that contradicts one of its previous sentences.
Prompt Contradiction: The generated sentence contradicts the given prompt.
Factual Contradiction: The LLM generates incorrect facts.
Nonsensical/Irrelevant Information: The LLM includes information that doesn’t make sense in the context.

289
Q

What are some causes of LLM hallucinations?

A

Data Quality: The training data may contain errors, biases, or inconsistencies. It may also be incomplete or lack coverage of certain topics.
Generation Method: The methods used to generate text (e.g., beam search, sampling) can introduce biases and trade-offs between fluency, diversity, coherence, creativity, accuracy, and novelty.
Input Context: Unclear, inconsistent, or contradictory prompts can confuse or mislead the model.

290
Q

How can we reduce LLM hallucinations?

A

Provide clear and specific prompts. The more detailed the prompt, the better the LLM can understand the user’s expectations.
Employ active mitigation strategies. Use LLM settings (e.g., temperature parameter) to control the generation process.
Use multi-shot prompting. Provide multiple examples of the desired output to help the LLM recognize patterns and context.

291
Q
A

01. IBM AI Developer Professional Certificate (2 decks)

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