core technologies Flashcards

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1
Q

how many industry eras? describe the 4th.

A

5? debatable, but 4 for sure
4th- 2000s
= ongoing transformation of industries and society through the integration of advanced digital technologies
blurring lines, merge with human lives
a lot of innovation
risk: worse inequality
demand for skills that ppl do not have

components: big data, blockchain, it, ai and machine learning, cloud computing

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2
Q

what is cloud computing?

A

= remote storage that allows access from any device, data synchronisation and backup and collaboration and access

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3
Q

without cloud computing

A
  • high upfront costs
  • complex management
  • scalability issues
  • risks of obsolescence
  • disaster recovery
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4
Q

with cloud computing

A
  • no hardware purchase
  • pay-as-you-go
  • reduced management complexity
  • built-in disaster recovery
  • rapid deployment
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5
Q

types of cloud- pros and cons

A

public:
pro- third-party provider, available to anyone, scales quickly and convenient
con- lack of customisation, governance issues

private:
pro- resources dedicated to one business, more privacy for sensitive data
con- expensive

hybrid:
pro- greater flexibility
con- more complex

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6
Q

implications of cloud computing

A

business operation:
- cost efficiency
- rapid deployment
- greater scalability and flexibility
- global reach

innovation and entrepreneurship:
- lower barriers to entry
- new business model
- increased competition

environmental:
- energy efficiency
- resource optimisation

challenges and risks:
- data privacy and protection
- cross-border data transfer
- security risks

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7
Q

4 Vs of big data

A

Variety- various data
Volume- a lot of data
Velocity- speed of data generation and process
Veracity- uncertainty or quality of data

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8
Q

types of data

A

structured- 20%- less storage, easy to manage
unstructured- 80%- more storage, diff to manage, img, video, etc- can be sometimes converted into structured

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9
Q

data analytics for structured data

A

descriptive- what happened?
diagnostic- why it happened?
predictive- what will happen?
prescriptive- what should we do?

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10
Q

data analysis for unstructured data

A

text analysis- summarise, sentiment analysis
audio analysis- speech analysis. musical info retrieval, voice identification, environmental management, health care, security

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11
Q

implications data analytics

A

business:
- data-driven decision making
- new business models based on real-time data analytics

challenges and risks:
- data privacy and protection
- poor data quality
- bias and fairness in analytics
- ethical use of data

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12
Q

AI and machine learning

A

structured data, pre-processing data needed

ai= teaching computers to think and make decisions like humans
machine learning (90s)= train computers to learn from examples- patterns learned from data

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13
Q

rule-based systems

A

= type of AI that applies sets of logical rules to data or input to make decisions, perform actions or generate outputs
- rely on pre-defined rules- if-else- dictate the processing of inputs and determine the system’s behaviour

cons:
- dependency od domain knowledge
- not flexible enough
- lack of learning capabilities

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14
Q

Deep learning revolution and AI

A

unstructured data, pre-processing data not needed

  • 2010s- by how the human brain works- teach computers to learn from large amount of data using ‘neural networks’ that mimick the brain structures
  • 2020s- GPT-3- milestone for Natural Language Processing and Generative AI
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15
Q

traditional vs generative AI

A

traditional- recognise patterns or make decisions based on already existing data
generative- generate new data

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16
Q

Implications of AI

A

economic:
- job displacement and workforce transformation
- new job creation and econ opportunity
- AI tech controlled by big tech companies, leading to potential econ inequality

social impact:
- changes in the human interactions
- impact on healthcare and wellbeing
- education and learning

environmental:
- massive computational resources are required to train AI

challenges and risks:
- bias and fairness
- individual property and copyright issues
- misinformation, fake news, videos, audios
- individual privacy

17
Q

IoT

A

=an expanding network of physical objects (things)
objects are embedded with sensors, software, and other tech to connect and exchange data with other devices over the internet

18
Q

technologies behind IoT

A

sensors: gather data from their environment
actuators: allow devices to interact with the environment y effecting a change- lightswitch, opening a valve

19
Q

the architecture of IOT

A

device- connectivity- cloud- analytics- end users

connectivity: Bluetooth, NFC, WIFI, LPWAN, cellular networks

cloud: storage, processing and accessibility of data generated by IOT devices, scalability, security, integration

machine learning and analytics: data driven insights, predictive maintenance, enhanced automation, real-time analysis, personalisation

20
Q

implications of IOT

A

econ:
- business efficiency and productivity
- new business models and revenue streams
- market competitiveness

social:
- quality of life
- accessibility

environmental:
- energy efficiency
- sustainable practices

challenges and risks:
- data privacy and protection
- security risks

21
Q

Blockchain

A

= digital database or ledger that is distributed among the nodes of a peer-to-peer network
ledger= kind of database where confirmed transactions are recorded

22
Q

types of ledger

A

centralised- only one actor has it
decentralised- more actors have it
- increase security
- reduced risks of corruption or failure
- transparency and trust

proof of work= mechanism to mitigate an issue- make the process of modifying longer and harder

23
Q

types of blockchain

A

public
- more decentralised
- anyone can participate
- more transparent
- more secure but slower

private
- participation is restricted to specific members
- less decentralised
- higher level of anonymity
- more efficient but higher risk of security issues

24
Q

implications blockchain

A

econ:
- innovation in data management
- business efficiency and productivity across industries
- market competitiveness

legal:
- smart contract
- property rights

environment:
- high energy consumption due to the mining process

challenges and risks:
- data privacy and protection
- security risks

25
Q

types of risks and concerns

A

cybersecurity, data privacy, ethics of AI

26
Q

cybersecurity

A

= the practice of protecting computers, servers, mobile devices, electronic systems, networks and data from malicious attacks

27
Q

importance of cybersecurity

A

-digitalisation is nearly in every aspect of our lives
- the need to protect sensitive info
- prevalence of cyberattacks and data breaches

28
Q

common cyberattacks

A

social engineering- impersonating- scams, phishing
password attack
malware
main-in-the-middle

29
Q

types of cybersecurity

A

network, application, data, cloud, device

30
Q

Data Privacy

A

-consent from users
- access control
- purpose limitation
- regulation compliance

important questions: consent, access control, purpose limitation

31
Q

types of digital footprint

A

active: social media, posts, photos, videos, comments

passive: social security nr, tax records, medical records, IP, browsing history

32
Q

Ethics of AI

A

issues: data protection, fairness, transparency, explainability, human autonomy

33
Q

issues of ethics of ai

A

com from data driven natire of AI, biased training and lack of diverse input, complexity and autonomy of AI

34
Q

what to do- ethics of ai

A

bias detection and mitigation
development of fairness-aware algorithm
enhancing transparency and explainability