Module 03: Data and Data Processing Flashcards

1
Q

The process of moving from data collection to implementation and evaluation of care is dependent on what?

A

AUTOMATED DATABASE SYSTEMS

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2
Q

What is the goal of automated data systems?

A

To drive quality care at lower costs

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3
Q

Automated database systems can drive quality care at lower costs through what?

A

(A) Reducing overutilization of services
(B) Improving coding and billing practices
(C) Empowering patients
(D) Measuring trends
(E) Predicting outcomes
(F) Examining how improved workflow and productivity influence quality outcomes

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4
Q

This is known as raw and uninterrupted facts without meaning.

A

DATA (120, 80, 20, 95)

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5
Q

This is known as the product of organizing and processing data to identify patterns and relationships.

A

Information (Vital Signs, Systolic Blood Pressure 120)

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6
Q

This is known as the product of understanding and interpreting information.

A

Knowledge (BP 120/80: NORMAL)

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7
Q

This is known as the application of knowledge as the basis for making clinical judgement and decisions and choosing nursing actions for nursing implementation.

A

Wisdom (Assessment: HEALTHY, ADULT MALE)

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8
Q

What constitutes data in nelson data to wisdom continuum?

A

(A) Naming
(B) Collecting
(C) Organizing

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9
Q

What constitutes information in nelson data to wisdom continuum?

A

(A) Organizing
(B) Interpreting

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10
Q

What constitutes knowledge in nelson data to wisdom continuum?

A

(A) Interpreting
(B) Integrating
(C) Understanding

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11
Q

What constitutes wisdom in nelson data to wisdom continuum?

A

(A) Understanding
(B) Applying
(C) Integrating service with compassion

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12
Q

This type of data is characterized as archived data that rarely change, stored in hard drives, flash drives, or cloud servers.

A

Data at Rest

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13
Q

Give an example of Data at Rest.

A

Patient’s past medical records.

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14
Q

This type of data is characterized as a data that a database program is currently reading or writing, residing in temporary memory.

A

Data in Use

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15
Q

Give an example of Data in Use.

A

Date of birth, test results.

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16
Q

This type of data is characterized to be a data moving between applications over the network.

A

Data in Motion

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17
Q

Give an example of Data in Motion.

A

Data from sensors and monitoring devices

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18
Q

This is known as an organized collection of related data.

A

Database

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19
Q

What are the different factors affecting the location of information in a database?

A

(A) Data naming (indexing
(B) Organizational schemes
(C) Sizes and complexity
(D) Type of data
(E) Search methodoology

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20
Q

How is the term database used in nursing informatics?

A

It refers to automated database systems embedded in health information systems.

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21
Q

This type of data pertains to how the users view the data (financial data, patient data, or human resource data).

A

Conceptual data

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22
Q

This type of data is known as a computerized data type that consists of numbers, letters, or a combination of both.

A

Computer-Based Data

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23
Q

This type of data is characterized as data consisting of numbers, letters, or both, but cannot perform numeric calculations.

A

Alphanumeric Data

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24
Q

What is another term for Alphanumeric Data?

A

Text Field

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25
Q

This type of data is characterized as data that consists of numbers and can perform numeric calculations

A

Numeric Data

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26
Q

These are known as special types of numeric data that support certain numeric functions.

A

Date and Time Data

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27
Q

This is characterized as data with two options, such as Yes/No or True/False.

A

Logic Data

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28
Q

What is a key benefit of automated database systems?

A

“Data collected once, used many times.”

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29
Q

How does an automated database system benefit healthcare staff?

A

Registration staff captures patient data (e.g., date of birth), which nurses and doctors can reuse to determine the patient’s age group.

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30
Q

This is known as a computer program used to input, store, modify, process, and access data in a database.

A

Database Management System (DBMS)?

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31
Q

What are the three interacting parts of a DBMS?

A

(A) Data (e.g., Notes and Handouts)
(B) Designed Database & Fields (e.g., Folder/File Cabinets & Labels)
(C) Query Language (e.g., How you search for notes internally)

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32
Q

This phenomenon pertains to when the same data is stored more than once or in multiple interrelated databases.

A

Data Redundancy

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32
Q

How does an automated DBMS decrease data redundancy?

A

It links data, records it once, and allows access from a single location when needed.

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33
Q

What are three advantages of an automated DBMS?

A

(A) Decreases data redundancy
(B) Increases data consistency
(C) Improves access to all data

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34
Q

They describe the type of data expected in the related field.

A

FIELD

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35
Q

Each row of fields in a database, assigned a unique Primary Key.

36
Q

A unique identifier assigned to each record to prevent duplication.

A

PRIMARY KEY

37
Q

A set of related records that have the same data fields.

38
Q

What are the four main functions of an Automated DBMS?

A

(A) Store the Data
(B) Update the Records
(C) Retrieve the Data
(D) Generate Reports

39
Q

This is the foundation that determines how data is stored, organized, accessed, or manipulated.

A

DATABASE MODELING

40
Q

What are the three main phases of Database Modeling?

A

(A) Conceptual
(B) Logical
(C) Physical

41
Q

This is a high-level model that identifies entities and their relationships, reflecting the information used by an organization or business.

A

Conceptual Model

42
Q

What is the purpose of a Conceptual Model?

A

To define the scope of information of interest without focusing on technical details.

43
Q

This is a detailed model that describes data relationships without considering physical database implementation.

A

Logical Model

44
Q

This describes the data in more detail without paying attention to the actual physical implementation or design of the database.

A

Physical Model

45
Q

What are the types of Physical Database Models?

A

(A) Hierarchical Model
(B) Network Model
(C) Relational Database Model (RDM)
(D) Logic Data Model

46
Q

This is a type of physical model structured like an “inverted tree,” where data access starts from the top (root/parent), and each child has only one parent.

A

Hierarchical Model

47
Q

This type of physical model is similar to the hierarchical model, but a child can have multiple parents, allowing more complex relationships.

A

Network Model

48
Q

A database model that organizes data in tables (series of files) where each datum is atomic or in its smallest format.

A

Relational Database Model (RDM)

49
Q

What are the key components of an RDM table?

A

(A) Column = Attribute
(B) Row = Record
(C) Cell = Intersection of a Column and Row

50
Q

What is a key feature of RDM?

A

It allows joining two or more files to generate a new file based on specific criteria.

51
Q

What is the Object-Oriented Model in databases?

A

An evolution of the RDM that supports binary large objects (BLOBs) for handling complex data types like images and multimedia.

52
Q

What is the first phase of the Database Life Cycle?

A

Initiation – Identifies a need or problem and considers DBMS as a solution.

53
Q

What happens in the Planning and Analysis phase of the Database Life Cycle?

A

(A) Assesses user needs and views.
(B) Develops the conceptual model into a logical model.
(C) Determines the department’s information needs and usage.

54
Q

What occurs in the Detailed Systems Design and Development phase?

A

(A) Selects the preferred physical model.
(B) Undergoes software development.
(C) Validates the software with users.

55
Q

What is the final phase of the Database Life Cycle?

A

Implementation – Involves user training, final preparations (manual, piloting), and “Going Live.”

56
Q

What happens in the Evaluation and Maintenance phase of the Database Life Cycle?

A

(A) Users take weeks or months to adjust.
(B) Adjustments to the database and procedures are common.
(C) Initial evaluations are informal but later follow a formal change management process.

57
Q

What are Data Input Operations?

A

(A) Entering new data.
(B) A well-designed screen helps reduce data entry errors (e.g., alerts, error messages).
(C) Updating or modifying data.

58
Q

Why is it important to track changes in patient data?

A

It’s crucial to know who made the changes, what the original data was, what modifications were made, and possibly why the changes were made.

59
Q

What are Data Processing Processes?

A

(A) Extracting information.
(B) Discovering new meanings by converting raw data.

60
Q

What are Data Output Operations?

A

(A) Generating online or written reports.
(B) Presenting processed data in charts and graphs for easier understanding.

61
Q

This is a large collection of data imported from various systems into a single database.

A

Data Warehouse

61
Q

These are smaller collections of data, often focused on a specific subject or department.

A

Data Marts

62
Q

What is the purpose of a Data Warehouse?

A

(A) It integrates data, sparing users from learning multiple different applications.
(B) It separates analytical and operational processing.

63
Q

What is the first function of a Data Warehouse?

A

Extracting data from various systems and importing it into the data warehouse, revising data definitions for integration.

64
Q

What are Primary Data and Secondary Data in a Data Warehouse?

A

(A) Primary Data: Original date elements imported into the warehouse.
(B) Secondary Data: Aggregated data produced by the warehouse.

65
Q

What is the third function of a Data Warehouse?

A

Delivering the data back to the users in the form of information.

66
Q

This is the process used to make quality decisions using available data, guiding decision-making through systematic examination and evaluation of data.

A

Data Analytics

67
Q

What does Data Analytics aim to uncover?

A

Interrelationships within data that produce new insights and information.

68
Q

This is known as the analytics that include both administrative data for daily operations and strategic (long-range) planning data.

A

Business Intelligence

69
Q

A visual display that consolidates the most important information for achieving objectives, arranged on a single screen for easy monitoring.

70
Q

What types of data can be displayed on a Dashboard?

A

Clinical data, hospital operations, patient performance, physician data, pain assessments, and staff turnover.

71
Q

An aspect of data governance that ensures appropriate access to users, helps them understand data, and maintains data quality.

A

Data Stewardship?

72
Q

What role does a Data Steward play?

A

A data steward ensures the quality of data and acts as the “keeper of the data,” but does not own the data.

73
Q

The process of extracting information and knowledge from large-scale databases to find patterns that assist in providing quality care, predicting treatment choices, and using health resources effectively.

A

Knowledge Discovery and Data Mining (KDD)

74
Q

What are the steps involved in Data Mining?

A

(A) Define the goal.
(B) Mine the data using computational techniques for patterns.
(C) Visualize the reports.

75
Q

This is a process of comparing measures with industry averages or against the best performers, usually covering structure, process measures, and outcomes.

A

Benchmarking

76
Q

What are the steps involved in Benchmarking?

A

(A) Define the goal and objectives.
(B) Define the appropriate indicators.
(C) Collect the data.
(D) Determine the results.

77
Q

Data generated from digital sources such as sensors, social media, monitoring devices, as well as traditional digital data from EMRs, diagnostic tests, and images.

78
Q

What are the 3 Vs of Big Data?

A

(A) Volume: The amount of data generated.
(B) Velocity: The frequency of data delivery.
(C) Variety: The different forms of data (e.g., structured and unstructured formats).

79
Q

This is used to help nurses provide quality care based on evidence by using Artificial Intelligence (AI) to model decisions that expert nurses would make.

A

Expert system

80
Q

What are the benefits of an Expert System?

A

(A) Provides solutions faster than humans.
(B) Reduces waste and cuts costs.
(C) Improves patient care by sharing expert knowledge and wisdom.

81
Q

Used for interacting with the end user.

A

Natural Language:

82
Q

Contains decision-making rules.

A

Knowledge Base

83
Q

Stores facts specific to the nursing domain.

84
Q

Links the knowledge base rules with the database.

A

Inference Engine

85
Q

What is the challenge in Providing Evidence-Based Care?

A

Achieving evidence-based care at the point of care is often an elusive goal.

86
Q

How can evidence-based care be achieved?

A

By consistently including data, information, knowledge, and wisdom in building automated healthcare information system