Lesson 4 Flashcards

(57 cards)

1
Q

___________ is defined as all of the physical components of a computer.

A

Computer hardware

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1
Q
A
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2
Q

___________ a machine that uses electronic components and instructions to the
components to perform calculations, repetitive and complex procedures, process
text, and manipulate data and signals.

A

Computer

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3
Q

The basic hardware of a computer composes the computer’s architecture, and includes the ____________, __________, __________, __________, __________, and __________

A

electronic circuits,
microchips
processors
random access memory (RAM) read-only memory (ROM)
graphic and sound cards.

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4
Q

___________ is a thin, flat sheet made of a firm, nonconducting material on
which the internal components—printed circuits, chips, slots, and so on—of the computer are mounted.

A

Motherboard

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5
Q

The motherboard is made of a __________ or ___________.

A

dielectric or nonconducting plastic material

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6
Q

The motherboard’s storage media is called __________.

A

Memory

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7
Q

refers to the electronic storage devices or chips on the motherboard of a
computer.

A

Memory

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8
Q

There are three key types of memory in a computer.

A
  • read-only memory (ROM), the
  • main memory known as random access memory (RAM)
  • cache.
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9
Q

is a form of permanent storage in the computer. It carries instructions that allow the computer to be booted
(started), and other essential machine instructions. Its programming is stored by the manufacturer and cannot be changed by the user.

A

Read-only memory (ROM)

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10
Q

Refers to working memory used for primary storage. It is used as temporary storage.

Also known as main memory, it can be accessed, used, changed, and written on
repeatedly.

is the work area available to the CPU for all processing applications.

A

Random access memory (RAM)

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11
Q

is a smaller form of RAM. Its purpose is to speed up processing
by storing frequently called items in a small, rapid access memory
location.

A

Cache

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12
Q

These devices are wired to a controller that is plugged into the slots or circuit boards of the computer.

A

Input and output devices

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13
Q

These devices allow the computer to receive information
from the outside world.

A

Input Devices

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14
Q

Input Devices in Healthcare

A

In healthcare computing, many medical devices serve as input devices. For example, the electrodes placed on a patient’s body provide input to the computerized physiologic monitors. The oximetry device placed on a patient’s finger uses light waves to detect impulses that are sent to a computer and then interpreted as oxygen
levels in the blood. Voice systems allow the nurse to speak into a microphone (which is the input device) to record data, submit laboratory orders, or request information from the computer. In radiology, most machines today input images from the X-Ray machines to a computer rather than storing them on film. In fact, the most advanced imaging machines could not exist without computer technology. Computerized axial tomography (CAT) scans and medical resonance imaging (MRI) machines are the
best-known computerized imaging devices, but most of the radiology applications today are computerized.

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15
Q

These devices allow the computer to report its results
to the external world. these devices are defined as any equipment that translates the computer information into something readable by
people or other machines.

A

Output Devices

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16
Q

Output Devices in healthcare

A

In healthcare settings, a variety of medical devices serve as output devices. Heart monitors are output devices recording and displaying heart rhythm patterns, and
initiating alarms when certain conditions are met. Volumetric infusion pump output includes both images on a screen and fluids infused into the patient’s body. The pump delivers a specific volume of IV fluids based on commands that the nurse inputs so the ordered fluid volume will be infused in the correct time period.

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17
Q

includes the main memory but also external devices on which programs and data are stored.

A

Storage

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18
Q

most common storage device is the computer’s __________.

A

Hard Drive

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19
Q

___________ and _____________are
magnetic storage media

A

hard drive and diskettes

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20
Q

____________ and ____________ are a form of optical storage.

A

DVDs and CD-ROMs

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21
Q

Optical
media are read by a ___________ rather than a magnet.

A

Laser “eye”

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22
Q

is a peripheral device that has very high speed and high density

23
Q

is actually a form of a small, removable hard drive that is inserted into the USB port of the computer.

A

USB flash drive

24
The largest type of computer is the ____________.
supercomputer
25
The supercomputer was first developed by _____________ in _____________, the early super- computer research, development, and production were carried out by Cray Corporation or one of its affiliates (Cray Corp, 2014).
Seymour Cray in 1972
26
is a computational- oriented computer specially designed for scientific applications requiring a gigantic amount of calculations that to be useful, must be processed at superfast speeds.
supercomputer
27
The computers discussed so far are ____________ because the user can program them to process all types of problems and can solve any problem that can be broken down into a set of logical sequential instructions.
General Purpose Machines
28
These are designed to do only a very few different types of tasks. A category that includes the tablet computers, personal digital assistants (PDAs), and smartphones.
Special Purpose Machines
29
It is the most common fast, large, and expensive type of computer used in large businesses (including hospitals and other large healthcare facilities) for processing, storing, and retrieving data. It is a large multiuser central computer that meets the computing needs of large- and medium-sized public and private organizations.
Mainframe Computer
30
These are used for processing the large amount of repetitive calculations involved in handling billing, payroll, inventory control, and business operations computing.
Mainframe Computer
31
In hospitals, mainframe computers are often used to support the entire Hospital Information Technology (HIT) system, also known as the __________, purchased from one of the 30 or so large HIT vendors. The HIT includes not only business and nursing operations, but also supports many clinical systems.
Hospital Information System (HIS)
32
These are found in educational and research settings, where they are used to conduct a multitude of special educational and scientific functions.
Microcomputers
33
are also available as portable or laptop computers, and as notebook, tablet, and hand-held computers. Laptop computers are highly portable because they are much smaller than the standard desktop microcomputers.
Microcomputers
34
are small, special function computers, although a few “full function” handheld computers were introduced in the late 1990s. Even though they are smaller in size than the laptop and notebook microcomputers, some have claimed to have almost the same functionality and processing capabilities. More popular are the palm-sized computers, including personal digital assistants (PDAs), which are the smallest of the handheld computers. Originally sold as isolated devices, today virtually all PDAs are combined with telephone functionality and sold as smartphones.
Handheld computers
35
Smartphones are __________ and owned by a huge number of people worldwide, from the slums of South Africa to business people in the most developed countries.
ubiquitous
36
DIGITAL HEALTH RECORD SYSTEM INTERFACE Securely store and retrieve patient medical data.
Electronic Health Records (EHRs)
37
DIGITAL HEALTH RECORD SYSTEM INTERFACE Provide evidence-based recommendations during care.
Clinical Decision Support Systems (CDSS)
38
DIGITAL HEALTH RECORD SYSTEM INTERFACE Enhance communication and medication adherence.
Mobile Health Apps
39
DIGITAL HEALTH RECORD SYSTEM INTERFACE Deliver remote care and consultations.
Telehealth Technologies
40
T or F : Information without interpretation is merely data
True
41
Transforming raw data into meaningful insights through data analysis and visualization. Identify trends, patterns, and risks in patient populations.
Data Analytics
42
Identifying trends, patterns, and potential risks in patient populations. Analyze vast datasets to predict health outcomes and personalize care.
Machine Learning
43
Imagine a world where patient information is readily available, seamlessly shared, and instantly analyzed. Computer technology, particularly EHRs, transforms information management. Nurses can focus on patient care instead of cumbersome paperwork, improving accuracy, efficiency, and ultimately, patient outcomes.
Contributing to research and development of new healthcare interventions
44
Empowering nurses to advocate for evidence-based practice and improved patient care. Develop and evaluate new technologies to improve patient care.
Nursing Informatics Research
45
_____________ assist with diagnostics, treatment planning, and decision-making.
Artificial Intelligence (AI)
46
T or F : Computer science goes beyond data analysis
True
47
Utilizing artificial intelligence __________ and __________ to support clinical decision-making.
(AI) and machine learning (ML)
48
Developing and implementing __________ to reduce medical errors.
clinical decision support systems (CDSS)
49
Employing __________ and __________ technologies to expand access to care.
telehealth and remote monitoring
50
Imagine accessing patient information from any device, regardless of location. __________ makes this a reality, allowing nurses to seamlessly collaborate and share information across borders.
Cloud Computing
51
__________ offer secure and scalable data storage, reducing IT costs for healthcare providers while ensuring robust data protection.
Cloud Platforms
52
T or F : Cloud Computing enhances data security and privacy through robust cloud-based protection measures
True
53
Access data and applications from anywhere, anytime.
Scalability and Accessibility
54
Facilitate collaborative projects and data sharing across institutions.
Collaboration and Innovation
55
Securely stores sensitive patient information in the cloud.
Enhanced Data Security
56
Reduce IT infrastructure costs and maintenance needs.
Cost-Effectiveness