CS401A's Prelims: Comp. Sys. Architect. Module 01 Flashcards

For preliminary exams. (59 cards)

1
Q

is a device that can compute for desired info through entering info.

A

A computer

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2
Q

on the other hand, can be defined as many elements working as one.

A

A system,

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3
Q

It is a working procedure or methods to which a process is formed.

A

system

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4
Q

therefore, is a system that comprises elements that process raw data and instruction.

A

A computer system,

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5
Q

It is a fundamental representation of facts and observations.

A

Data

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6
Q

It is processed by a computer system to provide information, which is the very reason for the computer’s existence.

A

Data

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7
Q

It can also take on a number of different forms: numbers, text, images, and sounds.

A

Data

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8
Q

It consists of system and application programs that define the instructions executed by the hardware.

A

Software

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9
Q

that acts as an interface for application programs and utilities to access the internal services provided by the operating system.

A

application programming interface (API)

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10
Q

that contains the most important operating system processing functions.

A

kernel

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11
Q

This includes devices that process data by executing instructions, storing data, and moving data and information between various Input/Output (I/O) devices, making the system and info accessible to users.

A

Hardware

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12
Q

It is where the computer processes all data and instructions (or commands that a computer must do).

A

Microprocessor

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13
Q

It is mostly used as a temporary storage for processed data and running applications.

A

Primary Storage

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14
Q

Some of the examples are random access memory (RAM) and cache memory.

A

Primary Storage

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15
Q

It is used to store files, applications, and operating system.

A

Secondary Storage

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16
Q

It is a type of a non-volatile storage media that stores data on spinning magnetic disks rotating at a high-speed.

A

HDD (Hard Disk Drive)

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17
Q

It is a type of a non-volatile storage media that stores data in a single flash memory.

A

Flash Drive

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18
Q

It is known for its portability.

A

Flash Drive

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19
Q

It is a type of a non-volatile storage media that stores data on a series of solid-state flash memory.

A

SSD (Solid State Drive)

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20
Q

It is known for its amazingly fast reading and writing data

A

SSD (Solid State Drive)

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21
Q

It is one of the primary input devices composed of buttons with alphanumeric characters.

A

Keyboard

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22
Q

It is a handheld input device that is capable of controlling and maneuvering graphical user interface (GUI) with the use of a cursor on display.

A

Mouse

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23
Q

It is capable of displaying the GUI of a computer.

A

Monitor

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24
Q

It is capable of representing data on paper.

25
It consists of hardware and software that transport programs and data between interconnected computer systems.
Communication
26
provides the connection between computers.
A communication channel
27
are copper, fiber-optic, and wireless (infrared [IR], radio frequency [RF], Wi-Fi, and Bluetooth).
Communication Some of the data media channels
28
is the design of computer components in hardware being used, in the flow of data input-process-storage-output within the system, in algorithms being implemented, and more.
ARCHITECTURE Architecture in computer systems
29
The design can be distinguished into two (2):
by form and by function. Design by form Design by function
30
refers to the structure and size of a system. From the structure of the system, computer systems can be classified by form to distinguish form factor.
Design by form
31
are usually small, low cost, and intended for one (1) user or one (1) device. These are used for a large variety of applications,
Microcomputers
32
# These are used for a large variety of applications, from network access to business, educational, and entertainment applicactions and even games. | (e.g., PC, PDA, gadget, and console)
Microcomputers
33
are generally used in a multiuser environment. These servers act as a platform for a specific application,
Minicomputers
34
# These servers act as a platform for a specific application, such as a print server that manages all printers and handles all print tasks or a mail server that manages all the organization's mail. | (e.g., single rack server [print, Web, file])
Minicomputers
35
are large organizational computer systems that act as the main computational infrastructure.
Mainframes
36
These are usually very powerful and support many concurrent users.
Mainframes
37
These systems host an organization's databases and provide applications to support all business processes. | (e.g., server farms [dsata centers])
Mainframes
38
pertains to the specific instruction or process that a computer system must have to meet criteria and application.
Design by function
39
These are the simplest functions of a computer:
Input/Output Basic arithmetic and logical calculations Data transformation or translation Data sorting Searching for data matches Data storage and retrieval Data movement
40
pertains to the placing of data in or out of the computer system.
Input/Output
41
pertains to mathematic calculations and comparison.
Basic arithmetic and logical calculations
42
pertains to the data that changes from one form to another due to instruction or need.
Data transformation or translation
43
pertains to arrangements of data by a list or specific criterion or criteria.
Data sorting
44
pertains to the comparison of data to suffice condition.
Searching for data matches
45
pertains to getting and/or placing data in a non-volatile storage.
Data storage and retrieval
46
pertains to the placement of data from one memory location to the other.
Data movement
47
Can be included as a design by function due to the rapid influx of technology in today's standards.
Moore's Law
48
This law represents designing for rapid change of hardware from the semiconductor industry perspective.
Moore's Law
49
It also states that integrated circuit resources double every 18-24 months.
Moore's Law
50
This law relies on the "Transistor count" as a basis for the advancement of integrated circuit.
Moore's Law
51
As technology arises, computers become more advance to the point of designing complex computer systems for a specific purpose.
architecture complexity
52
Through the complexity of computer architecture, the design and understanding of computer systems become harder.
architecture complexity
53
It is used to characterize a certain object at different levels of representation offering models.
Abstraction
54
It is a structure that has a predetermined ordering from high to low.
computer hierarchy
55
It refers to systems that are organized in the shape of a pyramid.
computer hierarchy
56
It is a process of splitting the system in smaller chunks.
decomposition
57
People can work better by working on smaller separate tasks.
decomposition
58
Work on each chunk in different times (prioritizing important chunks)
decomposition
59
Give each chunk to a different person/team (work can be done in parallel).
decomposition