暗記メーカー

暗記メーカー

​
ログイン

INTRO TO COM

INTRO TO COM
63問 • 2年前
  • Patrick Jay Dizon
    • 通報

    問題一覧

  • 1

    Is a small, relatively inexpensive computer with a microprocessor as its central processing unit (CPU).

    Microcomputer

  • 2

    Designed for personal use, and they are often referred to as personal computers (PCs).

    Microcomputer

  • 3

    They are versatile machines that can used for a wide variety of tasks, including word processing, web browsing, gaming, and programming.

    Microcomputer

  • 4

    Typically consist of a CPU, memory, storage, input/output(I/O) devices, and bus that connects these computers together.

    Microcomputer

  • 5

    Classified as a single-user computers because they are designed to be used by one person at a time.

    Microcomputer

  • 6

    Also classified as a general-purpose computers because they can be used for a wide variety of tasks.

    Microcomputer

  • 7

    EXAMPLES OF MICROCOMPUTERS

    Dekstop Computers, Laptop Computers, Tablet Computers, Smartphones, Single board Computers

  • 8

    Microcomputers applications

    Personal Use, Education, Business, Science and Engineering

  • 9

    A class of mid-range computers that were introduced in the 1960s and were popular in the 1970s and 1980s.

    Minicomputers

  • 10

    They were smaller and less expensive than mainframe computers, but that were more powerful than microcomputers.

    Minicomputers

  • 11

    Were often used for scientific and engineering applications, as well as for business data processing

    Minicomputers

  • 12

    Were typically used in a multi-user environment, with multiple users connected to the computer via terminals.

    Minicomputers

  • 13

    They were also used as a servers, providing file and print services to other computers on a network.

    Minicomputers

  • 14

    Examples of Minicomputers

    DEC PDP-11, Data General Nova, IBM SYSTEM/360

  • 15

    Are powerful computers that are used for a large-scale data processing and transaction processing.

    Mainframe Computers

  • 16

    They were typically used by large organizations, such as banks, insurance companies, and government agencies.

    Mainframe Computers

  • 17

    Are designed to be highly reliable and scalable, and they can support thousands of users simultaneously.

    Mainframe Computers

  • 18

    Characteristics of Mainframe Computers

    High Processing power, high reliability, scalability, Security

  • 19

    examples of mainframe computers

    ibm z systems, Unisys clearpath dorado, fujitsu bs2000

  • 20

    Stand as the pinnacle of technological prowess, pushing the boundaries of computational capabilities.

    supercomputers

  • 21

    These colossal machines, often occupying vast dedicated facilities, are designed to tackle the most demanding tasks that surpass capabilities of conventional computers.

    supercomputers

  • 22

    Characterized by their exceptional processing power, capable of performing an astounding number of calculations per second.

    supercomputers

  • 23

    This unparalleled computational capacity is measured in floating-point operations per second (FLOPS), reaching into the exaflops range, far exceeding the capabilities of ordinary computers.

    supercomputers

  • 24

    SUPERCOMPUTERS IN VARIOUS FIELDS

    Climate modeling, drug discovery, materials science, nuclear weapons research

  • 25

    characteristics of super computers

    high processing power, high performance, high memory capacity, high speed networkint

  • 26

    examples of supercomputers

    frontier, lumi, fugaku

  • 27

    Tirelessly working behind the scenes to power the digital experiences we rely on daily.

    servers

  • 28

    These dedicated machines, often hidden away in data centers, form the backbone of the internet, enabling us to access information, communicate with others, and engage in countless online activities.

    servers

  • 29

    Are essentially specialized computers designed to provide resources and services to other computers, known as clients, over a network.

    servers

  • 30

    They act as central repositories of data and applications, responding to requests from client devices and delivering the requested information and services.

    servers

  • 31

    SOME COMMON SERVER TYES

    Web servers, file servers, application servers, data base servers, mail servers

  • 32

    Stand out as specialized computers designed for demanding professional tasks.

    workstations

  • 33

    They offer enhanced performance, graphics capabilities, and expandability compared to standard personal computers, catering to the needs of professionals in fields such as engineering, design, scientific research, and multimedia production.

    workstations

  • 34

    Feautures of work stations

    Processing prowess, graphics excellence, expandable architecture, operating system optimiation

  • 35

    workstations in various fields

    engineering and design, scientific research, multimedia production, finance and business intellignce

  • 36

    examples of workstations

    dell precision workstations, hp z workstations, apple mac pro

  • 37

    Stand out as specialized devices designed to perform specific tasks or provide access to particular information.

    information appliances

  • 38

    Unlike general-purpose computers, information appliances are tailored for focused functionality, offering a simplified use experienced and streamlined operation.

    information appliances

  • 39

    characteristics of information appliances

    task specific design, ease of use, limited customization, targeted applications

  • 40

    examples of information appliamces

    smartphones, smart tvs, e readers, Gps navigation devices

  • 41

    Stand apart from their digital counterparts, representing a unique approach to solving complex problems.

    analog computers

  • 42

    While digital computers rely on discrete values and symbolic manipulation, ANALOG COMPUTERS harness the continuous nature of physical phenomena to model and analyze real-world systems.

    analog computers

  • 43

    Operate on continuous variables, representing data as continuously varying physical quantities, such as voltage, current, or mechanical motion.

    analog computers

  • 44

    These variables are manipulated through interconnected electronic or mechanical components, creating a physical analogy of the problem being solved.

    analog computers

  • 45

    analog computers in various fields

    engineering and control systems, aerospace and military applications, scientific research and simulations

  • 46

    examples of analog computers

    slide rule, differential analyzer, electronic analog computers

  • 47

    The ubiquitous machines that have revolutionized our world, stand as marvels of human ingenuity.

    digital computers

  • 48

    They process information, perform calculations, and execute instructions with unparalleled speed and accuracy, transforming every aspect of modern society.

    digital computers

  • 49

    Operate on discrete values, representing information as binary digits, or bits, each having a value of either 0 or 1.

    digital computers

  • 50

    This binary representation enables that manipulation of data through logical operations and mathematical calculations.

    digital computers

  • 51

    fundamental components of digital computers

    central processing unit (cpu), memory, input/output devices, software

  • 52

    the ‘brain’ of computer

    central processing unit (cpu)

  • 53

    stores data and instructions

    memory

  • 54

    such as keyboards, monitors, and storage devices, enable interaction with the computer, allowing data input and output

    input output devices

  • 55

    including operating systems and applications, provides the instructions and programs that control the computer’s operations.

    software

  • 56

    spectrum of digital computers

    smartphones, personal computers, supercomputers, embedded systems

  • 57

    impact of digital computers

    communication and informaion, business and commence, science and engineering, entertainment and culture

  • 58

    Represent a unique class of machines that blend the strength of analog and digital computing devices.

    hybrid computers

  • 59

    They combine the real-time, continuous nature of analog computation with the precision and programmability of digital systems, offering a powerful approach for specific applications.

    hybrid computers

  • 60

    Analog computation excels in modeling and simulating continuous systems, handling differential equations, and providing real-time responses.

    analog devices

  • 61

    Digital Computation offers precision, programmability, and the ability to perform complex logical operations and symbolic manipulations.

    digital advantages

  • 62

    applications of hybrid computers

    control systems, signal processing, neural networks

  • 63

    examples of hybrid computers

    hybrid navigations systems, analog to digital converter (adcs), specialized hybrid systems

    • ETHICS - FINALS

    ETHICS - FINALS

    Patrick Jay Dizon · 87問 · 2年前

    ETHICS - FINALS

    ETHICS - FINALS

    87問 • 2年前
    Patrick Jay Dizon

    KWS

    KWS

    Patrick Jay Dizon · 31問 · 2年前

    KWS

    KWS

    31問 • 2年前
    Patrick Jay Dizon

    GNED 06

    GNED 06

    Patrick Jay Dizon · 44問 · 1年前

    GNED 06

    GNED 06

    44問 • 1年前
    Patrick Jay Dizon

    GNED01

    GNED01

    Patrick Jay Dizon · 34問 · 1年前

    GNED01

    GNED01

    34問 • 1年前
    Patrick Jay Dizon

    DALUMAT

    DALUMAT

    Patrick Jay Dizon · 58問 · 1年前

    DALUMAT

    DALUMAT

    58問 • 1年前
    Patrick Jay Dizon

    STS

    STS

    Patrick Jay Dizon · 100問 · 1年前

    STS

    STS

    100問 • 1年前
    Patrick Jay Dizon

    DCIT23

    DCIT23

    Patrick Jay Dizon · 51問 · 1年前

    DCIT23

    DCIT23

    51問 • 1年前
    Patrick Jay Dizon

    ITEC50

    ITEC50

    Patrick Jay Dizon · 67問 · 1年前

    ITEC50

    ITEC50

    67問 • 1年前
    Patrick Jay Dizon

    問題一覧

  • 1

    Is a small, relatively inexpensive computer with a microprocessor as its central processing unit (CPU).

    Microcomputer

  • 2

    Designed for personal use, and they are often referred to as personal computers (PCs).

    Microcomputer

  • 3

    They are versatile machines that can used for a wide variety of tasks, including word processing, web browsing, gaming, and programming.

    Microcomputer

  • 4

    Typically consist of a CPU, memory, storage, input/output(I/O) devices, and bus that connects these computers together.

    Microcomputer

  • 5

    Classified as a single-user computers because they are designed to be used by one person at a time.

    Microcomputer

  • 6

    Also classified as a general-purpose computers because they can be used for a wide variety of tasks.

    Microcomputer

  • 7

    EXAMPLES OF MICROCOMPUTERS

    Dekstop Computers, Laptop Computers, Tablet Computers, Smartphones, Single board Computers

  • 8

    Microcomputers applications

    Personal Use, Education, Business, Science and Engineering

  • 9

    A class of mid-range computers that were introduced in the 1960s and were popular in the 1970s and 1980s.

    Minicomputers

  • 10

    They were smaller and less expensive than mainframe computers, but that were more powerful than microcomputers.

    Minicomputers

  • 11

    Were often used for scientific and engineering applications, as well as for business data processing

    Minicomputers

  • 12

    Were typically used in a multi-user environment, with multiple users connected to the computer via terminals.

    Minicomputers

  • 13

    They were also used as a servers, providing file and print services to other computers on a network.

    Minicomputers

  • 14

    Examples of Minicomputers

    DEC PDP-11, Data General Nova, IBM SYSTEM/360

  • 15

    Are powerful computers that are used for a large-scale data processing and transaction processing.

    Mainframe Computers

  • 16

    They were typically used by large organizations, such as banks, insurance companies, and government agencies.

    Mainframe Computers

  • 17

    Are designed to be highly reliable and scalable, and they can support thousands of users simultaneously.

    Mainframe Computers

  • 18

    Characteristics of Mainframe Computers

    High Processing power, high reliability, scalability, Security

  • 19

    examples of mainframe computers

    ibm z systems, Unisys clearpath dorado, fujitsu bs2000

  • 20

    Stand as the pinnacle of technological prowess, pushing the boundaries of computational capabilities.

    supercomputers

  • 21

    These colossal machines, often occupying vast dedicated facilities, are designed to tackle the most demanding tasks that surpass capabilities of conventional computers.

    supercomputers

  • 22

    Characterized by their exceptional processing power, capable of performing an astounding number of calculations per second.

    supercomputers

  • 23

    This unparalleled computational capacity is measured in floating-point operations per second (FLOPS), reaching into the exaflops range, far exceeding the capabilities of ordinary computers.

    supercomputers

  • 24

    SUPERCOMPUTERS IN VARIOUS FIELDS

    Climate modeling, drug discovery, materials science, nuclear weapons research

  • 25

    characteristics of super computers

    high processing power, high performance, high memory capacity, high speed networkint

  • 26

    examples of supercomputers

    frontier, lumi, fugaku

  • 27

    Tirelessly working behind the scenes to power the digital experiences we rely on daily.

    servers

  • 28

    These dedicated machines, often hidden away in data centers, form the backbone of the internet, enabling us to access information, communicate with others, and engage in countless online activities.

    servers

  • 29

    Are essentially specialized computers designed to provide resources and services to other computers, known as clients, over a network.

    servers

  • 30

    They act as central repositories of data and applications, responding to requests from client devices and delivering the requested information and services.

    servers

  • 31

    SOME COMMON SERVER TYES

    Web servers, file servers, application servers, data base servers, mail servers

  • 32

    Stand out as specialized computers designed for demanding professional tasks.

    workstations

  • 33

    They offer enhanced performance, graphics capabilities, and expandability compared to standard personal computers, catering to the needs of professionals in fields such as engineering, design, scientific research, and multimedia production.

    workstations

  • 34

    Feautures of work stations

    Processing prowess, graphics excellence, expandable architecture, operating system optimiation

  • 35

    workstations in various fields

    engineering and design, scientific research, multimedia production, finance and business intellignce

  • 36

    examples of workstations

    dell precision workstations, hp z workstations, apple mac pro

  • 37

    Stand out as specialized devices designed to perform specific tasks or provide access to particular information.

    information appliances

  • 38

    Unlike general-purpose computers, information appliances are tailored for focused functionality, offering a simplified use experienced and streamlined operation.

    information appliances

  • 39

    characteristics of information appliances

    task specific design, ease of use, limited customization, targeted applications

  • 40

    examples of information appliamces

    smartphones, smart tvs, e readers, Gps navigation devices

  • 41

    Stand apart from their digital counterparts, representing a unique approach to solving complex problems.

    analog computers

  • 42

    While digital computers rely on discrete values and symbolic manipulation, ANALOG COMPUTERS harness the continuous nature of physical phenomena to model and analyze real-world systems.

    analog computers

  • 43

    Operate on continuous variables, representing data as continuously varying physical quantities, such as voltage, current, or mechanical motion.

    analog computers

  • 44

    These variables are manipulated through interconnected electronic or mechanical components, creating a physical analogy of the problem being solved.

    analog computers

  • 45

    analog computers in various fields

    engineering and control systems, aerospace and military applications, scientific research and simulations

  • 46

    examples of analog computers

    slide rule, differential analyzer, electronic analog computers

  • 47

    The ubiquitous machines that have revolutionized our world, stand as marvels of human ingenuity.

    digital computers

  • 48

    They process information, perform calculations, and execute instructions with unparalleled speed and accuracy, transforming every aspect of modern society.

    digital computers

  • 49

    Operate on discrete values, representing information as binary digits, or bits, each having a value of either 0 or 1.

    digital computers

  • 50

    This binary representation enables that manipulation of data through logical operations and mathematical calculations.

    digital computers

  • 51

    fundamental components of digital computers

    central processing unit (cpu), memory, input/output devices, software

  • 52

    the ‘brain’ of computer

    central processing unit (cpu)

  • 53

    stores data and instructions

    memory

  • 54

    such as keyboards, monitors, and storage devices, enable interaction with the computer, allowing data input and output

    input output devices

  • 55

    including operating systems and applications, provides the instructions and programs that control the computer’s operations.

    software

  • 56

    spectrum of digital computers

    smartphones, personal computers, supercomputers, embedded systems

  • 57

    impact of digital computers

    communication and informaion, business and commence, science and engineering, entertainment and culture

  • 58

    Represent a unique class of machines that blend the strength of analog and digital computing devices.

    hybrid computers

  • 59

    They combine the real-time, continuous nature of analog computation with the precision and programmability of digital systems, offering a powerful approach for specific applications.

    hybrid computers

  • 60

    Analog computation excels in modeling and simulating continuous systems, handling differential equations, and providing real-time responses.

    analog devices

  • 61

    Digital Computation offers precision, programmability, and the ability to perform complex logical operations and symbolic manipulations.

    digital advantages

  • 62

    applications of hybrid computers

    control systems, signal processing, neural networks

  • 63

    examples of hybrid computers

    hybrid navigations systems, analog to digital converter (adcs), specialized hybrid systems