Week 9 Architectures

Week 9 Architectures
10問 • 11ヶ月前
  • ユーザ名非公開
  • 通報

    問題一覧

  • 1

    Which of the following best describes an Instruction Set Architecture (ISA)?

    The logical view of a processor as seen by software tools and programmers.

  • 2

    What type of architecture does MIPS primarily represent?

    Reduced Instruction Set Computer (RISC).

  • 3

    In the MIPS data path, what is the primary function of the Program Counter (PC)?

    To hold the memory address of the next instruction to be executed.

  • 4

    The Instruction Memory unit in the MIPS data path is responsible for:

    Reading the instruction located at the address provided by the PC.

  • 5

    What is the role of the Control Unit in the MIPS data path?

    To decode the instruction's opcode and generate control signals for other components.

  • 6

    When decoding a MIPS instruction, which components typically receive input from the instruction's fields (e.g., register numbers, immediate values)?

    The Registers unit (for register numbers) and potentially an adder (for branch offset/immediate values).

  • 7

    For a beq (branch if equal) instruction in MIPS, how is the branch offset typically handled?

    It is fed to an adder along with the PC value to calculate the branch target address.

  • 8

    If the ALU (Arithmetic Logic Unit) produces a "zero" result for a beq instruction, and the Control Unit enables the branch, what is the next step in determining the PC value?

    The calculated branch target address (from the adder) is fed back into the PC.

  • 9

    Which major component is responsible for performing arithmetic operations (like addition, subtraction) and logical operations?

    ALU

  • 10

    What typically happens to the PC value if a branch instruction (beq) is NOT taken (i.e., the ALU result is not zero)?

    The PC is incremented by one word (usually 4 bytes), as usual for sequential instruction fetching.

  • 1.1: Software life cycle

    1.1: Software life cycle

    ユーザ名非公開 · 17問 · 2年前

    1.1: Software life cycle

    1.1: Software life cycle

    17問 • 2年前
    ユーザ名非公開

    Intro to computing - Lecture 1

    Intro to computing - Lecture 1

    ユーザ名非公開 · 32問 · 2年前

    Intro to computing - Lecture 1

    Intro to computing - Lecture 1

    32問 • 2年前
    ユーザ名非公開

    Chapter 5

    Chapter 5

    ユーザ名非公開 · 7問 · 2年前

    Chapter 5

    Chapter 5

    7問 • 2年前
    ユーザ名非公開

    Intro to Comp - Lecture 4

    Intro to Comp - Lecture 4

    ユーザ名非公開 · 34問 · 2年前

    Intro to Comp - Lecture 4

    Intro to Comp - Lecture 4

    34問 • 2年前
    ユーザ名非公開

    Intro to comp - Lecture 3

    Intro to comp - Lecture 3

    ユーザ名非公開 · 24問 · 2年前

    Intro to comp - Lecture 3

    Intro to comp - Lecture 3

    24問 • 2年前
    ユーザ名非公開

    Intro to Comp - Lecture 2

    Intro to Comp - Lecture 2

    ユーザ名非公開 · 28問 · 2年前

    Intro to Comp - Lecture 2

    Intro to Comp - Lecture 2

    28問 • 2年前
    ユーザ名非公開

    Quiz 2

    Quiz 2

    ユーザ名非公開 · 7問 · 2年前

    Quiz 2

    Quiz 2

    7問 • 2年前
    ユーザ名非公開

    1.2: Software Engineering Methodologies

    1.2: Software Engineering Methodologies

    ユーザ名非公開 · 20問 · 2年前

    1.2: Software Engineering Methodologies

    1.2: Software Engineering Methodologies

    20問 • 2年前
    ユーザ名非公開

    2.2: Relational Model and ER Model

    2.2: Relational Model and ER Model

    ユーザ名非公開 · 19問 · 2年前

    2.2: Relational Model and ER Model

    2.2: Relational Model and ER Model

    19問 • 2年前
    ユーザ名非公開

    2.3: Converting ER Model to Relational model

    2.3: Converting ER Model to Relational model

    ユーザ名非公開 · 5問 · 2年前

    2.3: Converting ER Model to Relational model

    2.3: Converting ER Model to Relational model

    5問 • 2年前
    ユーザ名非公開

    Quiz 1

    Quiz 1

    ユーザ名非公開 · 8問 · 2年前

    Quiz 1

    Quiz 1

    8問 • 2年前
    ユーザ名非公開

    Week 2 Concurrency

    Week 2 Concurrency

    ユーザ名非公開 · 10問 · 11ヶ月前

    Week 2 Concurrency

    Week 2 Concurrency

    10問 • 11ヶ月前
    ユーザ名非公開

    Week 3 Mutual Exclusion

    Week 3 Mutual Exclusion

    ユーザ名非公開 · 3回閲覧 · 12問 · 11ヶ月前

    Week 3 Mutual Exclusion

    Week 3 Mutual Exclusion

    3回閲覧 • 12問 • 11ヶ月前
    ユーザ名非公開

    Week 4 Synchronisation

    Week 4 Synchronisation

    ユーザ名非公開 · 10問 · 11ヶ月前

    Week 4 Synchronisation

    Week 4 Synchronisation

    10問 • 11ヶ月前
    ユーザ名非公開

    Week 5 Processes and scheduling

    Week 5 Processes and scheduling

    ユーザ名非公開 · 22問 · 11ヶ月前

    Week 5 Processes and scheduling

    Week 5 Processes and scheduling

    22問 • 11ヶ月前
    ユーザ名非公開

    Week 6 Interprocess Communication

    Week 6 Interprocess Communication

    ユーザ名非公開 · 22問 · 11ヶ月前

    Week 6 Interprocess Communication

    Week 6 Interprocess Communication

    22問 • 11ヶ月前
    ユーザ名非公開

    Week 7 File system

    Week 7 File system

    ユーザ名非公開 · 13問 · 11ヶ月前

    Week 7 File system

    Week 7 File system

    13問 • 11ヶ月前
    ユーザ名非公開

    Week 8 Virtual Memory

    Week 8 Virtual Memory

    ユーザ名非公開 · 22問 · 11ヶ月前

    Week 8 Virtual Memory

    Week 8 Virtual Memory

    22問 • 11ヶ月前
    ユーザ名非公開

    BigO scenario qns

    BigO scenario qns

    ユーザ名非公開 · 8問 · 9ヶ月前

    BigO scenario qns

    BigO scenario qns

    8問 • 9ヶ月前
    ユーザ名非公開

    問題一覧

  • 1

    Which of the following best describes an Instruction Set Architecture (ISA)?

    The logical view of a processor as seen by software tools and programmers.

  • 2

    What type of architecture does MIPS primarily represent?

    Reduced Instruction Set Computer (RISC).

  • 3

    In the MIPS data path, what is the primary function of the Program Counter (PC)?

    To hold the memory address of the next instruction to be executed.

  • 4

    The Instruction Memory unit in the MIPS data path is responsible for:

    Reading the instruction located at the address provided by the PC.

  • 5

    What is the role of the Control Unit in the MIPS data path?

    To decode the instruction's opcode and generate control signals for other components.

  • 6

    When decoding a MIPS instruction, which components typically receive input from the instruction's fields (e.g., register numbers, immediate values)?

    The Registers unit (for register numbers) and potentially an adder (for branch offset/immediate values).

  • 7

    For a beq (branch if equal) instruction in MIPS, how is the branch offset typically handled?

    It is fed to an adder along with the PC value to calculate the branch target address.

  • 8

    If the ALU (Arithmetic Logic Unit) produces a "zero" result for a beq instruction, and the Control Unit enables the branch, what is the next step in determining the PC value?

    The calculated branch target address (from the adder) is fed back into the PC.

  • 9

    Which major component is responsible for performing arithmetic operations (like addition, subtraction) and logical operations?

    ALU

  • 10

    What typically happens to the PC value if a branch instruction (beq) is NOT taken (i.e., the ALU result is not zero)?

    The PC is incremented by one word (usually 4 bytes), as usual for sequential instruction fetching.