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Questions and Answers
According to Flynn's Taxonomy, how are computer architectures classified?
According to Flynn's Taxonomy, how are computer architectures classified?
- Based on the manufacturer and year of production
- Based on the number of instructions that can be executed and how they operate on data (correct)
- Based on the speed of processors and size of data streams
- Based on the color and shape of the computer hardware
What is the crux of parallel processing according to the text?
What is the crux of parallel processing according to the text?
- Memory modules
- CPUs (correct)
- Operating systems
- Input/output devices
In Flynn's Taxonomy, what does SIMD stand for?
In Flynn's Taxonomy, what does SIMD stand for?
- Single Input, Multiple Devices
- Single Information, Multiple Devices
- Single Instruction, Multiple Data (correct)
- Several Instructions, Multiple Data
What is the key factor used to classify computing systems into four major categories?
What is the key factor used to classify computing systems into four major categories?
Which addressing mode is being used in the instruction 'AC $\leftarrow$ M[ADR]'?
Which addressing mode is being used in the instruction 'AC $\leftarrow$ M[ADR]'?
What does the mnemonic 'SHRA' represent?
What does the mnemonic 'SHRA' represent?
In which type of instruction would you find the mnemonic 'COM'?
In which type of instruction would you find the mnemonic 'COM'?
What is the purpose of the 'C' flag in the processor status register (PSR)?
What is the purpose of the 'C' flag in the processor status register (PSR)?
What does the mnemonic 'ADDC' stand for?
What does the mnemonic 'ADDC' stand for?
Which instruction type includes the mnemonic 'MUL'?
Which instruction type includes the mnemonic 'MUL'?
What does the mnemonic 'ROL' represent?
What does the mnemonic 'ROL' represent?
What is the purpose of the 'S' flag in the processor status register (PSR)?
What is the purpose of the 'S' flag in the processor status register (PSR)?
Which component of the CPU is responsible for directing information flow through the ALU by selecting various components and functions?
Which component of the CPU is responsible for directing information flow through the ALU by selecting various components and functions?
What type of notation is suitable for stack manipulation and evaluation of arithmetic expressions?
What type of notation is suitable for stack manipulation and evaluation of arithmetic expressions?
What type of organization is beneficial for nested subroutines and efficient arithmetic expression evaluation?
What type of organization is beneficial for nested subroutines and efficient arithmetic expression evaluation?
What are the storage components of the CPU?
What are the storage components of the CPU?
Which type of register is used for faster data transfer within the processor in modern CPUs?
Which type of register is used for faster data transfer within the processor in modern CPUs?
What type of notation encodes ALU operations with specific symbols for arithmetic and logical computations?
What type of notation encodes ALU operations with specific symbols for arithmetic and logical computations?
What type of memory organization includes program, data, and stack segments?
What type of memory organization includes program, data, and stack segments?
What are the execution components of the CPU?
What are the execution components of the CPU?
What type of notation is generally used for arithmetic expression evaluation in computer architecture?
What type of notation is generally used for arithmetic expression evaluation in computer architecture?
What is the primary benefit of the stack organization in processors?
What is the primary benefit of the stack organization in processors?
What is the purpose of the stack pointer register in memory stack organization?
What is the purpose of the stack pointer register in memory stack organization?
What type of register is generally used for arithmetic and logical computations in processors?
What type of register is generally used for arithmetic and logical computations in processors?
What does SIMD stand for in Flynn's Taxonomy of Parallel Computing Architectures?
What does SIMD stand for in Flynn's Taxonomy of Parallel Computing Architectures?
Which type of parallel computer is the most common according to Flynn's Taxonomy?
Which type of parallel computer is the most common according to Flynn's Taxonomy?
What is the characteristic of SISD architecture?
What is the characteristic of SISD architecture?
Which architecture uses a single instruction for all processing units and operates on different data elements?
Which architecture uses a single instruction for all processing units and operates on different data elements?
What are the two varieties for SIMD architecture?
What are the two varieties for SIMD architecture?
What does MIMD stand for in the context of parallel computing architectures?
What does MIMD stand for in the context of parallel computing architectures?
Which type of parallel computer can have distributed memory or shared memory according to Flynn's Taxonomy?
Which type of parallel computer can have distributed memory or shared memory according to Flynn's Taxonomy?
What characteristics classify the pattern of connections between processors in parallel computing architectures?
What characteristics classify the pattern of connections between processors in parallel computing architectures?
In Flynn's Taxonomy, which architecture uses a single instruction for all processing units and operates on different data elements?
In Flynn's Taxonomy, which architecture uses a single instruction for all processing units and operates on different data elements?
What is the least common type of parallel computer architecture according to Flynn's Taxonomy?
What is the least common type of parallel computer architecture according to Flynn's Taxonomy?
Which architecture is prevalent in PCs and single CPU workstations according to Flynn's Taxonomy?
Which architecture is prevalent in PCs and single CPU workstations according to Flynn's Taxonomy?
What do system topologies classify in the context of parallel computing architectures?
What do system topologies classify in the context of parallel computing architectures?
Which addressing mode specifies the operand itself?
Which addressing mode specifies the operand itself?
In which CPU organization are one-address instructions commonly utilized?
In which CPU organization are one-address instructions commonly utilized?
What do autoincrement or autodecrement modes do when used to access memory?
What do autoincrement or autodecrement modes do when used to access memory?
Which addressing mode allows large physical memory to be addressed with a relatively small number of bits?
Which addressing mode allows large physical memory to be addressed with a relatively small number of bits?
How many address fields are involved in two-address instructions?
How many address fields are involved in two-address instructions?
Which instruction format depends on the internal organization of the CPU?
Which instruction format depends on the internal organization of the CPU?
What is the primary purpose of the OP-code field in the instruction format?
What is the primary purpose of the OP-code field in the instruction format?
Which CPU organization involves an implied AC register for all data manipulation?
Which CPU organization involves an implied AC register for all data manipulation?
What does the stack organization primarily use for data manipulation?
What does the stack organization primarily use for data manipulation?
Which addressing mode involves a designated register to calculate the address of the operand?
Which addressing mode involves a designated register to calculate the address of the operand?
What is the distinguishing feature of three-address instructions compared to two-address instructions?
What is the distinguishing feature of three-address instructions compared to two-address instructions?
Which addressing mode specifies the register address for the operand?
Which addressing mode specifies the register address for the operand?
Flashcards
Flynn's Taxonomy classification
Flynn's Taxonomy classification
Classified Based on number of instructions and how they operate on data
SIMD meaning
SIMD meaning
Single Instruction, Multiple Data
Classifying computing systems
Classifying computing systems
Number of instruction and data streams processed simultaneously
SHRA meaning
SHRA meaning
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COM instruction type
COM instruction type
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C flag purpose
C flag purpose
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ADDC meaning
ADDC meaning
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MUL instruction type
MUL instruction type
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ROL meaning
ROL meaning
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S flag purpose
S flag purpose
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Directs ALU information flow
Directs ALU information flow
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Notation for stack manipulation
Notation for stack manipulation
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Beneficial for Nested subroutines
Beneficial for Nested subroutines
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CPU Storage Components
CPU Storage Components
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Faster data transfer register
Faster data transfer register
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ALU operations encoding
ALU operations encoding
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Memory stack organization
Memory stack organization
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CPU execution components
CPU execution components
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Arithmetic expression evaluation
Arithmetic expression evaluation
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Stack pointer register purpose
Stack pointer register purpose
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SIMD meaning
SIMD meaning
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MIMD meaning
MIMD meaning
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SISD Characteristic
SISD Characteristic
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SIMD two varieties
SIMD two varieties
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System topologies
System topologies
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Operand specified
Operand specified
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One-address instructions usage
One-address instructions usage
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Autoincrement/decrement
Autoincrement/decrement
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OP-code primary purpose
OP-code primary purpose
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Designated register calculating address
Designated register calculating address
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Study Notes
Computer Architecture and Instruction Fields
- The common bus system instruction fields include the OP-code, Address, and Mode fields that specify the operation to be performed, memory addresses, and address interpretation, respectively.
- The number of address fields in the instruction format depends on the internal organization of the CPU.
- The three most common CPU organizations are single accumulator organization, general register organization, and stack organization.
- Two-address instructions involve OP, AD1, and AD2 fields, while three-address instructions involve OP, AD1, AD2, and AD3 fields.
- One-address instructions utilize an implied AC register for all data manipulation.
- Zero-address instructions are found in stack-organized computers and involve operations like PUSH, ADD, MUL, and POP.
- Addressing modes specify rules for interpreting or modifying the address field of the instruction before the operand is referenced.
- The types of addressing modes include implied mode, immediate mode, register mode, register indirect mode, autoincrement or autodecrement mode, direct address mode, indirect addressing mode, and relative addressing modes.
- Immediate mode specifies the operand itself, while register mode specifies the register address for the operand.
- Autoincrement or autodecrement mode automatically increments or decrements the value in the register when used to access memory.
- Indirect addressing mode specifies the address of a memory location containing the address of the operand, allowing large physical memory to be addressed with a relatively small number of bits.
- Relative addressing modes include PC Relative Addressing Mode, Indexed Addressing Mode, and Base Register Addressing Mode, each depending on a designated register to calculate the address of the operand.
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