In the following items, the characteristics of non-compliant RISC instruction systems are ( ). A. The length of the instruction is fixed, and the type of the instruction is small. B.The type of addressing mode is minimized, and the instruction function is as strong as possible. C. Increase the number of registers to minimize the number of accesses. D. Select the most frequently used simple instructions, and useful but not complex instructions.

In the following items, the characteristics of non-compliant RISC instruction systems are ( ). A. The length of the instruction is fixed, and the type of the instruction is small. B.The type of addressing mode is minimized, and the instruction function is as strong as possible. C. Increase the number of registers to minimize the number of accesses. D. Select the most frequently used simple instructions, and useful but not complex instructions.

Name: 12.In the following items, the characteristics of non-compliant RISC i
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: 12.In the following items, the characteristics of non-compliant RISC instruction systems are ( ).A. The length of the instruction is fixed, and the type of the instruction is small.B.The type of addressing mode is minimized, and the instruction funct

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter4: Processor Technology And Architecture

Section: Chapter Questions

Problem 15VE: A(n) ________________ instruction always alters the instruction execution sequence. A(n)...

See similar textbooks

Similar questions

_____ is a CPU design technique in which instruction execution is divided into multiple stages and different instructions can execute in different stages simultaneously.
A(n) ________________ instruction always alters the instruction execution sequence. A(n) ______________ instruction alters the instruction execution sequence only if a specified Condition is true.
a. How many bits are needed for the opcode of memory unit with 24 bits per word and instruction set consists of 199 different operations? b. How many bits are left for the address part of the instruction?
a. Saved register b. Global pointer c. Stack pointer 3. Opcode, funct3 and funct7/6 in instruction format are used to identify the a. function b. instruction c. branch "Emellor is Faster" is applied by RISC-V using d. memory address.
3 What are various micro-operations carried out for execution of following instruction. Given PC is 2000 (A)and memory is byte oriented(32-bit Machine?).Mention clearly various steps carried out? How many Memory operations are carried out during execution?
Choose the correct answer: Opcode, funct3 and funct7/6 in instruction format are used to identify the: ● (a) function. (b) instruction. (c) branch. (d) memory address. The register that hold the address of the current instruction being executed is called: (a) saved register. (b) global pointer. (e) stack pointer. (d) program counter. Placing the executable file into the memory for execution by the processor is the role of: (a) assembler. (b) linker. (e) loader. (d) compiler. ● The part which responsible for transmitting the data to/from the processor is: (a) control unit. (b) Datapath. (c) data bus. (d) memory. ● ● Parallel hardware cannot be used for faster division because: (a) subtraction is conditional on sign of remainder. (b) multiplication is conditional on sign of remainder. (c) subtraction is conditional on sign of divisor. (d) multiplication is conditional on sign of divisor. ● we cannot slower the clock cycle t fit the floating-point adder algorithm into one clock cycle…
The following statements describe the CISC (Complex Instruction Set Computer) and RISC (Reduced Instruction Set Computer) architectures. All are TRUE, except: A RISC instructions are standardized and mostly executed with similar clock cycles, but CISC clock cycles may vary for each instructions. B. RISC architecture is the successor of CISC architecture, where it is also called the LOAD/STORE architecture. C. Manufacturing RISC architecture is less expensive compared to CISC architecture, and RISC instructions are executed faster that CISC. D. The RISC philosophy concentrates on reducing the complexity of instructions performed by the hardware. E. The hardware of the CISC architecture is complex as compared to RISC architecture because it involves less ISA in the design.
a. Use the Vertical Microarchitecture Instructions set (provided in the handout) and write a microprogram, with a minimum number of instructions, to realize the following user-level instructions E:- C- (A 2) -1; GO TO 30. You may use an extra register if needed. * note: write the instructions in the table shown in part b'/ b. Show the Hexadecimal representation for each instruction field resulted from the solution in part a. Add more rows if needed. INSTRUCTION OP R1 R2 Edit Vimer Incert Format Tonls Table
For the following machine specs: .The 2-bus processor supports 10 instructions only: add, sub, Id, Idr, st, la, shr, stop, Nop, and not. b. Load store machine. c. 24 general registers. d. 24 MB of memory address space. e. 2-address arithmetic operations. f. PC and MA are 24 bits. е. g. IR and MD are 32 Design the machine by following the steps bellow: 1) Draw the machine instruction. 2) Draw the overall design based on the 2-bus microarchitecture. 3) Design and draw the register file. 4) Write RTN, Concrete RTN and the control sequences for all the instructions (use any control signals you may find necessary). 5) Design the control unit for the machine, show the generation of the logic for the following control signals only (Coup, PCouts Sra, Cin, and End). 1
Note:- Please answer all the remaining questions with details given in the picture.
The following are some of the qualities of an Instruction Length: Describe two issues with the design that have an effect on the total length or size of the instructions.
The following are some of the qualities of an Instruction Length: Describe two issues in the design that have an effect on the total size or duration of the instructions.