Which instruction in R-type, I-type, and J-type instruction sets has least number of components in its data path?
R-type has the least number of components in its data path: a register file and ALU.
Whereas I- and J-type instruction sets require two more components - a data memory and a sign extender
Which instruction in R-type, I-type, and J-type instruction sets has least number of components in its...
Let R be a commutative ring which has exactly four ideals {0}, I, J, and R. Among all such rings find a ring which has the smallest number of elements.
4. A system is composed of a number of identical components, each one of which is operational with probability p, independent of the other components. The system is operational if there is at least one functional path from A to B. What is the probability of this happening?
The instruction beq uses the instruction memory during its execution True False The contents of the register specified in the instruction field "rt" is send to the data memory during the execution of the instruction sw? True False The instruction and writes to memory? True False During the operation of an R-type instruction, the function field determines the operation to be performed by the ALU. True False
4. Consider the following instruction (add immediate addi): Instruction: ADDI Rd, Rs, 20 Interpretation: Reg[Rd] = Reg[Rs] + imediate I-type format:1 001000 I Rs I Rd 1 imediateI (a) What are the values of control signals generated by the ALU control unit in for the above instruction? (b) What are the values of the signals at the output of the Control unif? (e) Show the flow of instruction execution in the figure below by identifying each component used and the...
Computer organization 6) Given the MIPS five stage pipeline and the following instruction sets: [30 pts, 10 pts each] instruction set #1 1w $1, 40 ($6) add $2, $3, $1 add $1, $6, $4 and $1, $1, $4 sw $2, 20 ($4) instruction set #2 add $1, $5, $3 sw$1, 0 ($2) lw $1, 4 ($2) add $5, $5, $1 sw$1, 8 ($2) a) If there is no forwarding or hazard detection, write the instructions (same order) and insert nop's...
Modify the circuit to support a MFCC instruction. MFCC Rd instruction: Move From Condition Codes MFCC copies into the four rightmost bits of Rd the values of the ALU signals Carry (C), Overflow (O), Zero (Z) and Negative (N) as they were set by the previous R- type instruction. The remaining 28 bits of Rd are set to zero. Describe the changes and additions needed for the single-cycle MIPS processor datapath and control to support this instruction. Hints: 1) MFCC...
3x 3y j along with its honizontal and vertical components at a representative assortment of points on the circle x2+y?-4 Draw the spin field F- First nd the horizontal and vertical components of the vectors at the representative points 20. ' O 2,- 2" (V2-2). respectively, where v, corresponds to the first listed point, v2 corresponds to the second listed point, and so on -20-. 2 2 and V Type ordered pairs. Type an exact answer for each coordinate, using...
The path of a particle can be expressed as: r = 6t i + (3t2-4) j + 7 k, please determine the acceleration of this particle.
Question 1 Figure 1 shows a datapath for R-type instructions which consits of a register file and an arithmetic logic unit (ALU). These instructions are also known as aritmetic-logical- instructions since they perform aritmetic or logical operations. The register file contains all the registers and provides two read ports and one write port. The register file always provides the contents of the registers corresponding to the read register inputs on the outputs, while the writes must be explicitly controlled with...
Which best describes the use of the array dist[i][j] used in Floyd's algorithms A) Whether there is an edge from vertex i to vertex j B) The number of edges in the path from vertex i to vertex j C) The Euclidean distance from vertex i to vertex j D) The cost of the path (total edge weight) from vertex i to vertex j ------------------------ What is LCS(8, 2) where X = ANALYSIS and Y = ALGORITHMS? ----------------- What is...