The default administrative distance of EIGRP is___________________.
Q: LCPU assignment Multiply the number by 1.25: A = X * 1.25 X = 0x3C (direct). Then save the result…
A: Answer: Our instruction is answer the first three part from the first part and I have done code and…
Q: 438K is _________ F
A: Here in this question we have asked to find 438K to F
Q: 100Base-FX uses _________ block coding and ________ line coding. a. 4B/5B; NRZ-I b. 8B/10B; NRZ c.…
A: 100Base-FX uses _________ block coding and ________ line codingthe above mentioned question asks the…
Q: Compute the delay time generated by the following subroutine, if you know that CPU frequency is 5…
A: Solution:- Delay Proc Near
Q: Address range 0x3FFF_FFFF- 0x2000_0000 = RAM = 0011 1111 1111 1111 _0xFFFF = 0010 0000 0000…
A: We need to find the Capacity and Organization of the given RAM.
Q: Differentiate between • Symbolic, relocatable, and absolute addresses are the three types of…
A: Please find the answer in next step
Q: Compute the delay time generated by the following subroutine, if you know that CPU frequency is 5…
A: the solution is an given below :
Q: ___________should be added to the starting address to get the ending address
A: Answer:- offset Explanation:- There is the formula for calculating ending address:- Ending Address…
Q: cenin Ame da ce The Translation Look aside Ber TL addreses can be tranlated wito wy TLA the address…
A: The answer is here
Q: The fundamental digital frequency of DFS with N = 4 is ________________________ (a) π/2. (b) π/4.…
A: Introduction Fundamental Digital Frequency: The fundamental digital frequency is the lowest…
Q: Physical address is formed from segment address & offset address. Select one: O True O False
A: The complete physical address of 20 bits is generated using segment and offset registers of 16 bits…
Q: Compute the delay time generated by the following subroutine, if you know that CPU frequency is 5…
A: Delay Proc Near
Q: Separate the two types of • There are three types of addresses: symbolic, relocatable, and absolute…
A: 1) Symbolic addresses: Symbolic addresses are used in symbolic addressing, which is an addressing…
Q: 4. cache Assume a direct mapped (1-way) cache initially is in the state ADDRESS DATA B14400…
A: Address Data 2A1230 0000000000FF6DB2FFFFFFFFF02A1438 B15040 AB02143800FF6DB27FFFFFF3002A1204…
Q: IF PC= 682 , AR=123 , DR=A2BF, IR= 5672, then execute the following M[AR] DR IR M[AR] Determine…
A: Given data PC= 682 , AR=123 , DR=A2BF, IR= 5672,
Q: Computer Science This question is about paging-based virtual memory A computer has a virtual-momory…
A: In a given computer Virtual - memory size = 250MB Size of Primary Memory = 325 KB = 219 B Page -…
Q: OXE996 22 OXE99C OXE997 46 OXE99D C5 OXE998 17 OXE99E A6 OXE999 21 OXE99F 77 OXE99A F2 OXE9A0 78…
A: : The PUSH operation pushes the value to the top of the stack and the POP operation removes the item…
Q: bitmap is _______ An index of bits None of the mentioned
A: Required: A bitmap is _______
Q: Compute the delay time generated by the following subroutine, if you know that CPU frequency is 5…
A: The solution to the given question is:
Q: 34. 100Base-TX uses _________ block coding and ________ line coding. a. 4B/5B; NRZ b. 8B/10B; NRZ c.…
A: given data 100Base-TX uses _________ block coding and ________ line coding.
Q: PUSH reg POP reg MOV reg,reg MOV reg,value LOOP CALL RET NOP 11T 2T 4T ST 17/5T 19T 16T JNZ 16/4T…
A: answer for this question is solved in step 2 Delay Proc Near PUSH BX // 11 T state…
Q: Compute the delay time generated by the following subroutine, if you know that CPU frequency is…
A: In this question we have to understand following questions: 1. What are advantages of writing…
Q: Compute the delay time generated by the following subroutine, if you know that CPU frequency is 5…
A: The subroutine performs a delay loop that decrements the BX register by 1 and jumps back to the…
Q: MOV AX, 1234н MOV BX, 2019H MOV CX, 1971н INC AX DEC BX PUSH BX PUSH AX ADD BX, 2 SUB AX, 1 РОР СХ…
A: MOV AX, 4000H , By this statement- AX will be assigned 1234h. MOV BX, 2019H , By this statement-…
Q: he maximum hex value that can be sent out from the CPU at a time on a 24 -bit bus is _________H.…
A: Hexa number system : The Hexa number system is a base-16 model of representation of the decimal…
Q: stion Completion Status: QUESTION 5 Jsing the single-cycle processor diagram (given as exam…
A: Instruction: addu $t0, $s0, $s2Rs = 16 (value of register $s0)BusA = 15 (content…
Q: Describe addressing mode used the code below where requested. .DEF DELAY_REGISTER=R16…
A: The method of specifying the data to be used in a command is known as addressing modes. This…
Q: Which of the following addressing modes are valid? If invalid, justify your response. (i) MOV DX,…
A: The given instruction is: MOV DX, 2020 H This instruction uses immediate addressing mode This…
Q: Q2: For a microinstruction that has a 15-bit microoperation filed and is divided into three…
A: Microprocessor instruction format, which is divided into three subfields F1, F2 each having 15…
Q: A computer system that uses memory mapcec 1/0 configuration, has a 32 bit address space. Address…
A: Answer: The solution of the given question is :
Q: High Performance Computing Questions/CUDA Programming Given a __global__ function add and a…
A: The two statements given: A _global_ function and a positive integer N, and call is add<<<…
Q: On the 8088 the interrupt vector table located at the ___________ of memory contains the IP and CS…
A: Interrupt let hardware or software to suspend normal execution and switch to interrupt service…
Q: The interrupt vector for INT 02 is located at the physical address ___________ H.
A: Filled the given statement
Q: DEBUG shows the address 807C:010F. The corresponding physical address is ______.
A: Adding 0H after, 807C =807C0H And, adding H after, 010F =010FH Adding both the given values: So,…
The default administrative distance of EIGRP is___________________.
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- On the 8088 the interrupt vector table located at the ___________ of memory contains the IP and CS for the ISRs. segment bottom middle topDescribe addressing mode used the code below where requested. .DEF DELAY_REGISTER=R16 .DEF LEDPORT_OP1=R17 .DEF LEDPORT_OP2=R18 .DEF MODE=R19 .DEF CLEAR=R20 .EQU gain = 0x45 .set loss = 0XFE00 .CSEG .ORG 0X0000 RJMP MAIN MAIN: LDI DELAY_REGISTER, LOW(RAMEND) ;________________ OUT SPL, DELAY_REGISTER ;________________ LDI DELAY_REGISTER, HIGH(RAMEND) OUT SPH, DELAY_REGISTER LDI MODE, 0XF0 OUT DDRE, MODE ANDI MODE, gain ; ________________ MOV R28, MODE ;________________________ MOV R29, MODE LDS CLEAR, set ;________________ LDI R31, 0xEE CLR R30 LD R4,Z+ *** LD R4,Z…Address range 0x3FFF_FFFF- 0x2000_0000 = RAM = 0011 1111 1111 1111 _0xFFFF = 0010 0000 0000 0000_0x0000 0x3FFF_FFFF 0x2000_0000 What is the RAM capacity and organization ?
- The maximum hex value that can be sent out from the CPU at a time on a 24 -bit bus is _________H. Give the answer in hex. Do not use parentheses, spaces or the letter H.main: addi x5, x0, 10 addi x6, x0, 0 jal x0, block_b block_a: add x6, x6, x7 addi x10, x0, 1 addi x11, x6, 0 ecall jal x0, end block_b: addi x7, x0, 0 addi x8, x0, 0 jal x0, block_c block_c: sub x9, x5, x7 bge x8, x9, block_a add x7, x7, x8 add x12, x8, x7 addi x8, x8, 1 jal x0, block_c end: Using any combination of techniques, identify and resolve all hazards in the program given below. Draw execution tables showing the pipelined instructions before and after implementing your hazard resolution method to illustrate how your solution fixes the issue. For simplicity, you do not need to draw the table for every instruction in the program, only the instructions affected by each hazard you identify.What physical address does <4,152> resolve to ? Error 4852 4851 4853
- PC: Ox08 : addu St0,Ss0,Ss2 PC: OX0C: addi St3,St0,5 sw St3,12(Ss2) PC: Ox14: beq St3,St5, loop PC: Ox10 add Rs BusA RW. Mem ToReg ALUSrc: ALUResult addi Rt RegWrite: RegDst ExtOp: ALUSrc: BusW sw ExtOp BusA ALUSrc ALUResult J. MemToReg beg RegWrite AluSrc BusA Beg J. ALUResult Windows ud'sA bitmap is _______ An index of bits None of the mentioned An array of bits A function mapping all the bits of dataComputer organization and assembly language Hamming error correction code Please explain in detail what these 3 bullets are trying to say. Expand more to what each bullet means. PLEASE.
- ADDRESS DATA 7FFFF2E0 more data here 7FFFF2F0 more data hereAccording to the following table if the destination address is 11001000 00010111 00011100 10101010 Destination Address Range Link interface 11001000 00010111 00010*** ********* 11001000 00010111 00011000 ********* 1 11001000 00010111 00011*** ***** 2 otherwise 3 The link interface will be O A 1 OB. 3 OC. O D.0main: addi x5, х0, 10 addi x6, х0, 0 jal x0, block_b block_a: add x6, х6, х7 addi x10, х0, 1 addi x11, х6, 0 ecall jal x0, end block_b: addi x7, х0, 0 addi x8, х0, 0 jal x0, block_c block_c: sub x9, x5, х7 bge x8, x9, block_a add x7, x7, х8 add x12, х8, х7 addi x8, х8, 1 jal x0, block_c end: Using any combination of techniques you like, identify and resolve all hazards in the program. Draw execution tables showing the pipelined instructions before and after implementing your hazard resolution method to illustrate how your solution fixes the issue. For simplicity, you do not need to draw the table for every instruction in the program, only the instructions affected by each hazard you identify.
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