Consider the MIPS code segment, sll $12 $t1, 8 srl $t3, $t1, 1 sub $t1, $t2, $t3 explain the main task of this code.
Q: 8. If short JMP instruction reside in memory location 02001 what is the value of IP? And which any…
A: According to our guideline we solve first one: ================================== We know in short…
Q: n our 32-bit MIPS architecture, what is the minimum number of byte e allocated to store the…
A: Lets understand how is MIPS architecture and what are its data types --->MIPS uses a 32-bit…
Q: If CS = 020AH, SS = 0801H, SI = 0100H and IP = 1BCDH, What would be the address of the next…
A:
Q: Given the following memory requirements, determine the minimum number of address bits required.…
A: Introduction: Here we are required to determine the minimum number of address bits required, also we…
Q: A system uses 48 bit logical address and pages of size 16 KB. Multi-level paging is used. A page…
A: Introduction :Given , 48 bit logical address page size = 16 KB page table entry size = 4 Byte We…
Q: A.8. We measure the performance of a telephone line (4 kHz of bandwidth). When the signal is 10 V,…
A: Given:- Bandwidth =4 KHz Signal=10V Noise =5mV maximum data rate=?
Q: A system using segmentation provides the segment below. Compute of the logical addresses. If the…
A: a. 0, 323 Segment = 0 Offset = 323 Offset < Length (323<400) Physical Address = Base + Offset…
Q: What is the physical layer's concern with bit-by-bit delivery?
A: Introduction: The physical layer concerns with "bit-by-bit delivery".
Q: Suppose a file of 10,000 bytes is to be sent over a line at 2400 bps. A. Calculate the overhead in…
A: ANSWER:-
Q: What is the number of forwarding arrorws required for the below program for a 5 stage pipeline…
A: We require 3 forwarding arrays as we can check the code.
Q: 5.8 Write the function described in section 5.8 and a main routine to test it IN MIPS CREATE A CODE…
A: Let's see the solution in the next steps
Q: In MIPS architecture, a pop causes $sp to:
A: $sp it is a stack pointer which is a general purpose register. Stack pointer always point to the…
Q: Consider a SEC code that protects 8 bit words with 4 parity bits. If we read the value 0x375, is…
A: Finding the Single error correcting (SEC): 375 is equivalent to 0011 0111 0101Now locating the…
Q: 3.3 Consider a simple segmentation system that has the following segment table: Segment Starting…
A: Hey, since multiple sub parts questions posted, we will answer first three question according to our…
Q: ORIG x3200 LDI R1, num1 LD R2, num2 JSR NAND LEA R5, num1 STR R3, R5, #3 HALT NAND AND R3, R2, R1…
A: The answer given as below:
Q: If CS=2000H, DS=4000H, SS=6000H, ES=8000H, BX=1234H, BP=1234H, SP=5678H, SI=5678H, DI=9876H,…
A: Actually, CS stands for code segment DS stands for Data Segment. SS stands for Stack segment. ES…
Q: Q-4. On a system using simple segmentation, compute the physical address for each of the logical…
A: Below is the answer to above parts. I hope this will meet your requirement...
Q: Given x half Ox849a, Ox1234, Ox7cd3, O0000, and the base address of x is already stored in St3…
A:
Q: Consider the following MIPS assembly sw $t0, 4($sp) sw $ra, 0($sp) jal sum_to Why are the registers…
A: We need to provide logic for points mentioned about JAL instruction in MIPS.
Q: Suppose you have an LFSR with state bits (also known as the seed) (s5, S4, S3, S2, S1, So) = (1, 1,…
A: LFSR stands for Linear Feedback Shift Register, it is a type of shift register whose input bit is a…
Q: ork Problem 2 How many different bit strings can be formed using four 1s and five os? How many…
A: Different bit string can be formed
Q: Match the following A) MOvSB/SW 1) loads AL/AX register by content of a string B) CMPS 2) moves…
A: Explanation: The MOVSB-instruction gets the byte from address SI, saves this at address-DI, and…
Q: Explain why, in MARIE, the MAR is only 12 bits wide while the AC is 16 bits wide. Hint: Consider the…
A: Here we have given solution for the asked question. You can find the solution in step 2.
Q: II. Write a high-level language of the equivalent MIPS code: ADDI $se, $zero, 5 ADDI $s1, $zero, 10…
A: Over here label is given as ELIF hence assuming you need it in python as high level language. and I…
Q: b. Calculate the required number of repetitions (N) required for 120 us delay for the following…
A: Assembly language is a low-level programming language for a PC or other programmable gadget explicit…
Q: Given AL=85(H), AH=00(H), BL=35(H), CS=0100(H), SP–0102(H), show and explain execution results of…
A: All Question have been answered based on 8086 Instruction set. h) INC BX,2 increment the value in BX…
Q: Transmitted messages often include a parity bit whose value is combined with a data byte toproduce…
A: Determine the parity of the given message byte: To determine the parity of the given message byte,…
Q: What is the number of forwarding arrows required for the below program for a 5 stage pipeline…
A: We require 3 forwarding arrays as we can check the code.
Q: which address lines are generating the selection line A1 A0? A. None B. Selection lines A1 A0…
A: Assembly level language is a low-level programming language, that's used to communicate directly…
Q: What are the offset & physical address of all [M.L.s] if we assume that the DS=1500H ?
A: Given- We need to find the what are the offsets and physical address in the assembly language…
Q: RS-449/442-A/423-A is a. the ratio of the number of data units in error to the total number of data…
A: Electronic Industries Association (EIA) and International Telecommunication Union-Telecommunication…
Q: QUESTION 3 The effective access time for a machine with a page fault probability of 3%, memory…
A: Given: page fault probability = 3% Memory access time(ta) = 200 ns Page fault time (tf) = 50…
Q: Jump to level 1 Goal: Isolate bits 9. 5 in Ss1 to be right-most 5 bits of $s2, and set other $s2…
A: Isolate bits 9..5 in $t1 to be right-most 5 bits of $t2 and set other $t2 bits to 0.
Q: Write the MIPS equivalent of the following code with Mars please.
A: Given: We have the java program language code and we have to convert the java code to mips assembly…
Q: Consider that a 100 kbps data stream is to be transmitted on a telephone channel of BW=3.4 kHz and…
A:
Q: The TTL fields in the IP header and in the ARP cache both keep track of clock times. O True O False
A: TTL on IP header:When an IP packet is sent, an IP subject field called Time To Live (TTL) is set to…
Q: Assume DS=5512H, CS=A23CH, SS=91ABH, SI=1355 and IP=2618. Calculate the physical address of the next…
A: The address will be A49D8H
Q: Consider a simple segmentation system that has the following segment table: Starting Address Length…
A: Given, Segment table: Segment Number Starting Address Length (Bytes) 0 830 346 1 110 110 2…
Q: If CS=2000H, DS=4000H, SS=6000H, ES=8000H, BX=1234H, BP=1234H, SP=5678H, SI=5678H, DI=9876H,…
A: Given: CS=2000H DS=4000H SS=6000H ES=8000H BX=1234H BP=1234H, SP=5678H, SI=5678H, DI=9876H,…
Q: 28 A paging scheme uses a TLB. A TLB access takes 10ns and main memory access takes 50ns. What is…
A: The correct answer is 65
Q: Consider this MIPS code segment. If not addressed in any way, which data dependencies will cause…
A: Definition and Introduction - Data Hazards happen when an instruction relies upon the output of past…
Q: Help pls mcq After execution the short label jump instruction: JMP 84h; (when updated IP =A4h), the…
A: False
Q: what is the value of AX after execute STR BYTE "2021", 3 Dup(6 Dup ('QF', 2dup ( 3dup ( '45', '91',…
A: The string instructions operate on strings of bytes. length of STR is used display the length of the…
Q: Show your solution. AX = BEDH BX= 4512H CX= B203H DX=EA35H DS= 2400H SS=5412H BP=5EF3H SI=DE59H…
A:
Q: Given AL=85(H), AH=00(H), BL=35(H), CS=0100(H), SP=0102(H), show and explain execution results of…
A: Following is the explanation of the above instructions: 1. ADC AX BX ADC means add with carry , ADC…
Q: What is the principle of locality, and how can we access 1000 bytes in a short period if Level-1 may…
A: The computer consists of different levels of the memory hierarchy such as secondary memory, main…
Q: Assume that the base address of 8255-PPI chip is OC00H and the address of port C of the chip is…
A: Assembly level language is a low-level programming language, that's used to communicate directly…
Q: If the offset address of X in data segment is equal to 109H, and DS=1000H, then the physical address…
A: Segment address of register =1000H Offset address=109H The formula to calculate physical address is…
Q: 3.3 Consider a simple segmentation system that has the following segment table: Segment |Starting…
A: Given: A simple segmentation system with segment numbers, starting address, and the length of the…
Q: Convert the following MIPS instructions into machine instructions in hexadecimal form. Show every…
A: MIPS instructions into machine instructions in hexadecimal form: 0x02538824 0x02538822 0x02497025…
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- Consider the following MIPS segment code when answering the questions below: sw $t5, 0($t2) sub $t3, $t1, $t6 lw $t1, 12($t5) or $t5, $t1, $t3 Consider running this code on the 5-stage pipelined processor that does not support forwarding and hazard detection. What is the total number of cycles required to execute this code? Consider running this code on the 5-stage pipelined processor that supports forwarding and hazard detection. What is the total number of cycles required to execute this code? How many stalls? How many forwards? What is ALU doing during cycle 7? Can we rearrange the code to minimize the number of cycles and speed up the execution?Answer the given question with a proper explanation and step-by-step solution. Create a MIPS code file with only the following 4 lines of assembly code: add $t0, $t1, $t2sub $s0, $s1, $s2addi $s2, $t8, 37sll $t0, $t1, 10The current server memory modules (DIMMs) employ SEC/DED ECC to protect each 64-bit data block with eight parity bits, as stated in Section 5.5. Determine the cost-to-performance ratio of this code in comparison to the code in 5.9.1 and report your findings. In this scenario, the term "cost" refers to the relative amount of parity bits that are needed, while the term "performance" relates to the relative number of errors that may be corrected. Which one is more advantageous?
- RS-449/442-A/423-A is a. the ratio of the number of data units in error to the total number of data units b. a set of physical layer standards developed by EIA and intended to replace RS-232-C c. a check bit appended to an array of binary digits to make the sum of the all the binary digits d. a code in which each expression conforms to specific rules of construction, so that if certain errors occur in an expression the resulting expression will not conform to the rules of construction and thus the presence of the errors is detectedConsider a system with 36-bit addresses that employs both segmentation and paging. Assume each PTE and STE is 4-bytes in size Assume the largest possible segment table is 213 bytes and the largest possible page table is 216 bytes. How large is a page? How large in bytes is the largest possible segment? please explain and don't paste the quizlet pictureWhat are the drawbacks of using MIPS or FLOPS as a system throughput metric?
- What is the shortcoming of using MIPS or FLOPS as a measure of system throughput?I. Write a code in both MIPS & LC3 assembly that takes two values x and y,then returns:1. x+y2. y-x3. x^y4. 10 if x == y or x <= 5, 5 otherwiseAssume x and y are 2 and 5 respectively.Hence the final values should be:1. 72. 33. 324. 5 II. Write a high-level language of the equivalent MIPS code:Give a brief summary of one of the available cache protocols.
- Problem 5: Suppose the program counter (PC) is set to 0x60000000hex. a. What range of addresses can be reached using the RISC-V jump-and-link (jal) instruction? (In other words, what is the set of possible values for the PC after the jump instruction executes?) b. What range of addresses can be reached using the RISC-V branch if equal (beq) instruction? (In other words, what is the set of possible values for the PC after the branch instruction executes?)So if i had page size 8k (which is 2^13=8k) & had a virtual address length of 32 bits and did 32 - 13, would that give the vpn or offset? <<<<<<< please specifyGiven a 16 bit virtual address space and a 10 bit low-order offset how many bytes is each page.