Given following registers and memory addresses contain the
following values $t1 = 40 $t2 = 0x10000004 memory address
0x10000004 = 80 memory address 0x10000008 = 160 After execution of
following instruction, fill the values that will be contained by
each of the registers and memory address. If value is represented
in hex then use the prefix 0x (e.g. 0x10000000) sw $t1,
4($t2)
$t1 =
$t2 =
(0x10000004) =
(0x10000008) =
Given following registers and memory addresses contain the following values $t1 = 40 $t2 = 0x10000004...
Given the big-endian instruction memory map shown below in (b), and the initial values $t1 0XE7eeeADD, $s5 = 0x80000010 . We execute the following instructions: lw $t1, 12($s5) andi $t1, $t1, 0x3E0000A9 sra $s5, $s5, 3 addi $se, $s5, 2 sw $t1, -4($s0) Answer the following questions: (a) What values are contained in $se and sti after executing the above instructions? Write your answers in Hex format.
Given the big-endian instruction memory map shown below in (b), and the initial...
Assuming an architecture where the values in its registers are as follows, AR = 80, DR = 105, R6 = 116, R7 = 12 and R8=82 the content of Memory address 80 is 20 and the content of Memory address 85 is 10. Show the content of the 5 registers and the content of the memory addresses 80 and 85 after the following RTL statements.
can you show me how you get each one or fill the table?
Given the following memory and register values as shown in Tables 1& 2 below: Determine the values of the A, B, X, Y, CCR & SP registers in Table 1 as the program is executed Show new values of memory content in Table 2 if the memory location content is affected. - NOTE: This is a continues program where instruction results affect the instruction that follows Leave...
Consider the following MIPS code: add $t3,$t2,$t1 lw $t4,0($t3) sw $t7,0($t3) add $t6,$t2,$t8 addi $t3,$t5,4 (a) Draw a general pipeline diagram from CC1 to CC5 (b) Can you identify the type of hazard in pipeline for executing the code? (c) What is the solution to the hazard? If NOP (noop or bubbles) have to be inserted to avoid hazard, where will you put them? (d) Put the code into the MIPS simulator and observe your findings. You may want to...
Q1. Assume that the registers have the following values (all in hex) and DS=311F, SS=560B, SI=130F, DI=0405, BX=5011, AX=401D, CX=4500, and BP=195F. Calculate the physical address of the memory where the operand is stored and the contents of the memory locations in each of the following addressing examples. i. MOV [BP+12], AX ii. MOV [BX+SI+8], BX Q2. Find the IP, CS, and SP (locations and contents) after execution of the following instructions: i. 2000:015B FF 17 CALL FAR [BX] Initial...
위8원의 12 55 56 91 A1 B1 C1 B1 00 01 02 UXU303 Ox0210 Ox0214 Ox0218 Ox021C 40 Ox0302 Ox0301 Ox0300 30 20 D1 D2 D3 D4 D5 D6 D7 D8 10 The following MSP430 memory system consists of 2 consecutive 64-Byte RAM chips starting at location ox200, and 512 Byte of Flash ending at 0XFFFF. Fill in the blanks (4) with the correct starting or ending addresses. C Starting Address Starting Address Ending Address (Binary) (Hex) (Hex) 64B RAM1...
1. Given the following physical addresses and value in memory: Val | 16 | 14 | 12 | 10|36 | 34|32 | 30 | 0|40 | 35 | 30 | 28 | 18 | 24 | 20 | 32 | 0|4018|132 | 24 | 54 add 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 4344454647 val 8403516 14121222244217 19 2123252716 1513 119700 add 48 49551 52 53 54 55...
Assume that the registers have the following values (all in hex) and that CS= 1000, DS = 2000, SS=3000, SI=4000, DI = 5000, BX=6080, BP= 7000, AX=25FF, CX=8791, and DX=1299. Calculate the physical address of the memory where the operand is stored and the contents of the memory locations in each of the addressing examples. a) MOV [SI], AL b) MOV [SI+BX+8], AH c) MOV [BX]+300, DX Now Examine the status of the CF, PF, AF, ZF, and SF if...
1. Given the following physical addresses and value in memory: add 0 val 9 10 11 12 13 14151611819 2021 22 23 18 24 20 32 0 40 8 32 245458 10 36 34 3230 40 35 3028 add 24 25 26 27 28 29 30 31 32 33 34 | 35 | 36 37 38 39 40 | 41 | 42 | 43 44 45 46 47 8 40 35 1614 12 12 22 24417 21 23 25 27...
Exercise 1. What is the size of the memory for the microprocessor if it has 24-bit address lines (bus)? Furthermore, give the starting address and the last address of the memory. 2. List the operation modes of the ARM Cortex-M3. 3. What is the function of register R13? Register R14? Register R15? 4. On an ARM Cortex-M3, in any given mode, how many registers does a programmer see at one time? 5. Which bits of the ARM Cortex-M3 status registers...