Answer:
Please show work clearly Convert the following instructions to the binary format and $R12, $R15, $R16...
Using graphical representation, show the pipeline execution of the following instructions on the 5-stage pipeline with hazard detection and forwarding as implemented in Lecture 6. Clearly indicate the forwarding path(s) and stall(s). Note: highlight the forwarding path and use bubbles (or O) for stalls. Lw R20, 0x0100(R18) Add R14, R20, R16 Sw R18, 0x0110(R16) Or R12, R14, R20 Lw R18, 0x0100(R12) instr CC1 CC2 CC3 lw
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photo is problem 8 pt 2. anything would help please
Problem 7 (15pts) Convert this following pseudo-code in high level language into a piece of an assembly code (NIOS 2). In the following pseudo-code in high level language, r4, r5, r6, and r10 represent registers 4,5, 6, and 10, respectively Consider this pseudo-code in high level language: If ! (r4 >r5 or rs <r6) r10=r10+1 else r10- r10-1 This becomes the following piece in assembly code (put you answers...
Show work if possible please
4. Convert the following: a) Convert 219a into binary. Your answer should be 12 bits long. b) Convert-66,0 into binary (twos complement). Your answer should be 12 bits long. c) Convert 00011111 into base 10 (the binary value is signed) d) Convert 11100000, into base 10(the binary value is signed) e) Convert the fllowing floating point SINGLE predsion number 4048000into a floating point number
Please help by showing steps.
Question 4. (continued) (b) Consider a 16-bit binary number stored in AVR registers r15:r14 which the programmer considers to be a two's complement value. (r15 holds the most significant byte, r14 holds the least significant.) Write down a sequence of AVR assembly language instructions which perform each of the following operations The result should end up in r15:r14. Other registers can be used freely if required i) Sets r15:r14 to the constant value-1 (2 marks)...
Please show all the work with details.
I. CONVERSION FROM DECIMAL 1. Convert 879, to binary base-2), show work. 2. Convert 110710 to binary (base-2). show work 3. Convert 87920 to hexadecimal base-16, show work. 2. Convert 11001101, to decimal, show work.
Convert the following binary numbers to floating point format. Assume a binary format consisting of a sign bit (+ positive = 0, - negative = 1), a base 2, 8-bit exponent is 130, and 23 bits of mantissa, with the implied binary point to the right of the first bit of the mantissa. Write your final answer out in the IEEE 754 format +110110.0110112
Problem 1 (5 points) Using graphical representation, show the pipeline execution of the following instructions on the 5-stage pipeline as given in the Lecture 7. Lxx R20, 0x0100(R18) Add R20, R18, R16 Sw, R22, 0x0110(R16) cc1 CC2 Instr lwy Also answer the following questions: (1) How many cycles needed for the execution of these three instructions? (2) What is ALU doing on cycle 3, 4, 5 respectively? (3) What is the memory action in cycle 4, 5, 6 respectively?
Convert the following decimal numbers to 10-bit unsigned binary numbers. Show your work. (a) 8910 (b) 44510 (c) 10910 (d) 75310 Please Help
2.Convert the following binary numbers to floating-point format using single-precision IEEE 754 format. Convert your answer to hexadecimal format. a) 11001.0101 b) -101.111101 c) -0.0101001
Assemble the Following AVR instructions into machine code (express your answer in binary). If you find an error, explain why it is an error. (Show steps) a) mul r5, r16 b) ldi r22, 65