Derive the output data frame after complete execution of the code. Show all the steps. List...
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Derive the output data frame after complete execution of the code. Show all the steps. List all types of addressing used. How many bytes are occupied in the code segment for the given case? Answers should be listed in groups for each part. 1+2+1+1=5 MEMORY ADDRESS MNEMONICS MOV SI, 500 MOV CL. [SI] 400 403 405 407 408 40A 40C 40D 40F 411 413 414 416 41A 04 Input data Memory address (offset) 500 03 Input data Memory address (offset) 601 Output data Memory address (offset) 501 MOV CH, 00 INC SI MOV AL. [SI] DEC CL INC SI CMP AL. [SI] JNC 413 MOV AL. [SI] INC SI LOOP 40D MOV [600], AL HLT 02 501 03 602 502 C 08 502 04 503 503 03 503 05 504 04 604 504 Derive the output data frame after complete execution of the code. Show all the steps. List all types of addressing used. How many bytes are occupied in the code segment for the given case? Answers should be listed in groups for each part. 1+2+1+1=5 MEMORY ADDRESS MNEMONICS MOV SI, 500 MOV CL. [SI] 400 403 405 407 408 40A 40C 40D 40F 411 413 414 416 41A 04 Input data Memory address (offset) 500 03 Input data Memory address (offset) 601 Output data Memory address (offset) 501 MOV CH, 00 INC SI MOV AL. [SI] DEC CL INC SI CMP AL. [SI] JNC 413 MOV AL. [SI] INC SI LOOP 40D MOV [600], AL HLT 02 501 03 602 502 C 08 502 04 503 503 03 503 05 504 04 604 504
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Related Book For
Computer Architecture A Quantitative Approach
ISBN: 978-0123704900
4th edition
Authors: John L. Hennessy, David A. Patterson
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