Question.5574 - 1. Compose a simple assembly language program to construct a high-level data structure, such as a stack or a linked list, that can be used to solve a common programming problem, like reversing a string or checking for balanced parentheses. 2. Explain the design and development process you followed. How does this project enhance your understanding of low-level programming concepts? 3. Summarize the benefits of using assembly language for implementing high-level data structures in solving such problems. Justify your answer with relevant examples.
Answer Below:
Assignment Activity Unit 7University of the PeopleCS 1105-01 - AY2026-T1Assignment Activity Unit 7Considering my understanding from weekly learning an...
Assignment xxxxxxxx Unit xxxxxxxxxx of xxx PeopleCS x - xx -T xxxxxxxxxx Activity xxxx Considering xx understanding xxxx weekly xxxxxxxx and xxxxx experience xx a xxxxxxxxxx level xxx stack xx assembly xx a xxxxxxx First-Out xxxxxxxxx implemented xxxxxxx dedicated xxx hardware xxxxxxxxx like xxx or xxx on xxxxx x x - xxxxxxxxxxxxx Employing xxxx or xxx instructions xxxxxxxxxxxx decrement xxxxxxxxx the xxxxx pointer xxxxx writing xxxxxxx value xx or xxxx the xxxxxxxx segment xxxxxxxxxx by xxx stack xxxxxxx register xxxxxxx on xxxxxxxxx with xxxxxx and xxxxxx s xxxxxxxx the xxxxxxxx abstraction xxxxxxxx supports xxxxxxxxx procedures xxxxx variable xxxxxxxxxx and xxxxxxxxx register xxxxxx core xxxxxxxxxx in xxxx lower xxxxx embedded xxxxxxx and xxxxxx level xxxxxxxx execution xxxxxx So xx this xxxxxxx every xxxxxxxxx of x string xx pushed xxxxxxxxxxxx onto xxx stack xxx the xxxxxx in xxxxxxx order xxxx is xxxxxxxxxxx reversing xxx string xxxxxxxxx to xxxxxxx a xxxxx on xxxxxxxxxxxxxx of x higher xxxxx abstract xxxx structure xxxxx at xxx microarchitectural xxxxx Sample x Assembly xxxxxxx NASM xxxxxx section xxxx inputStr xx Assembly xxx equ x inputStr xxxxxxxxx times xxx db xxxxxxx bss xxxx resb xxxxxxx text xxxxxx start xxxxx mov xxx inputStr xxxxxx pointer xxx ecx xxx Counter xxx string xxxxxx mov xxx outputStr xxxxxxxxxxx pointerpush xxxx mov xx esi xxxx character xxxx eax xxxx to xxxxx inc xxx loop xxxx looppop xxxx pop xxx Pop xxxxxxxxx from xxxxx mov xxx al xxx edi xxxx pop xxxx Exit xxxxxxx mov xxx syscall xxxx xor xxx edi xxxxxxxxxxxxx Harris xxxxxx Intel xxxxxxxxxxx of xxxxxxxxxxxxxxxxx considering xxxxxxxxx utilized xxx acting xx a xxxxxxx for xxxxx datasets xxxx like x source xxxxx register xxx acting xx a xxxxxxxxxxx pointer xxx outputs xxx serves xx a xxxx counter xxx EAX xx acting xxxxxxxxxxx for xxxxxxxxx character xxxxxxx secondly xxxxxx addressing xxxxx the xxxx utilizes xxxxxxxx indirect xxxxxxxxxx esi xxx in xxxxx to xxxxxxx and xxxxxxx characters xxxxx demonstrating xxx addressing xxxxx influence xxxxxxxxxxx execution xxxxxx Harris xxxxxx Thirdly xxxxxxxxxxx stack xxxxxxxxxx where xxxx decrements xxx stack xxxxxxx and xxxxxx bytes xx bit xxxx POP xxxxxxxxxx is xxxxxxxxxxxxx reversing xxx order xxxxx the xxxxxxxx supported xxxxxxxxxx map xxxxxxxx to xxxxxxxx stack xxxxxxxxxx without xxxxxxxxx heap xxxxxxxxxx or xxxxxxx arithmetic xxxxxx and xxxxxxxxxxx ProcessPhase xxxxxxxxxx ModelingIn xxxxx to xxxxxx a xxxxxx level xxxxxxxx structured xxxx a xxxxx in xxxxxxxx begins xxxx understanding xxx such xxxxxxxxxxxx are xxxxxxxxx by xxxxxxxxx microarchitecture xxxxx x xxxxxxxxxxxx offers x hardware xxxxx that xx dedicated xxxxxxx and xxxxxxx register xx SP xxx and xxxxxxxxxxxxxxxxxx circuits xxxxxxxx stack xxxxxxxx detection xxx segmentation xxxxxx automatically xxxxx So xxxxxxxxx we xxx mapping xxx abstract xxxx structure xxxxx ADT xxxx hardware xxxxxxxxx operations xxxxxxx push xxx micro-ops xxx microcoded xxxxxxxxx within xxx pipeline xxxxxxxxxx memory xxxxxx reads xx SP xxxxx automatically xxxxxxxxx the xxxxxxx Phase xxxxxx Layout xxx Data xxxx DesignThe xxxx section xxxxxxx input xxxxxx in xxxxxxxxxx memory xxxxxxx assembly xxxxxxxx direct xxxxxxx over xxxx addressing xxx layout xxxxxxxx with xxxxx line xxxxxxxxxx typically xxxxx to xxxxxxxxx cache xxxxxx on xxxxxx processors xxxx is xxxxxxxxxx memory xxxxxxxxxxxxx leading xx penalties xx aligning xxxx structure xxxxxxxx performance xxxxxx Harris xxxxx control xxxx utilizes xxx loops xxxx pop xxxxxxxxxx by xxx ECX xxxxxxxx reflecting xxxxxxxxx of xxxx unrolling xxx control xxxxxx prediction xxxxxxx in xxxxxxxx architecture xxxxxxx wherein xxxxx iteration xxxxxx predictable xxxxxxxx behavior xxxxxx branch xxxxxxxxxx units xxxxx Phase xxxxxxxxxx DebuggingCodes xxx tested xxxxxxx debugging xxxxx like xxx or xxxx s xxx step xxxxxxx mode xxxxxxxx observation xx register xxxxxx stack xxxxxxx transitions xxx memory xxxxxx observing xxxxx memory xxxxx every xxxx and xxx operation xxxxxxxx reinforces xxxxxxxxxxxxx of xxxxxxx stack xxxxxx mirroring xxx compilers xxx C xxxxxxxx and xxxxxxxxxx function xxxx frames xxxxxx Harris xxxxx Conceptual xxxxxxxx and xxxxxxxxxxxxx InsightsThe xxxxxxx bridges xxxxxxx hardware xxx programming xxxxxxxxxxxx providing xxxxxxxx understanding xx addressing xxxxx with xxxxxxxx direct xxxxxxxx indexed xxxx to xxx design xxxxxxxx data xxxxxxxxxxxxxx understanding xxx ASCII xxxxx are xxxxxx stored xxx moved xxxxxxx memory xxxxxxxxx wherein xxxxx resides xx L xxxxx repeated xxxx pop xxxxxxxxxx leveraging xxxxxxxx locality xxxxxx Harris xxxxx Then xxxxxxxxxxx pipelining xxxx short xxxxxx free xxxxx demonstrate xxx RISC xxxx instruction xxxxxxxxxx improving xxxxxxxxxx even xx CISC xxxxxxxxxxxxx like x call xxxxx and xxxxxxxxxx records xxxxxxxxx that xxxxxx level xxxxxxxxx or xxxxx variables xxx build xxxx the xxxx hardware xxxxx abstraction xxxxxxxx here xxxxxxxx of xxxxx Assembly xxx High-Level xxxx StructuresFirstly xx provides xxxxxxxx intimacy xxx performance xxxxxxx implementing xxxx structure xx the xxxxxxxx level xxxxxxx the xxxx cost xxxxx of xxxxxxxxxxx unlike xxxxxx level xxxxxxxxx that xxxxxxx memory xxxxxxxxxxxxx patterns xxx instruction xxxxxx assembly xxxxxx precises xxxxxxx over xxxxxxxx allocation xxxxxx layout xxx scheduling xxxxxxxxxxx leading xx measurable xxxxxxxxxxx improvements xxxxxxxxx Secondly xx manual xxxxxxxxxxxx push xx pop xxx memory xxxxxxxxxx students xxx gain xxxxxxxxx for xxx compilers xxxxxxxxx higher xxxxx constructs xxxx stack xxxx or xxxxxxxxx function xxxxx into xxxxxxxx sequences x believe xx will xxxx in xxxxxxxxx optimized xxxxxxxxx or xxxxxxxx accelerators xxxxxx Harris xxxxxxx drawing xx parallels xxxx Ciletti xxx Mano x insights xxxxxxxx based xxxxxxxx concretize xxxxxxxx architecture xxxxxxxx stack xxxxxx pipeline xxxxxx branch xxxxxxxxxx cache xxxxxxxxx and xxxxxxxxxxx the xxx Neumann xxxxxxxxx cycle xxxxx decode xxxxxxx write-back xxxx in xxxx aids xx knowing xx reason xxxxx instruction xxxxxxx and xxxx dependencies xxxxxxxxx lower xxxxx design xxxxxxxx required xx embedded xxxxxxx and xxxxxxx logic xxxxxxx Tanenbaum xxxxxx because xxxxxxxx enables xxxxxx address xxxxxxxxxxxx implementing xxxx structures xxxx to xxxxxx minimal xxxxxx overheads xxxxxxx a xxxxx implemented xx higher xxxxx languages xxxxx including xxxxx headers xxxx virtual xxxxxx the xxxxxxxx version xx purely xxxxx and xxxxxxxx ideal xxx resource xxxxxxxxxxx systems xxxx FPGAs xxxxxxxxx Influence xx Future xxxxxx DecisionsWithin xxx scope xx design xxxxxxxxx in xxx embedded xxxxxxx systems xxxxxxx memory xxx execution xxxx are xxxxxxx therefore xxxxxxxx based xxxx structures xxxxx deterministic xxxxxxxx while xx compiler xx OS xxxxxxxxxxx understanding xxxxx and xxxx mechanics xxxxxxx efficient xxxxxx management xxxxx in xxxxxxxxxxxxxxxxx co-design xxxxxxxxxxxx data xxxxxxxxxx directly xxxx the xxx providing xxxxxxxx into xxx higher xxxxx software xxxxxxxx tend xx influence xxxxxxxx designs xxxxx coherence xxx bus xxxxxxxxxxx In xxxxxxx by xxxxxxxxxxxx a xxxxx based xxxxxx reversal xx x xxxxxxxx the xxxxxxx translates xxxxxxxx data xxxxxxxxx theory xxxx concrete xxxxxxxxxxxxx operations xx linking xxxxxxx logic xxxxxxxxx CPU xxxxxxxxxxxxxxxxx and xxxxxx software xxxx that xxx exercise xxxxx to xxxxxxxxx deeper xxxxxxxxxxxxx of xxxxxxxxxx hierarchy xx memory xxx instruction xxxxxxxxx wherein xxxxxxxxxxxx theoretical xxxxxxxx architecture xxxxxxxx into xxxxxxxx measurable xxxxxxxxx within xxxx hardware xxxxxxxxx contexts xxxxxxxxxxxxxxx September xxxxx and xxx Architectures xxxxxxxx Developer xxxxxxx https xxx intel xxx content xxx us xx developer xxxxxxxx technical xxxxxxxxx htmlCiletti x D xxxx M x Digital xxxxxx Hoboken xxxxxxxxxxxxx Harris x L xxxxxx D xxxx Digital xxxxxx and xxxxxx computer xxxxxxxxxxxx textbook xx ACM xxxx Workshop xx Computer xxxxxxxxxxxx Education xxxx pp x IEEE xxxxxxxxx A x Structured xxxxxxxx organization xxxxxxx 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