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Materi mencakup struktur internal CPU, mekanisme pipelining, hierarki memori, analisis kinerja sistem, serta penerapan pada perancangan sistem informasi modern. Selain itu, dibahas implementasi praktis seperti spesifikasi server, analisis Total Cost of Ownership (TCO), pengolahan data, manajemen cache, virtual memory, komunikasi I/O, teknologi DRAM modern, representasi data, serta standar IEEE 754 dan multi-core processor.",{"@graph":51,"@context":109},[52,68,88],{"@type":53,"itemListElement":54},"BreadcrumbList",[55,59,62,65],{"item":56,"name":57,"@type":58,"position":9},"https://docshare.wps.com","Home","ListItem",{"item":60,"name":10,"@type":58,"position":61},"https://docshare.wps.com/id/template/",2,{"item":63,"name":39,"@type":58,"position":64},"https://docshare.wps.com/id/template/umum/",3,{"item":66,"name":47,"@type":58,"position":67},"https://docshare.wps.com/id/template/computer-organization-and-architecture-concepts-analysis-and-implementation/668691/",4,{"url":66,"name":47,"@type":69,"image":70,"author":75,"headline":47,"publisher":78,"fileFormat":81,"inLanguage":45,"description":49,"dateModified":82,"datePublished":82,"encodingFormat":81,"isAccessibleForFree":83,"interactionStatistic":84},"DigitalDocument",{"url":71,"@type":72,"width":73,"height":74},"https://docshare.wps.com/thumbnails/computer-organization-and-architecture-concepts-analysis-and-implementation/668691.png","ImageObject",442,249,{"name":76,"@type":77},"moss~","Person",{"url":56,"name":79,"@type":80},"DocShare","Organization","application/pdf","2026-10-31",true,{"@type":85,"interactionType":86,"userInteractionCount":4},"InteractionCounter",{"@type":87},"ViewAction",{"@type":89,"mainEntity":90},"FAQPage",[91,97,101,105],{"name":92,"@type":93,"acceptedAnswer":94},"Apa fokus utama buku mengenai organisasi dan arsitektur komputer?","Question",{"text":95,"@type":96},"Buku berfokus pada konsep dasar organisasi dan arsitektur komputer secara sistematis, termasuk struktur internal CPU, pipelining, hierarki memori, serta analisis kinerja dan penerapannya dalam perancangan sistem informasi modern.","Answer",{"name":98,"@type":93,"acceptedAnswer":99},"Bagaimana buku membahas pipelining dan hazard pada CPU?",{"text":100,"@type":96},"Buku menjelaskan konsep pipelining untuk meningkatkan throughput, tahapan pipeline (IF, ID, EX, MEM, WB), identifikasi serta penanganan hazard (structural, data, control hazard), termasuk teknik lanjutan seperti branch prediction dan out-of-order execution.",{"name":102,"@type":93,"acceptedAnswer":103},"Materi apa saja yang dibahas terkait memori dan kinerja?",{"text":104,"@type":96},"Buku membahas hierarki memori dan manajemen cache (prinsip lokalitas, teknologi cache, analisis AMAT), virtual memory (paging, page table, peran TLB), serta komunikasi I/O (polling, interrupt-driven, dan DMA).",{"name":106,"@type":93,"acceptedAnswer":107},"Apakah buku membahas representasi data dan standar floating-point?",{"text":108,"@type":96},"Ya. Buku membahas representasi bilangan bulat bertanda (2’s complement), floating-point IEEE 754, algoritma perkalian Booth, operasi logika biner, serta standar IEEE 754 termasuk kasus khusus NaN/Infinity dan analisis rounding error.","https://schema.org",{"og:url":66,"og:type":111,"og:title":47,"og:site_name":79,"og:description":49},"article",{"robots":113,"canonical":66},"index,follow",{"doc_id":115,"site_id":44},668691,1793490902,{"code":4,"msg":5,"data":118},{"doc_id":115,"user_id":119,"nickname":76,"user_avatar":120,"doc_module":9,"category_id":38,"category_name":39,"doc_title":47,"doc_description":49,"doc_content":121,"file_id":122,"file_url":123,"file_type":124,"file_size":125,"view_count":4,"is_deleted":4,"is_public":9,"is_downloadable":9,"audit_status":9,"page_count":126,"language":127,"language_code":45,"site_id":44,"html_lang":45,"table_of_contents":128,"faqs":129,"seo_title":130,"seo_description":49,"update_tm":116,"read_time":131},962090895452,"https://ap-avatar.wpscdn.com/davatar_a8503ba1806abce46bf441b54a3ca4cd","Organisasi danArsitektur Komputer: Konsep, Analisis, dan Implementasi  \nPenulis :  \nMuhammad Rasyidan, S.E., M.Kom  \nEditor :  \nAntoni Pardede, S.Si., M.Si., Ph.D  \nTata Letak:  \nAbdurrahman Sidik, M.Ds  \nDesain Sampul:  \nM. Fikri Ansari, S.Kom  \nPenerbit :  \nUniversitas Islam Kalimantan Muhammad Arsyad Al-Banjari Banjarmasin  \nRedaksi :  \nJl. Adhyaksa No. 2 Kayutangi Banjarmasin 70123  \nCetakan Pertama : April 2026  \nISBN: 978-623-8189-80-9  \nHak Cipta dilindungi undang-undang  \nDilarang memperbanyak karya tulis ini dalam bentuk dan dengan cara apapun tanpa izin tertulis dari penerbit. Isi diluar tanggung jawab penerbit.  \nAssalamualaikum warahmatullahi wabarakatuh,  \nPujisyukur penulispanjatkan kehadirat TuhanYang Maha Esa atas rahmat dan karunia-Nya, sehingga buku berjudul“Organisasi dan Arsitektur Komputer: Konsep, Analisis, dan Implementasi” dapat diselesaikan denganbaik.  \nBuku ini disusun sebagai referensi akademik yang membahaskonsep dasar Organisasi dan Arsitektur Komputer secara sistematis. Sejalan dengan pendekatan Outcome-Based Education (OBE), buku ini tidak hanya membahas struktur internal CPU, mekanisme pipelining, dan hierarki memori, tetapi juga memberikan analisis terkait kinerja sistem sertapenerapannya dalam perancangan sistem informasi modern.  \nSelain itu, buku ini jugamembahas aspek implementasipraktisseperti perumusan spesifikasi server, analisis Total Cost of Ownership (TCO), serta konsep pengolahan data dalam sistem komputasi.  \nPenulis berharap buku ini dapat menjadi panduan bagi mahasiswa dan pembaca dalam memahami bahwa kinerja sistem informasi sangat bergantung pada arsitektur komputer yang mendasarinya.  \nKritik dan saran yang membangun sangat diharapkan untuk penyempurnaan buku ini di masa mendatang.  \nWassalamualaikum warahmatullahi wabarakatuh.  \nBanjarmasin, April 2026  \nPenulis  \nKATA PENGANTAR ..................................................... iiii  \nDAFTAR ISI ................................................................... iv  \nBab 1 Pendahuluan dan Evolusi Sistem Komputer ........ 2  \n1.1. Sejarah dan evolusi komputer dari Generasi Ihingga V................................................................... 2  \n1.2. Perbedaan mendasarArsitektur Von Neumann vs. Harvard.............................................................. 5  \n1.3. Komponen utama sistem komputer (CPU, Memori, I/O) ........................................................... 7  \nBab 2 Struktur Internal dan Operasi CPU .................... 10  \n2.1. Organisasi Register File (PC, IR, MAR, MDR, ACC) ....................................................................... 10  \n2.2. Mekanisme Siklus Instruksi: Fetch, Decode, Execute, Writeback................................................12  \n2.3. Analisis Data Path dalam pemrosesan instruksi..................................................................14  \nBab 3 Pipelining dan Hazard CPU .................................17  \n3.1. Konsep pipelining untuk meningkatkan throughput............................................................. 17  \n3.2. Tahapan pipeline (IF, ID, EX, MEM, WB)......19  \n3.3. Identifikasi dan penanganan hazard: Structural, Data, dan Control Hazard..................21  \n3.4. Teknik tingkat lanjut: Branch prediction dan Out-of-Order Execution........................................ 26  \nBab 4 Klasifikasi Arsitektur RISC vs. CISC ..................30  \n4.1. Karakteristik set instruksi, mode pengalamatan, dan format instruksi .............................................. 30  \n4.2. Studi komparasi: x86 (CISC) vs. ARM/RISC-V (RISC).................................................................... 32  \nBab 5 Bahasa Assembly dan Analisis Kinerja .............. 35  \n5.1 Dasar instruksi assembly (Data transfer, Aritmatika, Control flow) ...................................... 35  \n5.2 Penghitungan performa: Cycles Per Instruction (CPI) dan waktu eksekusi CPU (TcPU) .................... 37  \nBab 6 Hierarki Memori dan Manajemen Cache ............","cbCaihLzpSAAr0G0","https://ap.wps.com/l/cbCaihLzpSAAr0G0","pdf",1845399,138,"Indonesian","# Kata Pengantar\n# Daftar Isi\n## Bab 1 Pendahuluan dan Evolusi Sistem Komputer\n## Bab 2 Struktur Internal dan Operasi CPU\n## Bab 3 Pipelining dan Hazard CPU\n## Bab 4 Klasifikasi Arsitektur RISC vs. CISC\n## Bab 5 Bahasa Assembly dan Analisis Kinerja\n## Bab 6 Hierarki Memori dan Manajemen Cache\n## Bab 7 Virtual Memory dan Komunikasi I/O\n## Bab 8 Teknologi DRAM Modern\n## Bab 9 Representasi Data dan Aritmatika Biner\n## Bab 10 Standar IEEE 754 untuk Floating-Point\n## Bab 11 Multi-Core Processor dan P","[{\"question\":\"Apa fokus utama buku mengenai organisasi dan arsitektur komputer?\",\"answer\":\"Buku berfokus pada konsep dasar organisasi dan arsitektur komputer secara sistematis, termasuk struktur internal CPU, pipelining, hierarki memori, serta analisis kinerja dan penerapannya dalam perancangan sistem informasi modern.\"},{\"question\":\"Bagaimana buku membahas pipelining dan hazard pada CPU?\",\"answer\":\"Buku menjelaskan konsep pipelining untuk meningkatkan throughput, tahapan pipeline (IF, ID, EX, MEM, WB), identifikasi serta penanganan hazard (structural, data, control hazard), termasuk teknik lanjutan seperti branch prediction dan out-of-order execution.\"},{\"question\":\"Materi apa saja yang dibahas terkait memori dan kinerja?\",\"answer\":\"Buku membahas hierarki memori dan manajemen cache (prinsip lokalitas, teknologi cache, analisis AMAT), virtual memory (paging, page table, peran TLB), serta komunikasi I/O (polling, interrupt-driven, dan DMA).\"},{\"question\":\"Apakah buku membahas representasi data dan standar floating-point?\",\"answer\":\"Ya. Buku membahas representasi bilangan bulat bertanda (2’s complement), floating-point IEEE 754, algoritma perkalian Booth, operasi logika biner, serta standar IEEE 754 termasuk kasus khusus NaN/Infinity dan analisis rounding error.\"}]","Organisasi dan Arsitektur Komputer - Konsep, Analisis, dan Implementasi | PDF",48]