Assalamualaikum.
Yoooo, wasap.
Erm, blog ni aku wat sbb nk buang masa je.
Dalam blog ni insyaallah, kalau bleh aku nk tolong bdak2 cs110 lebih paham tentang course2 yang start dgn 'CSC' dalam syllabus.
Blog ni insyaallah akan cover definition, explanation, contoh2, dan mungkin contoh jwpn utk past years.
Korg, pembaca bleh gak la kalau nk request mintak contoh jwpn utk test korg ke, tak paham assignment ke.
Insyaallah, aku cuba tlg.
Projek? Boleh gak kot. Tapi korg kena bagi contoh ah apa yg korg nk buat.
At least ada blue print skit, and jgn laa mintak aku wat dri scratch lak :))
Untuk yg request contoh jwpn tu, selain dr subjek 'CSC', request utk 'MAT' akan dipertimbangkan.
Bukan taknak, cuma byk yg dh lupa, boleh jee revise balik skit nk tlg korg.
So, untuk cuti sem ni, aku akan start dgn part 1 punya subjek dulu lah kot.
Harap2 dapat habes sebelum start kuliah budak2 dip, hoho~~~
Plan aku bila budak2 dip dah start kuliah, aku boleh start entry utk subjek part 2 dgn part 4.
Untuk tlg Jr2 aku kt kampus Arau~~
Insyaallah.
Doa2kan blog ni berjaya.
Sekian.
Assalamualaikum.
sentiasa doakn hehehe.. boleh le dpt jwpn free.. :P
ReplyDeleteTuan punya blog boleh bantu saya ..
ReplyDeletedalam subjek CSC159 yang susah untuk difahami
tambahan pula 4 jam kredit.
@fr8
ReplyDeleteInsyaallah bleh. Mintak tolong emelkn kt aku softcopy course outline kalau ade. Sepatutnye lect dh bg benda tu awal2 sem, yang ada tulis week apa blajar topik apa tu. Senang sikit aku fokus topic by topic. Boleh? Meantime, aku sendiri tgh cari brg2 lama aku.
This comment has been removed by the author.
ReplyDeleteSyllabus CSC159
ReplyDeleteDuration Detail Reference
Topic 1
Introduction
1.1 Evolution of computer architecture:
1.2 Stored Program Concept – Characteristics of Von Neumann Machine Englander
Topic 2
Numbering System
2.1 Numbering Representation – Hexadecimal, Octal
2.2 Converting between bases – Hexadecimal, Octal, Binary
2.3 Arithmetic operations (+, -) – Hexadecimal & Octal
2.4 Floating point Format using IEEE – Hex – IEEE
(single precision)
Topic 3
Computer Organization
3.1 Microprocessor architecture
3.1.1 Processor : CU, ALU, Instruction Decoder
3.1.2 Registers : PC, IR, address, data, flag(status reg)
3.1.3 Clock
3.2 Memory
3.2.1 Types of memory
3.2.2 Memory capacity
3.2.3 Memory operation – read/write
3.2.4 Memory I/O architecture
3.3 CPU – Memory I/O architecture
3.3.1 Bus
3.3.2 Bus architecture & characteristics
3.3.3 Channel architecture
3.3.4 I/O modules
3.4 Instruction cycle
3.4.1 Fetch, decode, execute
Topic 4
Interrupt & Stack
4.1 Interrupt – Polling
4.1.1 Concept Interrupt – hardware, software
4.1.2 Interrupt service
4.1.3 Usage of interrupt
4.1.4 Multiple interrupts & prioritization
4.2 Stack
4.2.1 Function of stacks – interrupt, subroutine
4.2.2 Stack operation – push, pop
4.2.3 Examples – multiple interrupts & subroutine
Topic 5
Modern Computer System
5.1 CPU Processing Methods
Pipelining, Super Scalar, RISC, Multiprocessing
5.2 Memory enhancements – cache
5.3 Virtual storage – overview
Topic 6
Assembly
(Lab session throughout the semester)
Textbook : The Architecture of computer Hardware & Software Irv Englander, John Wiley, 2000.
Reference Books :
1. Computer organization L Harmacher, Vranesic, Zaky, Mc Graw Hill.
2. Computer Organization and Architecture : Designing for performance, William Stalling, Prentice hall.
3. Computer System Architecture : Morris Mano, Prentice Hall.
4. Structured Computer Organization: Tanenbaum.