| (1) Sinh vién nganh Ky thuat Mäy tinh có kha nang phan tich va thiét ké möt kién trúc mäy tinh só co bän. (2) Sinh vién nganh Khoa hoc Mäy tinh c6 kha nang thiét ké, cai tao cac hé thng phan mém sao cho hoat dng hiéu qua, phu hop vói kién trüc phan cung. This course provides a comprehensive coverage of the architecture and organization of a digital computer system, the relationship between the software and the hardware, performance analysis and evaluation at both of functional block level and system level. This course is a foundation course for Computer programs, inlcuding Computer Engineering and Computer Science. By the end of this course: 1) Students of Computer Engineering are able to design and implement a digital computer system with a basic architecture. 2) Students of Computer Science are able to design and develop software which runs effectively and appropriately on a given Computer Architecture. 4.2. Chuan dau ra hoc phan (Course learning outcomes) L.O.1 - Danh gia hiéu suat cúa mt may tinh dua vao cäc thong so cho truóc. (Estimate performance of a computer under given parameters) L.0.1.1 - Tinh toän duoc hiéu suat cua may (Calculate the machine's performance) L.O.1.2 - Phan biét duoc cac tham só CPI, Clock cycles, va IC Distinguish between CPl, Clock cycles, and IC : parameters L.O.1.3 - Trinh bay duoc cäc benchmark dung dé danh gia hiéu suat (Presents benchmarks used to evaluate performance) L.O.2 - Giai thich cäc lénh co ban trong kién trüc tap lénh. (Explain basic instructions in the instruction sets.) L.O.2.1 - Giai thich duoc cac lénh só hoc, luan ly, ré nhanh va chuyén dü liéu Can interpret arithmetic, logic, branching, and data transfer instructions L.O.2.2 - Thong dich duoc cac lénh hgp ngu sang ma may (Translating assembly language instructions into machine code L.O.2.3 - Viét duoc mot chuong trinh con don gian (Write a simple subroutine) L.O.3 - M ta nguyén täc va co ché thuc hién cäc lénh co bän cüa mäy tinh (Describe the principles and working mechanism of a processor) L.O.3.1 - Trinh bay duoc co ché xü ly cac lénh theo mo hinh don chu ky (Describe the mechanism for processing instructions according to the single-cycle model) L.0.3.2 - Trinh bay dugc co ché xú ly cäc lénh theo m hinh xu ly óng (Presenting the mechanism for processing instructions according to the pipe processing model) L.0.3.3 - Nhan dang dugc các rúi ro khi xur ly mt doan chuong trinh vói co ché xú ly óng (Identify the risks when handling a program segment with pipe handling) L.O.4 - M ta nguyén täc va co ché hoat döng cüa tö chúrc phan tang bö nh6 (Describe the principles and working mechanism of memory hierarchy ) L.O.4.1 - Trinh bay dugc nguyén täc tö chúc bö nhó dém theo cäc phuong phap khäc nhau (Present the principle of organizing cache memory in different methods) L.0.4.2 - Tinh toan duoc kich thuóc bö nhó dém vói các thöng só vá phuong pháp to chúc cu thé (Calculating cache size with specific organization parameters and methods) L.O.4.3 - Trinh bay duoc mói quan he giua các lóp b nh6 dém, bö nh6 chinh va b nh6 thú cäp (Describe the relationship between cache memory, main memory, and secondary memory L.O.5 - Viét chuong trinh dé giai quyét möt vän dé don gian (Write small programs and fragments of codes to demonstrate an understanding of machine level operation.) L.O.5.1 - Viét chuong trinh don gian bang hgp ngú dé tuong tac vói ngui sú dung ( Write a simple program in assembly language to interact with the user L.0.5.2 - Viét chuong trinh don gian bang hop ngu dé hién thuc mt giái thuat co ban Write a simple program in assembly language to implement a basic algorithm 5. Phuo'ng thuc giang day va hoc tap (Teaching and assessment methods) 5.1. Phuo'ng thúrc giang day (Teaching methods) 1 |