Nguyễn Đăng Quang

1. Syllabus Link to syllabus 2. References Lecture notes (will be provided weekly) Textbook (1)  Computer Network 5 th  Edition ,  Tanenbaum / Wetherall , Prentice-Hall,  ISBN-10: 0132126958 • ISBN-13: 9780132126953 (2)  Computer Networking Illuminated , Diane Barrett/Todd king, JONES AND BARTLETT PUBLISHERS, ISBN 0-7637-2676-1 (3)  Computer Network, A Top-Down Approach 6th Edition , James F. Kurose, Keith W. Ross, Pearson, ISBN-13: 978-0-13-285620-1  Web : http://tcpipguide.com/ Video resource  for textbook (1) https://youtu.be/pI0SZRm2hT8 4. Pedagogy and Grading + Pedagogy: To motivate the student, then enhance cognitive development, the student will be asked to read materials in advance at home. During class hours, the student will have to answer questions, do exercises, practicing lab to clarify theoretical aspects of learning subject. + Grading: 50%: Projects + Labs + Excercises  50% Final Quiz (closed book) Online link:  https://meet.google.com/qmq-xyrq-azb

  The evolution of computer history Von Neumann (IAS) computer The Moore’s Law, Memory wall Microprocessor speed techniques (Pipelining, Branch Prediction, Speculative Execution, Dataflow analysis) Performance balance Performance assessment Power consumption (active, static) Iron law of performance CPI, MIPS, Execution time of program Amdahl’s law Lecture notes

 Computer Architecture & Assembly language Chapter 04: Central Processing Unit - download Chapter 05: Data representation - download Chapter 06: NASM Basics - download        Lab #1: gdb tutorial     Lab #2: Linux assembly      Lab #3: Instructions

Chapter 1: Introduction Uses of computer Network hardware (transmission technologies, scale) Network software (Protocol, protocol stacks, design issues, connection-oriented vs connectionless) Reference models (OSI, TCP/IP) Example Standardization Project 802 Home work Read Chapter 1 of (1) from page 1 to 88, give an explanation to concepts and answer questions in  the review sheet  Lecture notes Chapter 2: Link-layer & Ethernet I. Link layer functions and Terminologies    1. Terminology, Frame transmission    2. MAC & LLC Sublayers    3. Multiple Access protocol        + Links: (Broadcast, PPP)        + MAC protocols: (Channel partitioning, Random access, Token ring) II. Ethernet    1. Timeline (https://ethernethistory.typepad.com)     2. Topologies ( youtube )    3. CSMA/CD    4. Frame ( youtube video )  III. Ethernet Network Devices    1. Hubs (Physical repeaters)    2. Cable & Connector    3. Gigabit Ethernet (G

Hướng dẫn dạy - học  (đề cương) Bài tập Bài giảng chương 1->3 , các chương còn lại

1. Course description This course provides students with the foundational knowledge of computer network developing through layers of reference models from the Link, Network, Transport, Session, Presentation and Application layer. The protocols and services of each layers are throughly discussed, and network security will also be learned. 2.     Course Goals -         Explain the importance of reference models in the computer network subject matter; -     E xplain the transmission of data over the network aligning with network protocols through procol stack, the data unit at each layer such as datagrams, packets or frames; -         Explain the functions and characteristic of protocols in TCP/IP protocol suite; -         Analyze network data unit at frame (Ethernet), packet (IP) and TCP Stream level; -         Explain the various aspects of network security and underlying technologies; -         Install and Configure common services at application layer; -         Dem