협동분산시스템

건국대학교
임민규

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >컴퓨터ㆍ통신 >소프트웨어공학
강의학기

2018년 1학기

조회수

29,030

강의계획서

This class aims to provide fundamental principles and topics of collaborative distributed systems such as online game, social network systems, contents distribution systems, blockchain systems, and other client/server or p2p applications. The topics include how to design and develop distributed systems, what should be considered in order to solve problems due to communication delay, and what should be synchronized among communication entities.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

1. Introduction

차시별 강의

1.	1. Introduction	Goals
2.	1. Introduction	Types of distributed systems
3.	1. Introduction	Types of distributed systems( Scalability: Problems, Scaling techniques)
4.	1. Introduction	Types of distributed systems( Scalability: Problems, Scaling techniques)
5.	2. Architecture	Architectural styles, System architectures
6.	2. Architecture	System architectures
7.	2. Architecture	System architectures, Architectures vs. middleware, self-management in distributed systems
8.	3. Processes	Threads
9.	3. Processes	Threads, virtualization, clients
10.	3. Processes	Servers
11.	3. Processes	Servers, code migration
12.	3. Processes, 4. Communication	code migration, Overview, Fundamentals
13.	4. Communication	Fundamentals, remote procedure call
14.	4. Communication	Fundamentals, remote procedure call
15.	4. Communication	Fundamentals, remote procedure call, Message-oriented communication, stream-oriented communication, multicast communication
	4. Communication	Message-oriented communication, stream-oriented communication, multicast communication
	4. Communication, 5. Naming	multicast communication, Names, identifiers, and addresses
	5. Naming	Names, identifiers, and addresses, flat naming
	5. Naming	flat naming, structured naming
	5. Naming	structured naming, Attribute-based naming
	6. Synchronization	Clock synchronization
	6. Synchronization	Clock synchronization, Logical clocks
	6. Synchronization	Logical clocks
	6. Synchronization	Logical clocks, Mutual exclusion