DISTRIBUTED AND HIGH-PERFORMANCE COMPUTING Chapter 9 : Distributed Computing.
Distributed Computing
description
Transcript of Distributed Computing
Universiti Utara Malaysia
Distributed Computing
Universiti Utara Malaysia
First ClassWelcome to Distributed Computing
Class
Course Code : STIJ 3063 / 3064
Pre-Requisite : STIJ 2013 & STID 3013
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Synopsis
This course discusses the basic concepts and techniques as well as the management aspect of distributed computing within the distributed computing environment. This course emphasizes on inter-relationships between networks, client-server systems, distributed applications and open system standards. It can be used as guide to modern distributed computing platforms.
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Objectives
Understand the fundamental principles of distributed computing, concept and client server environment.
Understand the concepts of operating systems, distributed database management and distributed file systems
Acquire knowledge in the design and technology of distributed applications.
Know the essential issues of distributed computing environment
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Learning Outcomes Discuss Distributed Computing reference model Evaluate appropriate client server environment Identify trends in distributed computing Discuss the fundamentals concept of processes, fault tolerance,
Synchronisation, Distributed Management and Distributed Objects
Evaluate the mechanism used in Synchronisation, Transaction processing and Distributed Objects
Identify security issues in a Distributed Network Analyze inter-process communication issues applicable to
distributed systems and show what kind of communication semantics is applied in well known distributed systems
Design and implement distributed applications in two different distributed computing environments
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References Colouris, G., Dollimore, J., & Kindberg, T. (2005). Distributed
Systems: Concept and Design (4th Ed). Singapore: Addison-Wesley.
Andrew S. Tanenbaum, & Maarten Van Steen. (2007). Distributed Systems: Principles and Paradigms (2nd Ed). NJ: Pearson Prentice Hall.
Amjad Umar. (1997). Object-Oriented Client/Server Internet Environments. NJ: Prentice Hall.
Stallings, W. (2007). Data and Computer Communication (8th Ed). Singapore: Pearson Prentice Hall.
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Course Content
Refer to handout
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Assesment
Coursework 60%Mid Term ExamAssignment 1Assignment 2 ( quiz + tutorial )
Final Exam 40%
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Lecturer LECTURER INFORMATION
Name : Mr Ahmad Tajudin Baharin
Email : atajudin [at]uum.edu.my tajudin.uum[at]gmail.com
Phone : 049284726
Room : 3075 (FTM)
Contact Hour: Sunday 1230 – 1400
Wednesday 1230 – 1400
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Lecture
Week 1 = 30/12Week 2 = 3/1(holiday) & 6/1Week 3 = 10/1 & 13/1Week 4 = 17/1 & 20 /1Week 5 = 24/1 & 27/1Week 6 = 3/2 & 7/2Week 7 = 10/2 & 14/2 (holiday)
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Lcture…. cont
Week 8 = 17/2 & 21/2Week 9 = 24/2 & 28/2Week 10 = 3/3 & 7/3Week 11 = 10/3 & 14/3Week 12 = 17/3 & 21/3Week 13 = 24/3 & 28/3Week 14 = 31/3 & 4/4
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Assignment (Individual Presentation )Find a white paper (journal paper) related to
distributed computing,Summarize, and present The content of your presentation include :
Title Introduction Problem statement Literature Review Methodology Conclusion References Etc..
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