Course Computer Science Academic year 2012/2013 Subject Distributed Systems ECTS 6

Transcription

1 Course Computer Science Academic year 2012/2013 Subject Distributed Systems ECTS 6 Type of course Compulsory Year 3º Semester 2st sem Student Workload: Professor(s) Rui Pedro Marques Pereira Total 168 Contact 105 Coordinator of Department Prof. António Martins Planned SD 1. LEARNING OBJECTIVES O1 - Develop Java applications and programming networks O2 - Recognize and implement Inter-Process Communication: Client Server Environment O3 - Recognize and implement Communication Group, Remote Procedure Call (RPC). O4 - Characterize the Distributed File Systems: Functionality, interface and implementation of file servers. O5 - Analyze Distributed Operating Systems: Kernels, Threads, Names and protection. O6 - Analyze data replication: Consistency, order, performance, robustness. 2. PROGRAMME 1. INTRODUCTION TO DISTRIBUTED SYSTEMS 1.1. Determinants of evolution 1.2. Problems and advantages introduced by distribution 1.3. System Architecture 1.4. Hardware architectures 2. COMMUNICATION IN DISTRIBUTED SYSTEMS 2.1. Support communication 2.2. Distributed communication model 3. PROGRAMMING OF COMMUNICATION 3.1. Communication Model 3.2. Distributed Communication 4. REMOTE PROCEDURES 4.1. Introduction to Model Página 1

2 4.2. Interface Specification Services 4.3. RPC system architecture 5. MANAGEMENT OF NAMES 5.1. Objective name management 5.2. Basic concepts 6. SECURITY IN DISTRIBUTED SYSTEMS 6.1. Introduction 6.2. Authentication in distributed systems 7. DISTRIBUTED PROGRAMMING 7.1. Concurrent Programming Using Java Threads 7.2. Distributed programming using Java Sockets 7.3. Development multithreaded servers 7.4. Distributed Programming with Java RMI 7.5. Web Development using Servlets, JSPs and JavaBeans 7.6. Programming Web-Services 3. COHERENCE BETWEEN PROGRAMME AND OBJECTIVES 1 - Content 3, 4, 6 and 7 are consistent with Objective 1 because they allow for development of applications in Java and programming networks. 2 - Contents 1, 2, 3, 4, 5 and 6 are consistent with Objective 2 to recognize and implement Inter-Process Communication: Client Server Environment. 3 - Content 4 is consistent with Objective 3 which deals with characterizing and implementing Communication Group, Remote Procedure Call (RPC). 4 - Items 2, 3, 5 and 6 are consistent with Objective 4 because they permit characterization of the Distributed File Systems: Functionality, interface and implementation of file servers. 4 - Items 2, 3, 5, 6 and 7 are consistent with the Objectives 5 and 6, which deal with Distributed Operating Systems: Kernels, Threads, Names and protection, and data replication: Consistency, order, performance, robustness. 4. MAIN BIBLIOGRAPHY Notes supplied by teachers and made available on the course page Página 2

3 José Cardoso, Programação de Sistemas Distribuídos em JAVA, FCA - Editora de Informática, Lda., Maio George Coulouris, Jean Dollimore, Tim Kindberg and Gordon Blair, Distributed Systems - Concepts and Design (5th Edition), Addison-Wesley, 2011 Andrew S. Tanenbaum, Modern Operating Systems (3rd edition), Prentice-Hall, Inc., 2007 José Alves e Paulo Guedes, Tecnologia de Sistemas Distribuídos (2ª edição revista), FCA - Editora de Informática, Lda., Cota: MAR Andrew S. Tanenbaum, Distributed Operating Systems, Prentice-Hall, Inc., Cota: TAN Sape Mullender, Distributed Systems (Second Edition), Addison-Wesley, Cota: DIS John Blomer, Power Programming with RPC, O'Reilly & Associates, inc., TEACHING METHODOLOGIES (INCLUDING EVALUATION) Teaching Methodology 1- Lecture 2- Interactive Lesson 3- Problem-solving 4- Project Work Evaluation Test and Normal Exam: Theory: 8/20 (Minimum 6/20) Practical Assignment: 12/20 (Minimum 10/20) Página 3

4 Recourse Examination: Theory: 8/20 (Minimum 6/20) Practical Exam or Practical Assignment: 12/20 (Minimum 10/20) The Practical Assignment (with a compulsory individual presentation/discussion) can be submitted for any of the testing periods on dates to be defined. 6. COHERENCE BETWEEN TEACHING METHODOLOGIES AND OBJECTIVES 1. Lectures are consistent with the objectives due to the need to provide students with the theoretical, including concepts related to distributed systems, programming, communication, management and secure naming. 2. Interactive Lessons are consistent with the objectives for student/teacher interaction to help students learning the concepts in addition to the introduction of new ideas, perspectives and solutions that can be applied both in the analysis and implementation of distributed solutions. 3. Problem solving is consistent with the objectives for the application of theoretical concepts to realistic practical exercises, related to the subject matter taught and its consolidation, highlighting student expertise/know-how. 4. Project work is consistent with the goals since the work covers the development of distributed systems, through all phases of software conception, by requiring the practical application of all concepts covered throughout the semester to a realistic new situation. 7. CONTACTS AND OFFICE HOURS Rui Pereira, rpereira@ipg.pt, Gab. 2 (ESTG) Date: 28 November 2012 Coordinator of Department Professor Name Página 4

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