The MBC information booklet - RMIT University

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$journal of latex class files, vol. 6, no. 1, january ... - RMIT University$

Chapter 7: Networked & Distributed Systems 7.2 Courses 7.2.1 COSC1174— Advanced Client/Server Architectures 34 • COSC1176—Network Programming (see page 35) • COSC2107—Network Security (see page 36) • INTE2401—Secure Programming Environments (see page 36) Students who wish to take this cluster must have completed the equivalent of: • COSC1112 Operating Systems • COSC1295 Java for Programmers • COSC2061 Foundations of Data Communications and Networks NOTE: Students who wish to do the entire cluster MUST also have done or studied the equivalent of COSC2061 Foundations of Data Communications and Networks and COSC1112 Operating Systems, and be very familiar with Unix. At the end of this cluster, a student will be able to design and implement advanced applications, such as client-server or distributed database applications, using the most existing advanced software products. Details about the Networked & Distributed Computing Cluster or the Networked & Distributed Computing Research Group can be found on the School’s website. Note: This is a Masters-level course. Aim This course covers theoretical and technical aspects of advanced distributed systems, such as CORBA and Web Services. Specifically, this course covers the core elements of such advanced systems, including the underlying communication protocols (e.g. IIOP and SOAP) and some major services (e.g. trading and transaction services). A few other advanced issues, such as caching and load balancing, are also covered in depth. Finally, this course also covers issues and solutions related to the design and the implementation of large-scale distributed heterogeneous applications. JacORB and SOAP implementations are used to illustrate the implementation of different concepts related to CORBA and SOAP. Objectives At the conclusion of this course, students should be able to: • understand the different basic concepts related to client server technology; • understand advanced client/server architectures; • understand the underlying principles of distributed object systems; • understand the underlying concepts related to Web Services; • understand the major issues and solutions provided by distributed object systems; • design and implement distributed applications using JacORB and SOAP. Prerequisites • COSC1195 Foundations of Distributed Computing • COSC1295 Java for Programmers Syllabus • Introduction to CORBA • Basics of CORBA • Portable Adapters • Caching • Load Balancing • Trading Service • Transaction Service • SOAP • Web Services (i.e. UDDI, WSDL)
7.2.2 ISYS1095— Distributed Databases 7.2.3 COSC1170— Foundations Distributed Computing 7.2.4 COSC2304— Mobile and Wireless Computing 7.2.5 COSC1176— Network Programming Note: This is a Masters-level course. Course Description Chapter 7: Networked & Distributed Systems To provide students with an understanding of distributed technologies as they are used in the enterprise, including the distribution of data, services and enterprise knowledge. The course focuses on enterprise integration along these dimensions, from a systems and software architecture points of view. This includes issues such as distributed databases, integration of legacy systems, enterprise integration and distributed systems architecture. The discussion includes implementation issues in the context of distributed applications engineering. The course includes discussion of the existing and emerging technologies on software engineering for distributed systems. Students will develop a project that may include using Oracle, Java, JDBC, Java RMI, and Java JMS. Pre-requisite Courses and Assumed Knowledge and Capabilities • Students are expected to have completed a degree or diploma in Computer Science or Computing, which includes object-oriented programming (preferably Java), software engineering, data communications and databases. In addition, students will require knowledge, as evidenced by formal courses or industrial experience, of database theory and practice that includes data modelling, the relational model, relational database implementation, SQL, transaction processing and concurrency control. • The above pre-requisite knowledge is covered in ISYS1055 Introduction to Database Systems and one of COSC1295 Java for Programmers or COSC1252 Object-Oriented Programming. For more information on the course, go to www.rmit.edu.au/courses2006/004194. Note: This is a Masters-level course. Course Description The course is an introduction to distributed computing. It discusses the basic principles and concepts used in distributed systems. The course assumes a general knowledge of computers, and the assignments will need basic C programming skills and working in a Unix environment. The assignments are to illustrate the material from different aspects, such as programming in a distributed environment, doing research on a specific topic, and solving/understanding theoretical problems. Pre-requisite Courses and Assumed Knowledge and Capabilities • C programming, typically taught in COSC1283 Programming Techniques • Working knowledge of Unix, typically taught in COSC1112 Operating Systems For more information on the course, go to www.rmit.edu.au/courses2006/004192. The description for this course can be found on page 26. Note: This is a Masters-level course but is available to GDips. Course Description The course is an introduction to programming applications that use computer networks. The operation and characteristics of major computer networks are studied because of their strong influence on programming interfaces (APIs) and application design. Most programming will be undertaken in the 'C' language. Pre-requisite Courses and Assumed Knowledge and Capabilities • Programming: • COSC1283 Programming Techniques or equivalent knowledge of C language programming. It is very important that the student be a competent C or C++ programmer. 35
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