This course has three major objectives. First, it is designed to introduce students to the principles underlying distributed computing and the design of distributed systems. Second, it aims to provide students with the opportunity to exercise these principles in the context of real applications by having the students use technologies such as XML, SOAP, Web services, and JEE-based application servers. Finally, it seeks to endow students with the capacity to analyze, design, evaluate and recommend distributed computing solutions skills in response to business problems.
- Distributed computing architectures: P2P, client server
- Inter-process communication
- Distributed objects and remote invocation
- Naming and Name services
- Time and Global State Management
- Transactions and Concurrency control
- Distributed Transactions
Material on principles of distributed systems will be taught from books such as Tannenbaum and Steen or the Coulouris et al. book on Distributed Systems.
Internet-enabled Distributed Computing Technologies
Application Server architectures: JEE
Extensions of the Java Distributed Object model and the DCOM Component-based architectures
WSDL, UDDI, SOAP, XML
HTTP-based RPC combined with standards for interface definition and naming.
Discussion and application of select APIs from the API layer of the JEE architecture to illustrate distributed transactions, middleware access protocols (MQ Series API), and Messaging services (JMS).
Project oriented teaching with implementation components to get students hands on skills with JEE frameworks.
Describe the non-functional characteristics of distributed applications and differentiate between different types of middleware systems.
Design, implement, and deploy distributed systems using the prevalent models of web applications, web services, remote objects, and asynchronous messaging.
Understand the function and interplay of network protocols from ARP to application protocols that enable distributed systems on the Internet.
Demonstrate the technical ability to code solutions with core networking protocols.
Program solutions to run on all ranges of devices, including mobile, desktop, and cloud-based servers.
Understand the Network File System (NFS), the Andrew File System (AFS), and the Hadoop Distributed File System (HDFS)
Understand the challenge of time in a distributed system, and implement a means of assessing a distributed system's state.
Understand transactions and implement a two phase commit protocol.
Describe the difference and similarities between symmetric key and asymmetric key cryptography.
Describe the reasoning behind each step of several cryptographic protocols including variations on Kerberos and SSL.