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Instructors
- Prof. Dr.-Ing. Volker Roth
- Benjamin Eckstein
- Stefan Otte
- Sebastian Ziller
Description
This course introduces students to the development of distributed applications using the message passing and remote procedure call paradigms. Among the topics we will cover are: client-server architectures, socket programming, remote procedure calls with Java RMI, data representations such as XML and HTML, HTTP communication, JavaScript, CGI, Servlets, JSP. We also introduce concepts such as parallel computations in a network of computers, tuple spaces and peer-to-peer systems.
Prerequisites: Algorithmen und Programmierung IV
Time and Location
Lectures:
- Tuesdays, 12h - 14h, T9/HS
Tutorials:
- Wednesdays, 10h - 12h, T9/046
- Wednesdays, 12h - 14h, T9/006
- Wednesdays, 14h - 16h, T9/049
- Wednesdays, 14h - 16h, A6/031
- Wednesdays, 16h - 18h, T9/049
Note: The tutorials commence in the second week of the semester.
Grading
Admission to the exam requires a score of at least 50% on n-2 home work assignments (where n is the overall number of homework assignments). The grade will be computed as follows:
- 100% exam
Homework assignments
Homework assignments must be uploaded to a Subversion repository.
- Each student must register with spline
- Register a project for your group.
- The group name must be alp5_ws0910_gruppe$ where $ is the group number assigned by your TA (teaching assistent resp. Tutor).
- Add your TA as a member to your project (My project - members - add)
Here are the user names of the TAs:
- Benjamin Eckstein: ben
- Stefan Otte: otte
- Sebastian Ziller: ziller
Create a package for each homework assignment (ueb1, ueb2, ...). In the package, create a folder abgaben. Place your solutions into this folder, using the names ueb1.pdf et cetera.
Be repared to generate JUnit tests for your implementations.
Lectures
Tue Oct 13, 2009
Topics:
- Welcome and administrativa
- Introduction
- A brief mentioning of Brewer's CAP Theorem
- A brief mentioning of eventual consistency
Reading assignments: [1] [2] [3]
Tue Oct 20, 2009
Topics:
- Sockets programming in Java
- Read: Sockets programming in C
Material:
Reading assignments: [4]
Tue Oct 27, 2009
Topics:
- Multicast
Material:
Tue Nov 3, 2009
Guest speaker: Patrick Lauke, Opera Software ASA
This talk is part of the Opera Software University Tour. Mr. Lauke is a Web Developer and Web Evangelist in Opera's Developer Relations Team. He will share insights about the Web and provide perspectives on technology trends.
Topics:
- The importance of Web standards
- Current developments in the Web browser space
- The future of the Internet
- Implications of the mobile Internet
- Cross-device Web technologies
Tue Nov 10, 2009
Topics:
- Remote procedure calls
- Read: SunRPC
Reading assignments: [5]
Tue Nov 17, 2009
Topics:
- Java RMI
Material:
Tue Nov 24, 2009
Topics:
- Java RMI
Tue Dec 1, 2009
Topics:
- Java RMI
Tue Dec 8, 2009
Topics:
- .NET
Tue Dec 15, 2009
Topics:
- HTTP
Tue Jan 5, 2010
Topics:
- HTTP
Tue Jan 12, 2010
Topics:
- Web technology, CGI
Tue Jan 19, 2010
Topics:
- Web technology, PHP
Tue Jan 26, 2010
Topics:
- Web technology, JavaScript
Tue Feb 2, 2010
Topics:
- Web technology, Services
Tue Feb 9, 2010
Final exam
Literature
- Gilbert, S. and Lynch, N. 2002. Brewer's conjecture and the feasibility of consistent, available, partition-tolerant web services. SIGACT News 33, 2 (Jun. 2002), 51-59. Also available here.
- W. Vogels. Eventually consistent. Commun. ACM 52, 1 (Jan. 2009), 40-44.
- Julian Browne. Brewer's CAP Theorem. Blog post available online. Version of January 11, 2009.
- Mike Muuss. The story of the PING program.
- A. D. Birrell and B. J. Nelson. Implementing remote procedure calls. ACM Trans. Comput. Syst. 2, 1 (Feb. 1984), 39-59. Also available here
