SSE01 Course Plan

• Classes: Tuesday 9:00-11:45 (except first lecture) and Friday 9:00-11:45 except first lecture Tuesday 2nd September which starts 8:45
• Location: Seminar room at the Maersk Institute
• Organization: Classes are a combination of lectures, exercises, literature study, and project work. Unless otherwise noted, to participate in the activities during a class, you should meet at the beginning of the class.

Day	Activities	Reading / projects due
Tue Sep 2 Ulrik	Course intro: unified process, UML, Java, and pervasive computing
Fri Sep 5 Ulrik+Kasper	Programming: Java and Eclipse. Note: class in terminal room 9:00-11:00: Basic object-oriented programming in Java 11:00-11:45: A basic introduction to the eclipse development environment	Larman: Chapters 1-3
Tue Sep 9 Ulrik	Requirements: vision and use cases Introduction to analysis (domain model and sequence diagrams) Project starts: groups are formed and start working (in class)
Fri Sep 12 Kasper	Analysis in the unified process, more programming experience 9:00-10:30 Analysis continued: domain model and sequence diagrams 10:30-11:45 Programming lab (terminal room): introducing the simulator	Email to Ulrik+Kasper: Please send me a plain-text email with your vision by 9:00. Larman: Chapters 4-7 Source code for the simulator. Optional simulator exercises: descriptions for the easy and hard exercises.
Tue Sep 16 Ulrik	Design in the unified process, more programming experience 9:00-10:45 Design: interaction diagrams, class diagrams 10:45-11:45 Programming lab (terminal room): starting to implement your design, using SVN	Email to Ulrik+Kasper: Please send me an email with your brief use cases. Larman: Chapters 8-10,14 (11-13 are optional reading)
Fri Sep 19 Kasper	Implementation Note: class in terminal room	First iteration complete Read Wikipedia article about revision control (overview article, never mind the details). Before class, prepare complete set of interaction diagrams for primary use case, with accompanying class diagram
Tue Sep 23 Kasper	Second iteration: iterating your analysis and design, design using GRASP, introduction to the agent framework, introduction to Sun Spots	Read Java-based mobile agents and A performance evaluation of the mobile agent paradigm, available on-line
Fri Sep 26	Lecture cancelled
Tue Sep 30 Ulrik	Second iteration: threads and RMI in Java, advanced programming in Eclipse, programming mobile agents Class starts in seminar room and moves to terminal room later	Larman: Chapters 15-20
Fri Oct 3 Kasper+Ulrik	Programming lab	Read Java tutorial on RMI
Tue Oct 7 Kasper+Ulrik	Design patterns: a quick introduction Completion of second iteration: demo to Ulrik+Kasper Third iteration begins: programming lab and report writing Note: if you want more details on a specific topic, please ask, we can have specific sessions in the seminar room for those who are interested. Planned (optional) sessions: Advice on report writing A few reflections on mobile agent programming	Second iteration complete Larman: Chapter 21-26
Fri Oct 10 Kasper+Ulrik	Optional sessions: Advice on report writing A few reflections on mobile agent programming Third iteration: finish up your reports (2 hours in terminal room)
Tue Oct 21 Kasper	Third iteration: work on your projects, Kasper is there to assist and give comments on your report	Third iteration complete: give demo to Kasper, show him the current version of your report
Fri Oct 24 Kasper	Third iteration: work on your projects, Kasper is available in his office	Reports are due 12:00 in Kasper's mailbox, hand in two copies!
Tue Oct 28 Fri Oct 31	Exams: Tuesday Oct 28 and Friday Oct 31, seminar room, schedule