Mobile and Wireless Networks Project

The project is a major portion of this class. Projects will be conducted in teams of 3 or 4 students. Projects are expected to have a research flavor and explore specific problems or ideas for wireless systems. A list of possible project topics is appended below. Teams may pick from this list (on a first-come first-served basis) or may choose a different topic -- subject to instructor approval. Projects can involve system or protocol design and/or implementation or evaluation of an idea through simulation. A final report and a short in-class presentation and demo will be required from each project team.

What you will have to do

In groups of 3 or 4 (depending on the size of the class) you will

• Pick a particular project problem to work on -- A suggested list of topics is included below. Note that these are broadly defined topics, you will need to develop a specific question to address within the topic.
• Write a short 3-page "proposal" describing the scope of your project, expected outcome, plan of action and division of labor among team members. A bibliography of related literature should be included. You should make extensive use of the GT library facilities, including the IEEE and ACM digital libraries. You should also search from material available on the web if applicable.
• A final project report describing your efforts, provdinging an evaluation of your work. The final report may be accompanied by a demo if approriate.
• Give a 20-30 minute presentation in class summarizing your project.

Project Deliverables and Milestones

• Milestone 1: Team and Topic Selection. Provide a one-page description of your problem scope, which topic it belongs to and why you think it is interesting. --- Due Jan. 22, 2008.
  Please talk to me about your selection and team before this deadline

• Milestone 2: Project proposal as described above. -- Due Feb. 12, 2008

• Milestone 3: Progress Report: This is a precursor to the final report and should describe progress to date including This should make specific reference to a (possibly revised) literature list. -- Due March 27, 2008

• Milestone 4: Make a 15 -20 minute presentation in-class. during the last two 4 or 5 lectures of the semester. Your team will have to elect preferably one member to give the presentation. You may choose to have two members give the presentation but this will have to be orchestrated carefully to stay within the alloted time. All presentation need to be in powerpoint and will be due April 14 by 5pm (date subject to change). You will not be allowed to change your slides after this date. I will decide on the ordering of the presentations (either randomly or based on some useful topic progression).

• Milestone 5: Final Report: You should strive to make this look like a research paper that describes the problem you addressed, describes the approach and the work you have done and reaches conclusions regarding your problem. -- Due Monday April 28 by 11:59pm.

Grading

• Milestone 1: 5%
  Grade will be based on timeliness and the amount of thought that goes intto your identification and delineation of your choice topics.

• Milestone 2: 5%
  Grade will be based on timeliness, effort in delineating and explaining the scope of your project and size and relevance of literature list, and effort expended to dig up interesting material relating on your topic.

• Milestone 3: 5%
  Grade will be based on timeliness, level of progress in stated progress goals and identification of remaining effort.

• Milestone 4: 15%
  Grade will be based on adherence to time limit of presentation, quality of material presented (how much new material we learn from your presentation), clarity of presentation objectives and quality of delivery.

• Milestone 5: 25%
  Grade will be based on timeliness, signficance of your effort and results, level of evaluation and quality of writing and presentation.

List of Potential Topics (in no particular order!)

• Mobility modeling
• Inferring direct from other information (location, AP visibility)
• Transport protocols for Disruption Tolerant Networks
• Hybrid Routing for DTN/connected networks
• Security in mobile networks
• Social networking (e.g., facebook) for mobile users
• Using mobility and location as a control paradigm in wireless networks
• Power management in DTNs (or MANETs)
• The accuracy of simulation for wireless and mobile networks
• Protocols and applications for Vehicle-to-vehicle networks
• Video streaming in wireless and mobile networks
• YOUR OWN TOPIC HERE