| Where | Project Name | Description |
| MIT | Project Oxygen |
From the web site:
The Oxygen system must be
|
| MIT | The GRID | Grid is a system for routing in wireless ad hoc mobile networks |
| ISI | SCADDS | The SCADDS project explores scalable coordination architectures for deeply distributed and dynamic systems (e.g. wireless sensor networks) |
| Stanford | Mosquito Net |
From the website: The main goal of the Mobile People Architecture is to put the person, rather than the devices that the person uses, at the endpoints of a communication session. This architecture introduces the concept of routing between people. |
| CMU | Coda | More a file system than a mobile computing environment. |
| CMU | Oddyssey | There are several mentions of this on the website, but I can find no links to it. The one on the page does not work. |
| Berkeley | TinyOS | In this project, they come up with an application environmnet and describe a programming model for networked devices. Very similar to ours but with no mobile code. |
| Berkeley | IceBerg | Mobile routing with cell phones. |
| Berkeley | The Berkeley Wireless Research Institute | Many research groups looking at the physical construction as well as various algorithms for routing and networking. |
| Univesity of Washington | Chaos Routing | Interested in routing protocols. Also has a routing simulator. |
| University of Washington | Portolano | The Portolano project seeks to create a testbed for investigation into the emerging field of invisible computing. |
| Princeton | Networked Research Group (Includes SCOUT) | This is the Princeton group in charge of doing happy things with networking. They've moved from the University of Arizona. |
| CalTech | InfoSpheres | Researching the composition of distributed active mobile objects that communicate using messages |
| University of Maryland | The Mobile Computing and Multimedia Laboratory | The mission of the Mobile Computing and Multimedia Laboratory (MCML) is to perform innovative research in the areas of mobile computer communications and multimedia systems. |
| Georgia Tech | Everyday Computing | Everyday Computing leverages computational capabilities to enhance day-to-day activities, focusing on a continuously present environment |
| UCLA | The WAMIS Project | This project will develop techniques for the design of wireless networks that are adaptable to a variety of application scenarios covering different transmission environments, varying network configurations, and a range of user services-data, voice, and image |