UCI

SensOS Project

 
Contact Information

Professor Richard N. Taylor
Professor David S. Rosenblum

University of California, Irvine

Department of Information and Computer Science

University of California, Irvine
Irvine, CA 92697-3425, USA.

E-mail: arch@ics.uci.edu

Other Principal Investigators (Subcontractors)

Michael M. Gorlick
The Aerospace Corporation
E-mail: gorlick@aero.org

Professor Nenad Medvidovic
University of Southern California
E-mail: neno@usc.edu

Professor Dennis Heimbigner
University of Colorado, Boulder
E-mail: dennis@cs.colorado.edu

 

Overview

The SensOS Project is a multi-institutional project aimed at examining the feasibility of using a software architecture-based approach to dynamic adaptation in highly constrained computing environments.

Software Architecture Research

Software architecture principles provide a means by which software systems may be described, developed, and adapt to change. The benefits of software architectures is that they enable: (a) reduced cost and time to market through reuse of components; (b) control over complexity via abstraction; (c) improved chances for interoperability via separation of computation and communication; and (d) improved system design via explicit description of system structure and properties.

Research in the area of Software Architecture at UCI provides a basis for examination of systems for run-time adaptation for the SensOS project.

 

The C2 Style

A component- and message-based architectural style originally developed at UCI for component reuse and flexible system composition.

Investigation and Development of Embedded Platforms for C2

In pursuit of our goal of developing a foundation for C2 Development on embedded platforms, we are investigating the following areas.

  • Hosting C2 on small foot print platforms
  • Threading performance of Python Implementations of C2
  • Implementing a user-level TCP/IP stack for experimenting with Open AIR protocol specifications

To do this we have are working on the following:

  • A port of Python to the Palm Pilot, developed open source.(Performed by The Aerospace Corporation)
  • A port of stackless Python to the Palm Pilot to investigate microthreading
  • Investigating Ad-hoc routing protocols through modifications of the user-level TCP/IP Stack known as TNOS.
  • Developing lightweight C2 Frameworks for Embedded Systems
  • Developing a design environment for Embedded C2 applications based on the ArchStudio2.0 demo, a demonstration tool suite of C2 software architecture tools which included facilities for run-time change

 

 

Meetings

With many institutions and individuals contributing to this project, we have collected information shared at meetings discussing various aspects of the research and work done on this project.

 

Acknowledgment

This material is based upon work sponsored by the Air Force Materiel Command, Rome Laboratory, and the Defense Advanced Research Projects Agency under Contract Number F30602-99-C-0174. The content of the information does not necessarily reflect the position or the policy of the Government and no official endorsement should be inferred.