Berkeley WEbS: Wireless Embedded Systems
Berkeley resources for DARPA Project: Secure Language-Based Adaptive Platform for Network Embedded Systems.
Brainy Buildings Conserve Energy
Discusses saving energy in buildings by distributed sensor networks featuring TinyOS.
An Empirical Evaluation of TinyOS RF Networking, and Beyond
Context, particularly location, is an important source of information for human-computer interaction. In our project, we examine hardware, networking, and systems issues for a location sensing infrastructure. We present a thorough empirical analysis of the TinyOS RF motes.
Large Scale Deeply Embedded Networks
Graduate seminar on dense collections of smart sensors, processors, and actuators, networked to form self-configuring teams. Provides basis for new computing paradigm that challenges many classical approaches to distributed systems.
SourceForge: TinyOS
Project summary, downloads, administrator contacts. Because size DOES matter.
System Architecture Directions for Networked Sensors
Brief technical description with a useful photograph and diagram. [PDF]
TinyOS
Event-based operating environment/framework designed for use with embedded networked sensors, to support concurrency intense operations needed by sensor networks, with minimal hardware requirements. Documents, publications, slide shows, downloads. [Open Source, BSD]
TinyOS: An Operating System for Networked Sensors
Project page of project participant Jason Hill. Explanations and diagrams: mote active messages and ad hoc routing, CompGlue graphical system to graphically connect and include components via VHDL hardware design tools.
Largest Tiny Network Yet
Short article with very good descriptions, several photographs, some links. (August 27, 2001)
Berkeley WEbS: Wireless Embedded Systems
Berkeley resources for DARPA Project: Secure Language-Based Adaptive Platform for Network Embedded Systems.
Brainy Buildings Conserve Energy
Discusses saving energy in buildings by distributed sensor networks featuring TinyOS.
An Empirical Evaluation of TinyOS RF Networking, and Beyond
Context, particularly location, is an important source of information for human-computer interaction. In our project, we examine hardware, networking, and systems issues for a location sensing infrastructure. We present a thorough empirical analysis of the TinyOS RF motes.
Large Scale Deeply Embedded Networks
Graduate seminar on dense collections of smart sensors, processors, and actuators, networked to form self-configuring teams. Provides basis for new computing paradigm that challenges many classical approaches to distributed systems.
SourceForge: TinyOS
Project summary, downloads, administrator contacts. Because size DOES matter.
System Architecture Directions for Networked Sensors
Brief technical description with a useful photograph and diagram. [PDF]
TinyOS
Event-based operating environment/framework designed for use with embedded networked sensors, to support concurrency intense operations needed by sensor networks, with minimal hardware requirements. Documents, publications, slide shows, downloads. [Open Source, BSD]
TinyOS: An Operating System for Networked Sensors
Project page of project participant Jason Hill. Explanations and diagrams: mote active messages and ad hoc routing, CompGlue graphical system to graphically connect and include components via VHDL hardware design tools.
Largest Tiny Network Yet
Short article with very good descriptions, several photographs, some links. (August 27, 2001)
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