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Related Work
At UC Berkeley
Other NEST Projects/Tools
Outside of UC Berkeley
Industry
Related UC Berkeley work
- Calamari Localization solutions for sensor networks
- CotsBots Cheap, Off-the-Shelf Robots using TinyOS
- Firebug Wildfire instrumentation, a project of the Berkeley Civil Engineering project
- FPS A network protocol for radio power scheduling in wireless sensor networks.
- galsC A language and compiler for event-driven embedded systems; an extension to nesC.
- Great Duck Island “Our goal is
to enable researchers anywhere in the world to engage in non-intrusive monitoring of sensitive wildlife and habitats. Sensor motes ... are monitoring the nesting habitat of the Leach’s Storm Petrel on the island and
relaying their readings ... into a satellite link that allows researchers to download real-time environmental data over the Internet.”
- Maté Application-specific virtual machines for TOS networks ... allows mote programming via simple scripts.
- PicoRadio Ad hoc, Ultra low-power Wireless Networking
- Sensing Structural Integrity Sensors report the location and kinematics of damage during and after an earthquake.
- Telegraph A database customized for streaming data such as that found in sensor networks
- TinyDB A query processing system for extracting information from a network of TinyOS sensors.
- TinyGALS A programming model for event-driven embedded systems, an EECS project
- XYZ On A Chip Integrated Wireless Sensor Networks for the Control of the Indoor Environment in Buildings
Projects in the NEST Forum
- Kestrel Institue: Consona - Constraint Networks for the Synthesis of Networked Applications
- Notre Dame: MICAbot
- Ohio State: The Systematic Addition of Scalable Stabilization to Networked Embedded Systems
- PARC: Large-scale Distributed Control
- PARC: CoSense: Collaborative Sensemaking of Distributed Sensor Data ...
- UCLA: Center for Embedded Networked Sensing (CENS)
- U. Iowa: Scalable Stabilization in NEST
- UMass: Security Tradeoffs in NEST
- Vanderbilt: Pattern-Oriented Composition and Synthesis of Middleware Services for NEST
- Virginia: A Network VM for Real-time Coordination
- WUSt.L: Spatiotemporal Protocols for Wireless Sensor Networks
NEST Tools Repository
- LMCO: Dynamic Meshes of Networked Devices (DyMND)
Emulation Sequencer: Graphical tool for sequencing events for a discrete event simulator, virtual/emulated targets, and hardware-in-the-loop experiments. Contact James Yang (james.yang at lmco.com) for the software.
- Vanderbilt: Probabilistic Wireless Network Simulator (Prowler): A graphical tool written in MATLAB for simulating and evaluating wireless network algorithms. This simulator simulates the radio transmission/propagation/reception,
including collisions in ad-hoc radio networks, and the operation of the MAC-layer
- Vanderbilt: Java Probabilistic Wireless Network Simulator
(JProwler): A Java implementation of the Prowler discrete event simulator optimized for speed
- Vanderbilt: Graphical Development for TinyOS (Gratis): A graphical environment for modeling, composing and verifying TinyOS applications
- Vanderbilt Acoustic Self-Localization: calculates the 3D positions of motes from range estimates
- Vanderbilt: Message Center (mcenter): Extensible command
center for tinyos applications/demos with various built in modules including to display messages in table format, to command and monitor a sensor network application, to display the sensor network and its state in 2D
and 3D.
- Vanderbilt Verification and Calibration Utilities: a collection of utilities for calibrating and verifying components
- Vanderbilt: Acoustic Simulator for Urban Terrain (Ashut):
Calculates time of arrival of directe line of sight and reflected acoustic signales an urban environment.(NEST-related, not TinyOS-specific)
- Vanderbilt: Simple NEST Application Simulator (SIESTA): A
simple distributed system simulator based on Input-Output Automata. (NEST-related, not TinyOS-specific)
- Vanderbilt:: Distributed Middleware Services Composition and Synthesis Technology
(DISSECT): Code generation technology from platform independent graphical models of middleware services.
- PARC: Rmase: Routing Modeling Application Simulation Environment: Routing Simulator built on the top of Prowler, enables generating network topologies and application senarios, and provides performance analysis.
Projects outside the UCB or NEST umbrellas
- Advanced Wireless Structural Health Monitoring Systems (Jerome Peter Lynch and Kincho H. Law, Stanford)
- APS: Rutger’s Ad hoc Positioning System
- The Armstrong Project: PSFQ Reliable transport, PARO routing scheme (Andrew Campbell, Columbia)
- CodeBlue -- Sensor Networks for Emergency Medical Care (Harvard University)
- An Ecological In Situ Sensor Resource: A Compilation of In situ Sensors, Sensor Array Projects, and Sensor Manufacturers (Gregory Bonito, LTER Network / San Diego Supercomputer Center)
- Environmental Sensors: Detecting e. coli in water. (Loren Schwiebert, Wayne State University)
- Eyes: Self-organizing, low-power msp430-based motes by a European Consortium
- LEACH (Low Energy Adaptive Clustering Hierarchy): (Wendi Heinzelman, Hari Balakrishnan, Anantha Chandrakasan, MIT)
- Location-Centric Distributed Computation and Signal Processing in Microsensor Networks (Yu Hen Hu, Parameswaran Ramanathan, Kewal Saluja, Akbar Sayeed, University of Wisconsin Madison)
- Macroprogramming -- High-level Programming Languages and Models for Sensor Networks (Harvard University)
- Manatee, Distributed Systems Lab, University of Conpenhagen: Among other things, a Blue-tooth stack for TinyOS
- MANTIS Sensor Networks (Rick Han, University of Colorado, Boulder)
- Maximum Lifetime Data Gathering and Aggregation in Wireless Sensor Networks (Konstantinos Kalpakis, University of Maryland Baltimore County)
- MoteLab -- Web-based Sensor Network Testbed (Harvard University)
- MoteTrack -- RF-based location tracking (Harvard University)
- PowerTOSSIM: TOSSIM extensions to simulate power usage
- The Reachback Channel in Wireless Sensor Networks (Sergio D. Servetto, Cornell)
- A Remote Ecological Micro-Sensor Network (Edoardo S. Biagionia, K. W. Bridgesb, Brian J. S. Cheea, University of Hawaii at Manoa)
- Robomote: Small, inexpensive, mobile robots (USC)
- SCADDS: Scalable Coordination A
rchitectures for Deeply Distributed Systems (Deborah Estrin, Ramesh Govindan, John Heidemann, ISI)
- Scalable Location Aware Monitoring (Hari Balakrishnan, Erik Demaine, Mike Stonebraker, Seth Teller, MIT)
- Secure Sensor Networks (Adrian Perrig, Carnegie Mellon)
- SensoNet Project: Protocols for Sensor Networks (Dr. Ian Akyildiz, Weilian Su, Dr. Erdal Cayirci, Yogesh Sankarasubramaniam, Georgia Tech)
- Query Processing for Sensor Networks (Johannes Gehrke, Cornell)
- TosGUI: TinyOS Graphical Simulation Projec (Kent State University)t
- The Wireless Vineyard (Richard Beckwith, Intel Research)
Industry Related Works
- Digital Sun’s S.Sense: A soil moisture sensor system to keep grass green while saving water
- Dust Inc.: Reliable Low Power Wireless Networks
- Crossbow: A Clear and Compelling Vision of Sensor Technology
- Ember: Reliable, Secure, Easy-to-Use Embedded Wireless Networking
- Sensicast: Providing wireless sensor network solutions
- Sensit: The most highly preferred wind eroding mass sensor erosion worldwide
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