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other nodes it can communicate with, its proximity to the network gateway, and its traffic load. This allows for self-forming and self-healing. The multi-chip modules used to drive these networks are divided into 'gateways' and 'motes' (or mote modules). Gateways then tie back into larger networks used to make decisions within large industrial plants (oil refineries, chemical plants, produce facilities, etc.).
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Dust
Networks implements full-mesh networks, sometimes referred to as ‘mesh-to-the-edge’, which provides redundant routing to the edge of the network. In a full-mesh network every device has the same routing capabilities and is able to ‘decide’ where it belongs in the routing structure based on what
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The Smart Dust project attempted to demonstrate that a complete sensor/communication system could be made of sensors one cubic millimeter in size. This involved advances in miniaturization, integration, and energy management. The project focus was independent of any particular sensor, and looked at
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Wireless sensor networks attempt to increase transmission reliability and quickly adapt should the transmission fail and automatically route around failed links. This requires embedded networking intelligence that establishes, maintains and utilizes redundant
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Inventory control: by placing miniature sensors on each object in the inventory system (product package, carton, pallet, truck warehouse, internet), each component could "talk" to the next component in the system. This evolved into today's
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Impact, vibration and temperature monitoring of consumer electronics, for failure analysis and diagnostic information, e.g. monitoring the vibration of bearings to detect frequency signatures that may indicate imminent
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Virtual keyboard sensors: by attaching miniature remotes on each fingernail, accelerometers could then sense the orientation and motion of each fingertip, and communicate this data to a computer in a wristwatch.
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Defense-related sensor networks such as battlefield surveillance, treaty monitoring, transportation monitoring, and scud hunting.
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February 2005: Completes $ 22 million Series B financing from
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Product quality monitoring: temperature and humidity monitoring of perishables such as meat, produce, and dairy.
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in 2017. The Dust
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June 2006: Launches SmartMesh-XT wireless sensor networking system optimized for industrial applications
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The project led to the founding of Dust
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462:"Linear Technology Acquisition of Dust Networks Extends Wireless Sensor Networking Capabilities"
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is an
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Dust
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for industrial applications including process monitoring,
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both commercial and military applications including:
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391:September 2007: WirelessHART standard ratified
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604:Electronics companies established in 2004
109:Learn how and when to remove this message
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406:2017: Linear Technology is acquired by
378:March 2005: Launches products based on
589:American companies established in 2004
584:Companies based in Hayward, California
354:February 2004: Completes $ 7 million
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245:environment, health and safety (EHS)
47:adding citations to reliable sources
291:University of California, Berkeley
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599:2004 establishments in California
510:Smart Dust Future at Nanowerk.com
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293:, conceived of and started the
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527:UC Berkeley Smart Dust Project
364:Institutional Venture Partners
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237:wireless sensor networks
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287:Kristofer S. J. Pister
185:Kristofer S. J. Pister
168:30695 Huntwood Avenue
253:Analog Devices, Inc.
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233:Dust Networks, Inc.
209:Number of employees
171:Hayward, California
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546:122°03′17″W
472:22 February
573:Categories
543:37°37′03″N
497:2020-06-25
448:References
414:Technology
305:Smart Dust
295:Smart Dust
277:products.
180:Key people
69:newspapers
443:Smartdust
311:Smartdust
301:funding.
285:In 1997,
216:45 (2011)
438:See also
384:ISM band
368:In-Q-Tel
346:Timeline
338:failure.
197:Products
146:Industry
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203:devices
157:Founded
140:Private
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