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	Sensor network - Wikipedia, the free encyclopedia
		A sensor network is a computer network of many, spatially distributed devices using sensors to monitor conditions at different locations, such as temperature, sound, vibration, pressure, motion or pollutants.
		Sensor networks are applied in a wide variety of areas, such as video surveillance, traffic monitoring, air traffic control, robotics, cars, home and health monitoring and manufacturing and industrial automation.
		Data from the sensors is usually aggregated and analyzed by a computer outside the network.
	en.wikipedia.org /wiki/Sensor_network (366 words)

	Wireless Ad Hoc Networks: Smart Sensor Networks
		Large number of (mostly stationary) sensors: Aside from the deployment of sensors on the ocean surface or the use of mobile, unmanned, robotic sensors in military operations, most nodes in a smart sensor network are stationary.
		Network self-organization: Given the large number of nodes and their potential placement in hostile locations, it is essential that the network be able to self-organize; manual configuration is not feasible.
		In these networks, each node may be equipped with a variety of sensors, such as acoustic, seismic, infrared, still/motion videocamera, etc. These nodes may be organized in clusters such that a locally occurring event can be detected by most of, if not all, the nodes in a cluster.
	w3.antd.nist.gov /wahn_ssn.shtml (1045 words)

	Sensor Networks (ARC Research Network)
		The development of sensor network technology is of great national importance by virtue of critical applications directly related to the Australian environment.
		The feedback obtained from sensor networks, provide valuable scientific information enabling a greater understanding of the environmental impact of development, climate change and water usage for domestic use as well as farming.
		Efficient data management is a fundamental problem faced in sensor network development in terms of the volume of data (particularly in imaging), but also in terms of the value of the associated information.
	www.sensornetworks.net.au (807 words)

	Protocols for Self-Organization of a Wireless Sensor Network
		Wireless sensor networks are part of a growing collection of information technology constructs which are moving away from the traditional desktop wired network architecture toward a more ubiquitous and universal mode of information connectivity [2].
		Although exact sensor data traffic properties are not known yet, it is clear that, due to the nature of the observed phenomena, the required bandwidth for sensor data will be low, on the order of 1—100 kb/s [1].
		For a sensor network, in contrast, we are interested in prolonging the lifetime of the network.
	www.comsoc.org /pci/private/2000/oct/pottie.html (9433 words)

	ANRG Sensor Networks Bibliography
		Sensor placement for effective coverage and surveillance in distributed sensor networks.
		On the Many-to-One Transport Capacity of a Dense Wireless Sensor Network and the Compressibility of Its Data.
		On Compression for Robust Estimation in Sensor Networks.
	ceng.usc.edu /~bkrishna/teaching/SensorNetBib.html (6961 words)

	Cornell Ultra Low Power Sensor Network Processor and Simulator
		This precludes the design of a network where the simulator feedback can be used to dynamically adapt the network to address performance bottlenecks or even denial-of-service attacks.
		This is especially important in ad hoc wireless networks where key network properties such as connectivity and channel characteristics vary frequently.
		We co-organized a workshop on sensors and sensor networks at Cornell (June 2003).
	vlsi.cornell.edu /sensor.html (315 words)

	Towards a Sensor Network Architecture: Lowering the Waistline
		Wireless sensor networks have the potential to be tremendously beneficial to society.
		The challenge in sensor networks is that their modes of operation introduce requirements and tradeoffs are very different from traditional systems.
		The experiences and efforts of the sensor network community over the past years has helped discover exactly how the requirements and concerns of a sensor network architecture are different from the Internet, and how they are the same.
	www.cs.berkeley.edu /~pal/pubs/hotos05 (4356 words)

	CMPSCI 791 Sensor Networks
		Sensor networks are a sensing, computing and communication infrastructure that allows us to instrument, observe, and respond to phenomena in the natural environment, and in our physical and cyber infrastructure.
		A number of sensor networks applications (contaminant transport monitoring, marine microorganisms, habitat sensing, seismic monitoring) are discussed in the www pages of the UCLA Center for Embedded Network Sensing.
		On the Interdependence of Routing and Data Compression in Multi-Hop Sensor Networks (a bit theoretical), Anna Scaglione, Sergio Servetto, Cornell University, USA.
	www-net.cs.umass.edu /cs791_sensornets (1401 words)

	Sourcefire Network Security - RNA Sensor
		Sourcefire Real-time Network Awareness™ (RNA) enables organizations to more confidently protect their networks through a unique patent pending combination of passive network discovery, behavioral profiling, and integrated vulnerability analysis to deliver the benefits of real-time network profiling and change management without the drawbacks of traditional approaches to identifying network assets and vulnerabilities.
		By providing real-time visibility into the status of the network and its assets, Sourcefire RNA adds a layer of intelligence to network monitoring that has never been seen before within the network security industry.
		Administrators can use this revolutionary system to assess network health, update and enforce policies, monitor and manage vulnerabilities, and effectively prioritize their responses to security threats.
	www.sourcefire.com /products/rna.html (620 words)

	DSSN
		The purpose of the Distributed Surveillance Sensor Network (DSSN) program is to investigate the applicability of small, inexpensive undersea vehicles to surveillance applications and submarine connectivity.
		AOSN is a distributed, highly mobile, adaptive sensor network composed of a mix of autonomous underwater vehicles (AUV's) which exhibit complementary capabilities.
		Docking also provides an opportunity for mass data transfer to occur, permitting the vehicle to carry sensors which generate megabytes or gigabytes of data which would be impractical to transmit acoustically.
	www.spawar.navy.mil /robots/undersea/dssn/dssn.html (1157 words)

	Sensor Network Consortium (SNC) at Boston University
		Device and sensor networks, the epitome of a pervasive technology, are shaping many activities in our society with an endless array of potential applications, ranging from building automation and homeland security to manufacturing, robotics and healthcare.
		These networks and the new revolution of their applications stem from the convergence of technologies being taught and researched here at Boston University and other institutions in the region.
		The consortium initiative, a collaborative to foster research in sensor networks and facilitate the interaction among academia and industry as well as between industry
	www.bu.edu /systems/industry/consortium (278 words)

	ANRG Sensor Networks Bibliography
		[2] K. Whitehouse and D. Culler., Calibration as Parameter Estimation in Sensor Networks.
		[17] Xiaowen Liu, Martin Haenggi, The Impact of the Topology on the Throughput of Interference-limited Sensor Networks with Rayleigh F, September 2005
		[22] Suman Nath, Phillip Gibbons, Zachary Anderson, Srinivasan Seshan, Synopsis Diffusion for Robust Aggregation in Sensor Networks, ACM Sensys, November 2004
	ceng.usc.edu /~anrg/SensorNetBib.html (12015 words)

	Internet Security Systems - RealSecure Network 10/100 (Site not responding. Last check: 2007-11-04)
		RealSecure Network 10/100 software provides network intrusion detection and response capabilities that monitor 10/100Mbps network segments within a centralized operational and management framework.
		Supporting commonly deployed operating system environments, RealSecure Network 10/100's market-leading technology and superior security intelligence deliver exceptional network security performance and unprecedented accuracy in detecting malicious threats.
		In addition to the RealSecure Network 10/100 software solution, ISS' Proventia Intrusion Detection provides the same market-leading intrusion detection technology in an integrated appliance format that reduces acquisition, deployment, and management costs.
	www.iss.net /products_services/enterprise_protection/rsnetwork/sensor.php (193 words)

	IPSN'05
		KEYNOTE TALK #3 -- Global Scale Sensor Networks -- Opportunities and Challenges (abstract), (slides) John Orcutt (Center for Earth Observations and Applications, Scripps Institution of Oceanography, University of California at San Diego)
		The Fourth International Symposium on Information Processing in Sensor Networks (IPSN 2005) will continue the success of the previous three symposia to bring together researchers from academia, industry, and government to present and discuss recent work in this emerging field.
		IPSN draws upon many disciplines including signal and image processing, information and coding theory, networking and protocols, distributed algorithms, wireless communications, machine learning, embedded systems design, and data bases and information management.
	www.ece.wisc.edu /~ipsn05 (420 words)

	Sensor Networks
		Wireless integrated network sensors: Low power systems on a chip
		Adaptive protocols for information dissemination in wireless sensor networks
		Proceedings of the sixth annual international conference on Mobile computing and networking.
	www.research.rutgers.edu /~mini/sensornetworks.html (1180 words)

	Anthony D. Wood: Academic: Conferences
		Dates of interest for sensor networks, systems, ad hoc, and security.
		19: REALWSN - Workshop on Real-World Wireless Sensor Networks
		Also see: IEEE Cipher CFP Calendar, Tim Moors' Networking conference dates, other Parallel and Distributed Computing Publication Venues, Bikash Agarwall's publication links, and Stefan Schmidt's Conference and CFP Calendar.
	www.cs.virginia.edu /~adw5p/conferences.html (373 words)

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