A Chinese developed Wireless Sensor Network (WSN) system to safeguard World Expo 2010 was now on broad, a professor told the launching ceremony for the system at Jiao Tong University yesterday.
The Wenhui Daily reported that the project, headed by well-known scientist Professor Ni Mingxuan of Jiao Tong University, was the first national key project — also known as a 973 project — in the city’s information industry which was led by a university or research body.
Sources said the WSN model system would be widely used in the World Expo Site during the 184-day event in 2010.
The complete story here.
A soldier in an underground tunnel in downtown Baghdad searches for an injured member of his company. By hooking up with a secure wireless network via his personal data assistant, he picks up the signal of a wireless sensor on the soldier’s body. Once located, the searcher switches over to a portable ultrasound, allowing him to scan for injuries and send the results to a clinic before the injured soldier arrives.
Consider this a preview to what Worcester Polytechnic Institute researchers hope will become a reality. While WPI’s Bioengineering Institute (BEI) is busy establishing its new headquarters in Gateway Park, the Institute’s Center for Untethered Healthcare and Center for Neuroprosthetics and BioMEMS have been winning grants to bring their products closer to market.
The complete story here.
Designed for wireless sensor interface, mesh networking and data logging applications with an RS232 port interface. These products are built for outdoor use where autonomous operation, flexible communication and long-range are important features.
AIRcable Industrial: Software controlled RS232, Ruggedized aluminum case, External antenna connector, Rechargeable Li-ion battery, Solar cell charger, Real time clock & temperature sensors, Range: 150m with 3dBi antenna
AIRcable Industrial XR: All the regular Industrial features plus Extended range for up to 28 miles (24dBi parabolic antenna), Standard range 1000m or 3280 feet! (antenna included), Larger battery, Interface for add-on sensors, file system (4GB SD card) & LCD display
These compact Bluetooth® compatible products gather data using intelligent sensors, run computations, transfer files, and communicate using secure, long-range Bluetooth to multiple partners simultaneously.
More info here.
SSV Embedded Systems is shipping a tiny, chip-like, Linux-based SBC (single-board computer) that targets “wireless sensor networks” (WSNs). The DIL/NetPC ADNP/9200 is based on an Atmel ARM9 microcontroller, and integrates Ethernet, UART, SPI, SSI/I2C, and USB controllers, among other functions, according to the company.
According to SSV, the ADNP/9200 is specifically designed for connecting Ethernet LANs to WSNs. The SBC is based an Atmel 32-bit AT91RM9200 ARM9 microcontroller clocked at 180MHz, and is equipped with 64MB of SDRAM and 32MB of flash memory. It also integrates dual 10/100 Ethernet ports, dual UARTs, SPI, SSI/I2C, dual USB Host ports, and a USB Device port. For additional expansion, the module provides a top-side 16-bit “flexible” bus interface connector, plus 20 lines of GPIO (general purpose I/O).
More info here.
The 4th Annual IEEE Communications Society Conference on Sensors, Mesh and Ad-Hoc Communications and Networks (IEEE SECON 2007) is currently accepting papers for submission. The conference, which recently merged with the IEEE International Workshop on Wireless Ad Hoc and Sensor Networks (IWWAN), will take place between 18-21 June 2007 in San Diego, California, USA. The conference will accept original technical papers on communications, networking, applications, systems and algorithmic aspects of mesh and sensor networks, as well as those that describe practical deployment and implementation experiences. The paper registration deadline is 30 November 2006, and full paper submissions are due 7 December 2006.
For more information, visit: http://www.ieee-secon.org/2007/.
An interview to David Carey who performs research on flood protection system at the Wilkes University in Pennsylvania is posted here. Ultimately the system will lead to an early warning system for the flood protection system and a real time levy health monitoring system. The WSN will be configured to monitor water level, vibration and pressure that the river exerts on the levy.
In a ceremony attended by Motorola Chief Technology Officer and Korea’s Ministry of Information & Communication, Motorola, Inc. (NYSE:MOT) officially opened its Things-to-Things Research Center (T2TRC) in Seoul.
Motorola and ETRI also announced a multi-year joint research agreement for the development of the ubiquitous sensor network (USN) technologies that enable things-to-things connectivity. The agreement is part of an effort by the Institute of Information Technology Assessment (IITA) to help Korea realize its IT839 vision of Ubiquitous-City (U-City), meaning future cities seamlessly connected through USNs.
By researching ways to add connectivity and to extend today’s Internet by creating a whole new range of products and services, the center will enable the development and ultimate commercialization of “things to
things” communications solutions.
The complete announcement here.