On June 5 from 6-8 pm, Sun Labs is having an Open House at the Computer History Museum in Mountain View CA: Wireless Sensors: Inventing the Future with D. K. Arvind, Roger Meike, and Richard Newton.
The complete story here.
This conference is organised by the University of Debrecen, Centre for Agricultural Science Faculty of Agricultural Economics and Rural Development and the Hungarian Association of Agricultural Informatics. It will provide a forum for agriculture related professionals, professors, lecturers and PhD. students to exchange information on education, research, applications and developments of Information Technologies in Agriculture and Rural Development.
Among the topics is Wireless Sensor Networks.
A very interesting paper on “Designing Wireless Sensor Networks as a Shared Resource for Sustainable Development” is available here.
In the paper, the authors (from UCLA, Center for Embedded Network Sensing) highlight their experience in developing and deploying water quality monitoring wireless sensor networks in Bangladesh and California.
TinyOS is the cover article of the May edition of Sensors. Great article!
The complete article is available here.
An interesting article about how ubiquitous and pervasive sensors already are, is available here.
A former Intel Corp. executive and a UC Davis computer science professor take the wraps off a startup company today that has landed $1.5 million in funding to explore the relatively new field of wireless sensor technology.
The Folsom-based company, SynapSense Corp., will attempt to gain a foothold in the nascent but fast-growing market for wireless sensors — tiny devices that measure such things as temperature, humidity, motion and atmospheric pressure and relay the information via radio signal to a computer or other controller.
The complete story here.
From Sun’s SPOT (Small Programmable Object Technology) webpage:
Based on a 32 bit ARM CPU and an 11 channel 2.4GHz radio, Sun SPOT radically simplifies the process of developing wireless sensor and transducer applications. The platform enables developers to build wireless transducer applications in Java using a sensor board for I/O, an 802.15.4 radio for wireless communication, and use familiar Integrated Development Environments (IDEs), such as NetBeans to write code.
This Summer, a development kit will be available that includes two complete Sun SPOT devices with demo sensor boards, a base station Sun SPOT to connect to your development machine, and all the software development tools and cables required to start developing applications for your Sun SPOT. The projected introductory price is $499.
Be sure to visit the forums to join other developers in the Sun SPOT community.
