screen-shot-2016-12-19-at-3-35-39-pm

TCP/IPv6 over radiocommunication sensor electronic network

Wireless Sensor Network (WSN) is an essential part and key enabler of the Internet of Things (IoT), where hundreds or thousands of little smart perception or command nodes are interconnected to transmit detection/monitoring entropy or ascendance instructions. In order to implement detection/monitoring or mastery inspection and repairs at a large scale with seamless connection to the Internet, IPv6 would be the best solution due to its many advantages including its highly scalable address scheme, stronger security department, and full Internet deference. Therefore, IPv6 Over WSN is getting more and more enquiry and growth (R&D) care from both industriousness and academia.

TIPoT development kit

The TIPoT development kit offers a very efficacious, compromising, and low-cost development chopine, including an end-to-end application framework, for the experimental inquiry of TCP/IPv6 over IEEE 802.15.4 WSN, as well as paradigm development of various mathematical products and practical applications for WSN or IoT.  It allows pupils, teachers, enquiryers, hobbyists, makers, product developers and entrepreneurs to enquiry, develop and evaluate innovative application programs or technologies for low-power, low bandwidth ad-hoc wireless sensor/actuator meshings with full TCP/IPv6 internetworking. Users can connect their own sensors, add more nodes, and develop or evaluate the functionality of their devices/diligences that are built on IPv6 over WSN.

SONY DSC
SONY DSC

TIPoT development kit

TIPoT development kit has been adopted in graduate student thesis research tasks at the University of Ottawa, Canada, and computer engineering project at the Algonquin College, Canada. Large scale testbed deployments are being planned at the University of Ottawa and University of Montreal. In gain, TIPoT outfits are being adopted for product prototyping or establishing testbeds for quite a few applications, including smart irrigation, precision agriculture and building structural monitoring, in a number of research/engineering foundings and hi-tech companies in Asia, North America, Africa and Europe.

Inspired by the receptive source initiative and to offer low-cost solution with non-constrained R&D tractableness, the TIPoT platform is developed based on free overt source software system, with the following notable features:

×
×
×
LuxembourgLiechtensteinHungaryNorwayJamaicaUnited States