Title :
Mobile ad hoc network of waterborne sensors for enhanced maritime security
Author :
Whittenton, Nathan ; Berger, Theodore
Author_Institution :
L-3 Photonics, Carlsbad, CA, USA
Abstract :
Recent advances in mobile networking capabilities and unmanned technologies, together with improved availability, has provided an opportunity for cost efficient increases in security for ports, harbors, and waterways. WaSPNet (Waterborne Surveillance and Protection Network) is aimed at providing a solution to the complex problem of maritime security. It comprises a swarm of network members, each configured as necessary in terms of sensor packages, mobility requirements and network capabilities to provide for information gathering and dissemination. A secure mobile ad hoc network of multiple unmanned maritime sensor equipped platforms meshed with existing fixed sensor networks can provide operators and decision makers with real-time eyes and ears on the scene. Initial operational experiments have validated this concept by integrating multiple sensing modalities through a mesh capable extended Ethernet WAN consisting of varied types of communication links. Extending this network across organizational boundaries will enhance decision making capabilities, enabling immediate responses to environmental, criminal, safety and security threats.
Keywords :
decision making; local area networks; marine safety; mobile ad hoc networks; video surveillance; wide area networks; wireless sensor networks; Ethernet WAN; WaSPNet; communication links; complex problem; criminal threat; decision making; enhanced maritime security; environmental threat; fixed sensor networks; harbors; information dissemination; information gathering; mobile ad hoc network; mobile networking; mobility requirements; multiple sensing modalities; multiple unmanned maritime sensor; organizational boundaries; ports; protection network; real-time ears; real-time eyes; safety threat; security threat; sensor packages; unmanned technologies; waterborne sensors; waterborne surveillance; waterways; Imaging; Mobile ad hoc networks; Mobile communication; Real-time systems; Security; Sensors; Streaming media; USV; UUV; mobile ad hoc network; unmanned;
Conference_Titel :
Oceans - San Diego, 2013
Conference_Location :
San Diego, CA