Below is a listing of all sessions the speaker is scheduled to present.
Cosimo Malesci
Director
Fluidmesh Networks, Inc.
Speaker Bio
Cosimo Malesci has been a forerunner in using wireless networks for security and industrial applications, providing new and cutting edge service. He holds both a bachelor and master degree in engineering from MIT. After working in the the maritime field, he co-founded Fluidmesh in late 2004 with offices in Boston, MA and Milan, Italy. This new venture has allowed him to apply his fine understanding of engineering to the security field. Fluidmesh Networks is now a leader in wireless systems for security, industrial, and mission-critical applications. Its range of solutions covers point-to-point, point-to-multipoint, and mesh networks with an unparalleled level of reliability, flexibility, and ease of use. The company is focused on the development of top-quality wireless products for security, video-surveillance, condition monitoring and data communication in large areas at risk. Fluidmesh Networks' target markets are municipalities, industrial plants, schools, seaports and marinas, archaeological sites, resorts, theme parks and racing tracks. Cosimo Malesci has several experiences in holding technical seminars organized by Fluidmesh for its customers and also for educational sessions during international trade shows.
Wednesday, March 24, 2010
IT/IP
Sponsored By:
IT02: Wireless Network Topologies from the Traditional Point-to-Multipoint Networks to the State-of-the-Art Mesh Architecture Room: 302 ~ 2:45PM - 3:45PM (Wednesday, March 24, 2010)
Wireless networks can be designed with mainly three different topologies: point-to-point, point-to-multipoint and mesh. All the aforementioned topologies have advantages depending on the specific application and site we are working on. Lately wireless networks based on the mesh topology have gained a lot of traction in security and CCTV applications because of the absence of any single point of failure, and because of their intrinsic reliability and redundancy. On the other hand, point to point links, and point to multipoint networks are still very common in smaller applications, or in sites where we are unable to create multiple wireless paths for data and video streams.