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Wireless communication is observing a fast development in today s communication area. In mobile communication the Base Transceiver Station (BTS) to Base Station Controller (BSC) or Mobile Switching Centre (MSC) link is based on microwave link. Therefore, analysis and planning of a microwave link is very much important. The microwave equipment can be installed after a careful planning and detailed analysis a microwave radio system. A poorly designed path can result in periodic system outages, resulting in increased system latency, decreased throughput, or worst case, a complete failure of the…mehr

Produktbeschreibung
Wireless communication is observing a fast development in today s communication area. In mobile communication the Base Transceiver Station (BTS) to Base Station Controller (BSC) or Mobile Switching Centre (MSC) link is based on microwave link. Therefore, analysis and planning of a microwave link is very much important. The microwave equipment can be installed after a careful planning and detailed analysis a microwave radio system. A poorly designed path can result in periodic system outages, resulting in increased system latency, decreased throughput, or worst case, a complete failure of the system. Planning a good, stable and reliable microwave network can be quite challenging. At the same time, it poses several interesting optimization problems. The theme of thesis work an iterative technique has been presented to explain the sequential communication of signal transmission for long and short distance radio communication through microwave link with better efficiency.
Autorenporträt
M.Sc. in Electrical Engineering with emphasis on Telecommunications Engineering, Blekinge Institute of Technology(BTH), Sweden.