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The need of additional trained manpower and back bone systems are also a challenge in these methods. As there are several advantages for fiber optics-based communication systems, the study proposes a method of multichannel transmission of sensor data through fiber optic communication system. As a part of the simulation study, it also analyses the results with and without EDFA optical booster. Sensor data plays a major role in many conventional and emerging fields of technologies -weather prediction, natural calamity (like flood, land sliding) prediction and warning systems, home automation,…mehr

Produktbeschreibung
The need of additional trained manpower and back bone systems are also a challenge in these methods. As there are several advantages for fiber optics-based communication systems, the study proposes a method of multichannel transmission of sensor data through fiber optic communication system. As a part of the simulation study, it also analyses the results with and without EDFA optical booster. Sensor data plays a major role in many conventional and emerging fields of technologies -weather prediction, natural calamity (like flood, land sliding) prediction and warning systems, home automation, fire alarms, IoT etc. are a few to name. So, the proper handling of sensor data is a challenge which can be addressed through innovative methods. One of the many challenges that may need to be addressed is the transmission of sensor data from the site to analysis station located at a distance. The conventional methods of using Wi-Fi systems/drones may not be feasible with all weather conditions and demographic terrains.
Autorenporträt
Il Dr. Chakresh Kumar lavora come professore assistente in USICT presso l'Università Guru Gobind Singh Indraprastha, Nuova Delhi, India.Il Dr. Ghanendra Kumar lavora come professore assistente in USAR presso l'Università Guru Gobind Singh Indraprastha, Nuova Delhi, India.