Aerobiology, brophysrcal studies through integration of zrgbee communication protocols 1n fixed wing air vehicle for dam regions

Aerobiological sampling using unmanned Micro Air Vehicles (MAVs) on Long-Term Behaviour and Environmentally Friendly Rehabilitation Technologies of Dams is an exciting research field blending various scientific and engineering disciplines. The biological data collected surroundings the Dams using MAVs helps to better understand the atmospheric transport of microorganisms. Aerobiological research aims to improve our understanding of these aerial organisms to ensure human health and to help sustain and safely manage terrestrial ecosystems, including important food resources. Airborne bacteria, fungi, viruses and pollen are responsible for many human respiratory diseases and allergies. Autopilot-equipped MAVs can accurately sample along pre-defmed flight plans and precisely regulated altitudes with help of GPS (Global Position System). They can provide even greater utility when they are networked together in coordinated sampling missions: such measurements can yield further information about the aerial transport process quickly and efHciently. Accordingly, the problem of coordinating multiple autonomous vehicles to address scientific and other missions has enjoyed increased attention from researchers

کلیدواژه ها:

Communications Engineering ، Aerobiology Instrumentation ، Biophysics Engineering and LTBD