Flying weather network system based on wireless sensor, a flights investigation

Abstract

The most basic problem for the Flying Weather Network (FWN) System is the flight of the sub-system. The use of a sub-system Unmanned Aerial Vehicles (UAV) or modified drone quadcopter, employed in a consistent work together along a predetermined route. Cooperation in the FWN system, the system consists of several sub-systems ie drones, some Sensor Nodes (IoT devices), weather monitoring stations. When the drone starts to fly it is in a state connected to FWN using wireless network media. Some Sensor Nodes record meteorological data and then send data to a weather monitoring station after that sent to cloud computing, sending meteorological data to a weather monitoring station via the drone subsystem. Investigation of drone flight as a sub-system which is a telemetry, medium is necessary to maintain consistency and accuracy for recording data. The investigation is carried out into several parts of testing and investigation, namely flight mode testing, quadcopter balance test for tensile disturbances, investigation of autonomous mode and investigation of drone rate point in autonomous mode of state or actual coordinates, and failsafe system investigation of failure condition experienced ie failure on voltage and RC signal transmitter.