Abstract :
The use of the ADS-B ground receiver network onflights is very helpful in increasing the coverage, accuracy and seed in sending information between aircraft and air traffic control and from aircraft to other aircraft to avoid airtraffic accidents. The role of the ADS-B ground receiver network in distributing flight data for air traffic control is very large, especially in remote areas. This test is carried out using packet sniffing and remote acces methods on the FR24Box receiver to obtain ADS-B out data sent from the aircraft with a frequency of 1090MHZ. The test results show that the average value of the transmisssion from the plane to the receiver produces a latency value of 81.824 ms, a jitter value of 158.234 ms, and a throughput of 1903.298 bytes/s, while the transmission from the device to the server has an average latency value of 12,7 ms, the jitter value is 32.9 ms and the throughput is 5776.9 byte/s and the transmission pattern used by the FR24Box is a store and forward system.
Keywords : ADS-B, ground Receiver network, Packet Sniffing, Quality Of Services, Transmission.