طراحي، شبيه سازي و ارزيابي يك سامانه هدايت و ناوبري امن هوايي بر اساس شبكه چند مسيري مبتني بر مبدا و بارگذاري وفقي

Design, Simulation, and Evaluation of a Secure Air Navigation Based on Multipath, Adaptive Loading and Wireless Ad Hoc Networks

Air operations in a broad pattern of a collection of hundreds of warplane and air support aircraft, the efficient communication platform for achieving the goals and guiding its operations, navigation systems are networked. The network according to the mobility pattern of birds as a specific mobile wireless networks is that in addition to advantages such as tolerance against error, reduced impact aggressors during the discovery process to identify and track the data transfer, ability to discover multipath for the exchange of information can have increased reliability. In this paper, systems and protocols designed for having of these advantages, the encoding, encryption, routing and loading several adaptive algorithms are used that increase efficiency and security and finally, increase the ratio of normal delivery package will be sent to the whole package. Simulation results show the proposed algorithm, the average speed packet transfer rates, approximately %1 increase and with increasing percentage of the attacker security, concurrent additional overhead on average % 12 decreases. Keywords: Navigation System network- Security- Ad hoc On-Multi Demand Distance Vector - Mobile Ad Hoc Networks