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ENHANCING VIDEO STREAMING TRANSMISSION IN 5 GHZ FANET DRONES PARAMETERS

机译:增强5 GHz Fanet Drones参数中的视频流传输

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摘要

Recently small and silent Unmanned aerial vehicles (UAV) (drones) have become extensively available and used in different sensitive areas around the globe, i.e., Security, military, monitoring, police, and many more, with advanced capability feature of video recording integration while flying. All these devices use dual frequencies of IEEE 802. 11n 2.4 GHz and 5 GHz during data transmission, and due to the mobility of these devices, it's hard to deliver the date between the drones efficiently. Therefore, it's very important to optimize and enhance the transmission for videos streaming between these drones with minimum delay and higher throughput. In this paper, an attempt will be made to optimize and enhance video streaming transmission performance of 5 GHz Frequency drones with a fixed trajectory, in terms of delay, throughput, and retransmission attempts.
机译:最近的小而沉默的无人驾驶航空公司(无人机)(无人机)已广泛可用,用于全球各地的不同敏感区域,即安全性,军事,监控,警察等等,具有视频录制集成的先进功能特征 飞行。 所有这些设备在数据传输期间使用IEEE 802的双频。11N 2.4 GHz和5 GHz,并且由于这些设备的移动性,很难有效地在无人机之间提供日期。 因此,优化和增强这些无人机之间的视频传输,最小延迟和更高的吞吐量是非常重要的。 在本文中,在延迟,吞吐量和重传尝试方面,将尝试通过固定轨迹优化和提高5 GHz频率无人机的视频流传输性能。

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