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Object tracking bot using on-board Jetson TK1: An approach to reduce communication overhead and time delay

机译:对象跟踪机器人使用车载jetson tk1:一种减少通信开销和时间延迟的方法

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Image processing has become a vital part of real time applications in today's world. However, real time image processing on mobile robots, drones and/or miniature robotic cars is still a complex task due to its high computational needs and communication overheads. The computation power of currently used embedded processing boards like Raspberry Pi, BeagleBone Black is sufficient but not enough for efficient processing in real time applications. This paper represents the combination of two disciplines related to image processing: Object recognition and Object following(tracking). In this paper, image processing is implemented in order to detect a particular object and follow it using huge computation power of Jetson TK1; NVIDIA's embedded Linux development platform featuring a Tegra Kl SOC (CPU+GPU(192 cores)+ISP in a single chip). In this paper we have implemented on-board computing to reduce the communication overhead and the time delay that occurs when the processing unit is located at a remote location.
机译:图像处理已成为当今世界实时应用的重要组成部分。然而,由于其高计算需求和通信开销,移动机器人,无人机和/或微型机器人车辆上的实时图像处理仍然是一个复杂的任务。当前使用的嵌入式加工板的计算能力如覆盆子PI,Beaglebone Black足够但不足以在实时应用中有效处理。本文代表了与图像处理相关的两条学科的组合:对象识别和对象之后(跟踪)。在本文中,实现了图像处理,以便检测特定对象并使用Jetson TK1的巨大计算能力遵循它; NVIDIA的嵌入式Linux开发平台,具有Tegra KL SoC(CPU + GPU(192核)+ ISP在单个芯片中)。在本文中,我们已经实现了在板上计算,以减少处理单元位于远程位置时发生的通信开销和发生的时间延迟。

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