Visible Light Communication on LED-equipped Drone and Object-Detecting Camera for Post-Disaster Monitoring

Takano, Hiroki; Hisano, Daisuke; Nakahara, Mutsuki; Suzuoki, Kosuke; Maruta, Kazuki; Onodera, Yukito; Yaegashi, Ryo; Nakayama, Yu

doi:10.1109/vtc2021-spring51267.2021.9448902

Cited by 16 publications

(1 citation statement)

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“…The use of a quadcopter for object detection applications requires a computing platform installed onboard. The platform is able to use Arduino [22], Raspberry Pi, NVIDIA Jetson [23], and others. Therefore, several things that need to be considered in its implementation are the platform type, hardware components, and communications.…”

Section: A Quadcoptermentioning

confidence: 99%

Exploration of The Impact of Kernel Size for YOLOv5-based Object Detection on Quadcopter

Rahmania

Corputty

Wibowo

et al. 2022

JOIV : Int. J. Inform. Visualization

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Drones or quadcopters have been widely used in various fields based on deep learning, especially object detection. However, drone vision characteristics such as occlusion and small objects are still being explored for performance in terms of accuracy and speed detection. The YOLO architecture is very commonly used for cases requiring high-speed detection. To overcome the limitations of drone vision, in this paper, we explore the size of the YOLOv5s backbone kernel in the shallowest convolutional layer to achieve better performance. The kernel is a filter that has a main role in the feature map, and it defines the size of the convolution matrix, and the resulting features in the shallowest convolutional layer are more representative of the case of object detection and recognition. The techniques can be divided into three major categories: (1) data preprocessing, which involves augmentation and normalization of the data, (2) kernel size exploration in the shallowest convolutional layer of the YOLOv5s, and (3) model implementation in the real environment using the quadcopter. The dataset consisted of four classes representing dragon fruit, snake fruit, banana, and pineapple, with a total of 8000 data. Exploration results with kernel size give promising results. Kernel sizes 5 and 7 give an mAP of 0.988. Through these results, modification of the kernel size provides an opportunity for more in-depth investigations, such as with the epoch parameter, padding scheme, and other optimization techniques.

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Section: A Quadcoptermentioning

confidence: 99%