Computer vision algorithms and hardware implementations: A survey

Алгоритмы компьютерного зрения и их аппаратные реализации: обзор
Xin Li, Xin Feng, Youni Jiang, Xuejiao Yang, Ming Du
2019-08-06

computer visiondeep learninghardware acceleratorsimage classificationobject detection
The field of computer vision is experiencing a great-leap-forward development today. This paper aims at providing a comprehensive survey of the recent progress on computer vision algorithms and their corresponding hardware implementations. In particular, the prominent achievements in computer vision tasks such as image classification, object detection and image segmentation brought by deep learning techniques are highlighted. On the other hand, review of techniques for implementing and optimizing deep-learning-based computer vision algorithms on GPU, FPGA and other new generations of hardware accelerators are presented to facilitate real-time and/or energy-efficient operations. Finally, several promising directions for future research are presented to motivate further development in the field.
1
Deep learning has produced prominent achievements in image classification, object detection, and image segmentation.
2
GPU, FPGA, and emerging hardware accelerators enable optimization of deep-learning-based vision algorithms for real-time and energy-efficient operation.
3
The paper identifies promising future research directions for continued development of computer vision algorithms and hardware.
4
The survey emphasizes the importance of co-optimizing algorithms and hardware to support practical computer vision deployment.
5
The survey reviews recent advances in computer vision algorithms and corresponding hardware implementations.

deep-learning-based computer vision algorithms and their hardware implementations

recent progress, implementation and optimization for image classification, object detection, and image segmentation, including real-time and energy-efficient operation

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Publication Date
2019-08-06
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Xin Li
Xin Feng
Youni Jiang
Xuejiao Yang
Ming Du
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