This paper presents a low-power programmable dynamic gesture recognition chip based on a RISC-V processor using RGB images.

This paper presents a low-power programmable dynamic gesture recognition chip based on a RISC-V processor using RGB images. The chip uses two gesture ...

svg"><mml:mi>μ</mml:mi></mml:math>W real-time dynamic gesture recognition chip based on RISC-V processor ... μW infrared gesture recognition processor for smart ...

A 28 nm, 397 μW real-time dynamic gesture recognition chip based on RISC-V processor. Microelectron. J. 116: 105219 (2021). [j15]. view. electronic edition via ...

A 28 nm, 397 μ W real-time dynamic gesture recognition chip based on RISC-V processor ... The power consumption of the recognition mode is 397 μW at 0.584 ...

A 28 nm, 397 μW real-time dynamic gesture recognition chip based on RISC-V processor. YL Zhang, Q Li, H Zhang, WZ Wang, J Han, XY Zeng, X Cheng.

Apr 25, 2024 · A 28 nm, 397 μW real-time dynamic gesture recognition chip based on RISC-V processor. Microelectron. J. 116: 105219 (2021). [+][–]. 2010 ...

An ACF<0.03 low-power software PUF based on the RISC-V processor for IoT security ... A 28 nm, 397 μW real-time dynamic gesture recognition chip based on RISC-V ...

A 28 nm, 397 μW real-time dynamic gesture recognition chip based on RISC-V processor · Volume 116 of Microelectron. J. journal. Page 105219. Yong-Liang Zhang ...

We propose an interactive game utilizing real-time skeleton-based hand gesture recognition, which aims to assist rehabilitation exercises by improving the hand- ...