Search

Your search keyword '"Lai, Xinhua"' showing total 15 results
Start Over Author "Lai, Xinhua"
15 results on '"Lai, Xinhua"'

5. 基于高精度抖动补偿系统的星模拟技术

Author

Yang Yongxing, 杨永兴, primary, Wang Xinrui, 王鑫蕊, additional, Zhu Yunzhi, 朱韵至, additional, Lai Xinhua, 赖新华, additional, Li Qitong, 李启统, additional, Chen Beibei, 陈北北, additional, Zhang Jingyuan, 张景源, additional, and Li Jinpeng, 李金鹏, additional

Published
2022
Full Text
View/download PDF

7. 采用单位激励与逆向复算的2 m平面镜检测技术

Author

Wang Xinrui, 王鑫蕊, primary, Yang Yongxing, 杨永兴, additional, Li Qitong, 李启统, additional, Zeng Changyu, 曾昶宇, additional, Li Jinpeng, 李金鹏, additional, Wang Saiya, 王赛亚, additional, Lai Xinhua, 赖新华, additional, and Zhao Jinbiao, 赵金标, additional

Published
2022
Full Text
View/download PDF

8. 基于高精度抖动补偿系统的星模拟技术

Author

杨永兴 Yang Yongxing, 王鑫蕊 Wang Xinrui, 朱韵至 Zhu Yunzhi, 赖新华 Lai Xinhua, 李启统 Li Qitong, 陈北北 Chen Beibei, 张景源 Zhang Jingyuan, and 李金鹏 Li Jinpeng

Subjects
Atomic and Molecular Physics, and Optics, Electronic, Optical and Magnetic Materials
Published
2022

9. 基于800 mm口径半椭球反射镜的高温材料光谱发射率测量技术

Author

杨永兴 Yang Yongxing, 王鑫蕊 Wang Xinrui, 陈北北 Chen Beibei, 管恒睿 Guan Hengrui, 李金鹏 Li Jinpeng, 张景源 Zhang Jingyuan, 赖新华 Lai Xinhua, and 赵金标 Zhao Jinbiao

Subjects
Atomic and Molecular Physics, and Optics, Electronic, Optical and Magnetic Materials
Published
2022

10. 采用单位激励与逆向复算的2 m平面镜检测技术

Author

王鑫蕊 Wang Xinrui, 杨永兴 Yang Yongxing, 李启统 Li Qitong, 曾昶宇 Zeng Changyu, 李金鹏 Li Jinpeng, 王赛亚 Wang Saiya, 赖新华 Lai Xinhua, and 赵金标 Zhao Jinbiao

Subjects
Space and Planetary Science, Aerospace Engineering, Electrical and Electronic Engineering, Atomic and Molecular Physics, and Optics
Published
2022

15. MoO x Synaptic Memristor with Programmable Multilevel Conductance for Reliable Neuromorphic Hardware.

Author

Dong X, Sun H, Lai X, Yang F, Ma T, Zhang X, Chen J, Zhao Y, Chen J, Zhang X, and Li Y

Abstract

Memristor holds great potential for enabling next-generation neuromorphic computing hardware. Controlling the interfacial characteristics of the device is critical for seamlessly integrating and replicating the synaptic dynamic behaviors; however, it is commonly overlooked. Herein, we report the straightforward oxidation of a Mo electrode in air to design MoO x memristors that exhibit nonvolatile ultrafast switching (0.6-0.8 mV/decade, <1 mV/decade) with a high on/off ratio (>10 4 ), a long durability (>10 4 s), a low power consumption (17.9 μW), excellent device-to-device uniformity, ingeniously synaptic behavior, and finely programmable multilevel analog switching. The analyzed physical mechanism of the observed resistive switching behavior might be the conductive filaments formed by the oxygen vacancies. Intriguingly, upon organization into memristor-based crossbar arrays, in addition to simulated multipattern memorization, edge detection on random images can be implemented well by parallel processing of pixels using a 3 × 3 × 2 array of Prewitt filter groups. These are vital functions for neural system hardware in efficient in-memory computing neural systems with massive parallelism beyond a von Neumann architecture.

Published
2024
Full Text
View/download PDF

Catalog

Books, media, physical & digital resources
See catalog results