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Your search keyword '"Zhai, Zhongyi"' showing total 11 results
Start Over Author "Zhai, Zhongyi" Publication Type Conference Materials
11 results on '"Zhai, Zhongyi"'

3. Reflector

Author

Al-Mamun, Abdullah, primary, Liu, Jialin, additional, Li, Tonglin, additional, Koziol, Quincey, additional, Zhai, Zhongyi, additional, Qian, Junyan, additional, Shen, Haoting, additional, and Zhao, Dongfang, additional

Published
2020
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5. Poster

Author

Feng, Yimeng, primary, Cheng, Bo, additional, Zhao, Shuai, additional, Zhai, Zhongyi, additional, Wang, Zhaoning, additional, Niu, Meng, additional, and Chen, Junliang, additional

Published
2017
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6. Poster

Author

Niu, Meng, primary, Cheng, Bo, additional, Zhai, Zhongyi, additional, Feng, Yimeng, additional, and Chen, Junliang, additional

Published
2017
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8. EasyApp

Author

Wang, Zhaoning, primary, Cheng, Bo, additional, Zhai, Zhongyi, additional, Jin, Ying, additional, Feng, Yimeng, additional, and Chen, Junliang, additional

Published
2016
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10. Design and Implementation

Author

Zhai, Zhongyi, primary, Cheng, Bo, additional, Wang, Zhaoning, additional, Liu, Xuan, additional, Liu, Meng, additional, and Chen, Junliang, additional

Published
2016
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11. A Lightweight Timestamp-based MAC Detection Scheme for XOR Network Coding in Wireless Sensor Networks.

Author

Zhai, Zhongyi, Qian, Junyan, Tao, Yuan, Zhao, Lingzhong, and Cheng, Bo

Subjects
LINEAR network coding, WIRELESS sensor networks, INFORMATION-theoretic security, MALWARE, SYNCHRONIZATION
Abstract

Network coding has become a promising approach to improve the communication capability for WSN, which is vulnerable to malicious attacks. There are some solutions, including cryptographic and information-theory schemes, just can thwart data pollution attacks but are not able to detect replay attacks. In the paper, we present a lightweight timestamp-based message authentication code method, called as TMAC. Based on TMAC and the time synchronization technique, the proposed detection scheme can not only resist pollution attacks but also defend replay attacks simultaneously. Finally [ABSTRACT FROM AUTHOR]

Published
2018
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