Keying material based key pre-distribution scheme. - Zhihong Liu; Jianfeng Ma 001; Qiping Huang; Sang-Jae Moon (ISI, 2008)

A pairwise key establishment scheme for heterogeneous sensor networks. - Zhihong Liu; Jianfeng Ma 001; Qiping Huang; Sang-Jae Moon (HeterSanet, 2008)

Keying Material Based Key Pre-distribution Scheme for Sensor Networks. - Zhihong Liu; Jianfeng Ma 001; Qiping Huang; Sang-Jae Moon (Ad Hoc Sens. Wirel. Networks, 2008)

Asymmetric Key Pre-distribution Scheme for sensor networks. - Zhihong Liu; Jianfeng Ma 001; Qiping Huang; Sang-Jae Moon (IEEE Trans. Wirel. Commun., 2009)

On Key Evolution over Wireless Channels. - Zhihong Liu; Yong Zeng 002; Pingjuan Zhang; Qiping Huang (Int. J. Distributed Sens. Networks, 2015)

On cooperative jamming in wireless networks with eavesdroppers at arbitrary locations. - Zhihong Liu; Jiajia Liu 001; Nei Kato; Jianfeng Ma 001; Qiping Huang (ICC, 2016)

Divide-and-conquer based cooperative jamming: Addressing multiple eavesdroppers in close proximity. - Zhihong Liu; Jiajia Liu 001; Nei Kato; Jianfeng Ma 001; Qiping Huang (INFOCOM, 2016)

On Covert Communication with Interference Uncertainty. - Zhihong Liu; Jiajia Liu 001; Yong Zeng 002; Jianfeng Ma 001; Qiping Huang (ICC, 2018)

Covert Wireless Communications with Active Eavesdropper on AWGN Channels. - Zhihong Liu; Jiajia Liu 001; Yong Zeng 002; Jianfeng Ma 001; Qiping Huang (CoRR, 2018)

Challenges in Covert Wireless Communications with Active Warden on AWGN channels. - Zhihong Liu; Jiajia Liu 001; Yong Zeng 002; Zhuo Ma 001; Jianfeng Ma 001; Qiping Huang (CoRR, 2019)

Adaptive Pixel Pair Evaluation Method for Image Matting. - Qiping Huang; Yi Liu; Fujian Feng; Yihui Liang (CISP-BMEI, 2022)

A Three-Wafer-Stacked Hybrid 15-MPixel CIS + 1-MPixel EVS With 4.6-GEvent/s Readout, In-Pixel TDC, and On-Chip ISP and ESP Function. - Menghan Guo; Shoushun Chen; Zhe Gao; Wenlei Yang; Peter Bartkovjak; Qing Qin; Xiaoqin Hu; Dahai Zhou; Qiping Huang; Masayuki Uchiyama; Yoshiharu Kudo; Shimpei Fukuoka; et al. (IEEE J. Solid State Circuits, 2023)