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8th WUWNet 2013: Kaohsiung, Taiwan
- T. C. Yang, David H. C. Du, Jianguo Huang, Payman Arabshahi, Ryan Kastner, Wen Xu:
Conference on Underwater Networks and Systems, WUWNet 2013, Kaohsiung, Taiwan, November 11-13, 2013. ACM 2013, ISBN 978-1-4503-2584-4 - Arthur B. Baggeroer:
Acoustic telemetry for the last decade and challenges for the next one. 1:1 - Son N. Le, Yibo Zhu, Zheng Peng
, Jun-Hong Cui, Zaihan Jiang:
PMAC: a real-world case study of underwater MAC. 2:1-2:8 - Jithin Jagannath
A hybrid MAC protocol with channel-dependent optimized scheduling for clustered underwater acoustic sensor networks. 3:1-3:8 - Lu Hong, Feng Hong, Bozhen Yang, Zhongwen Guo:
ROSS: receiver oriented sleep scheduling for underwater sensor networks. 4:1-4:8 - Qichao Zhao, Andrew J. Lambert
Performance validation of MAC protocols in underwater acoustic networks. 5:1-5:5 - Gang Qiao, Jianmin Yang, Xuefei Ma, Y. Zhang, H. Dong:
Simulation and experimental verification of MAC protocols for underwater acoustic communication networks. 6:1-6:5 - Lina Pu, Yu Luo, Zheng Peng
Traffic estimation based receiver initiated MAC for underwater acoustic networks. 7:1-7:5 - Iwao Nakano, Hiroshi Ishida, Ichiro Deguchi:
Measurement system for acoustic monitoring of rip currents. 8:1-8:5 - Yuhan Dong
On the capacity of underwater wireless optical channels. 9:1-9:4 - Jun Wang, Haibin Wang, Renhe Zhang, Fenghua Li:
Chaotic modulations for digital underwater acoustic communications. 10:1-10:2 - Andhi Indira Kusuma
Simulation of time varying surface effect in underwater communication testing platform. 11:1-11:2 - Guang-yu Fan, Huifang Chen, Lei Xie, Jun-Hong Cui:
A bidirectional TDMA protocol for underwater acoustic sensor networks. 12:1-12:2 - Shengming Jiang
On the marine internet and its potential applications for underwater inter-networking. 13:1-13:2 - Shengxing Liu, Shenyang Xiao:
Joint DFE with LDPC decoding for anti-multipath over underwater acoustic channels. 14:1-14:2 - ChengBing He
Single-carrier block transmission in time reversal shortened underwater acoustic channels. 15:1-15:2 - T. C. Yang:
Potentials of distributed networked underwater sensing systems. 16:1-16:2 - Xinyi Sun, Desen Yang, Lianjin Hong:
Second-order quantity sensitivities of underwater acoustic dyadic sensors combined with accelerometers. 17:1-17:2 - Jinxing Hao, Jintao Wang, Yahong Rosa Zheng
Study of low-rate OOK and BPSK transmission with PN sequence in shallow water acoustic communication. 18:1-18:2 - Ye Bai, Xueli Sheng, Chunyan Sun, Jin Han:
Study of a speech coding algorithm based on a contact conduction transmitter in a complicated water area. 19:1-19:2 - Yuehai Zhou, Kun Zeng, Dongsheng Chen, Feng Tong:
Lake trial of a multi-hop underwater acoustic network for ocean transect sampling. 20:1-20:2 - Linus Chiu, Chi-Fang Chen:
Measured channel impulse responses for a mobile source in the northeastern sea off Taiwan. 21:1-21:2 - Yun Liu, Fangjiong Chen, Fei Ji, Hua Yu, Jun Zhang:
A new amphibious network infrastructure with hybrid acoustic and radio links. 22:1-22:2 - Guolong Liang, Fubin Pang, Guangpu Zhang:
Influences of sound scattering on the measurement of vector sensors by different installation locations under a cylindrical baffle. 23:1-23:2 - Dajun Sun, Youwen Zhang, Jigang Dong:
Design and implementation of a distributed underwater acoustic communication network simulator based on CORBA middleware and a software-defined MODEM. 24:1-24:2 - Dongsheng Chen, Feng Tong, Xiaomei Xu:
Fuzzy demodulation of frequency hopped underwater acoustic communication signals. 25:1-25:2 - Kun Zeng, Yuehai Zhou, Fei-Yun Wu, Feng Tong:
Design of a small acoustic modem for dense and low-cost oceanographic monitoring. 26:1-26:2 - Beatrice Tomasi
Energy efficient transmission scheduling for non-stationary underwater acoustic channels. 27:1-27:2 - Michael Zuba, T. C. Yang, Jun-Hong Cui:
The impact of intensity fluctuations on network throughput on selected MAC. 28:1-28:2 - William A. Kuperman, H. C. Song:
Acoustic model and data-based signal processing. 29:1 - Chaowu Zhan, Fang Xu, Xiaoyi Hu:
Parallel combinatory multicarrier frequency-hopped spread spectrum for long range and shallow underwater acoustic communications. 30:1-30:7 - Hua Yu, Aijun Song, Mohsen Badiey, Fangjiong Chen, Fei Ji:
Iterative estimation of the time-varying underwater acoustic channel using basis expansion models. 31:1-31:8 - S. H. Huang, T. C. Yang, Jenho Tsao:
Tracking time-varying correlated underwater acoustic channels in the signal subspace. 32:1-32:7 - Xilin Cheng, Miaowen Wen
Effective self-cancellation of intercarrier interference for OFDM underwater acoustic communications. 33:1-33:5 - Songtao Lu
Underwater acoustic network with random access: a physical layer perspective. 34:1-34:5 - Lei Wan, Hao Zhou, Xiaoka Xu, Yi Huang, Shengli Zhou, Zhijie Shi, Jun-Hong Cui:
Field tests of adaptive modulation and coding for underwater acoustic OFDM. 35:1-35:5 - Cristiano Tapparello
Performance evaluation of forwarding protocols for the RACUN network. 36:1-36:8 - Yifan Sun
The internet underwater: an IP-compatible protocol stack for commercial undersea modems. 37:1-37:8 - Jinwang Yi, Diba Mirza
Joint time synchronization and tracking for mobile underwater systems. 38:1-38:8 - Qiang Zhang, Senlin Zhang, Meiqin Liu:
A clock synchronization independent localization scheme for underwater wireless sensor networks. 39:1-39:5 - Jingwei Yin, Pengyu Du, Xin Wang:
Research on space division multiple access underwater acoustic communication. 40:1-40:5 - Beixiong Zheng
Least-symbol-error-rate adaptive decision feedback equalization for underwater channel. 41:1-41:5 - Jenhwa Guo:
Design of underwater robots for live exhibition in a museum of marine science and technology. 42:1-42:2 - Chiara Petrioli
SUNSET version 2.0: enhanced framework for simulation, emulation and real-life testing of underwater wireless sensor networks. 43:1-43:8 - Dale Green, Steven J. McManus:
Collision avoidance passive sonar. 44:1-44:4 - Jin-Yuan Liu
Experiments conducted in the marine test field at Sizihwan coastal area in Kaohsiung, Taiwan. 45:1-45:4 - Son N. Le, Zheng Peng
SeaLinx: a multi-instance protocol stack architecture for underwater networking. 46:1-46:5 - Wencen Wu, Dongsik Chang, Fumin Zhang
Glider CT: reconstructing flow fields from predicted motion of underwater gliders. 47:1-47:8 - Yan Wang, Nan Zou, Jin Fu, Guolong Liang:
Underwater acoustic remote control based on time-frequency joint coding. 48:1-48:5 - Wen-Jun Zeng, Zibin Yu, Wen Xu
Experimental demonstration of time reversal communication in doubly dispersive underwater channels. 49:1-49:5
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