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18篇 您的检索式:作者名="WAN Pengjun"
    题名 作者 年代 出处 被引量
1Distributed Construction of Connected Dominating Set in Wireless Ad Hoc Networks显示文摘Wan Pengjun Alzoubi K M Frieder O 2004Mobile Networks and Applications2004,9,2:1
2A Distributed and Efficient Flooding Scheme Using 1-hop Information in Mobile Ad Hoc Networks显示文摘Liu Hai Jia Xiaohua Wan Pengjun 2007IEEE Transactions on Parallel and Distributed Systems2007,18,5:1
3Distributed Construction of Connected Dominating Set in Wireless Ad hoc Networks显示文摘Wan Pengjun Alzoubi K M Frieder G 2004Mobile Networks and Applications2004,9,2:1
4Distributed Construc- tion of Connected Dominating Set in Wireless Ad Hoc Net- works显示文摘Wan Pengjun Alzoubi K M Frieder O 2004Mobile Networks and Applications2004,9,2:1
5Distributed Construction of Connected Dominating Set in Wireless Ad Hoc Networks 显示文摘WAN Pengjun ALZOUBI K FRIEDER O Mobile Networks and Applications0,9,2:1
6Distributed construction of connected dominating set in wireless ad hoc networks 显示文摘WAN Pengjun Alzoubi M Khaled Fireder Ophir 2002Journal of Communications and Networks2002,4,1:1
7Approximation Algorithms for Conflict-Free Channel Assignment in Wireless Ad Hoc Net- works显示文摘WAN Pengjun Yl Chih-wei JIA Xiaohua 2006Wireless Communications and Mobile Computing -- Special Issue on Ad Hoc Wire- less Networks2006,6,2:1
8Maximizing lifetime of sensor surveillance systems显示文摘LIU HAI JIA XIAOHUA WAN PENGJUN 2007IEEE/ACM Transactions on Networking2007,15,2:1
9Onminimum w-connected -dominating set problem in unit discgraphs 显示文摘Shang Weiping Yao Frances Wan Pengjun 2008Journal of Combinatorial Optimization2008,16,2:1
10Coverage in wireless adHoc sensor networks显示文摘XIANGYANG LI PENGJUN WAN OPHIR FRIEDER 2003IEEE Transactions on Computer(SO018-9340)2003,52,6:1
11Grooming of Arbitrary Traf- fic in SONET/WDM BLSRS 显示文摘WAN Pengjun LIU Liwu FRIEDER O 2000Journal on Selected Areas in Com- munications2000,18,10:1
12Coverage in wireless Ad-hoc sensor networks显示文摘LI Xiangyang WAN Pengjun FRIEDER O 2003IEEE Transactions on Computers2003,52,6:1
13Broadcast scheduling in interference environment显示文摘Huang S C H Wan Pengjun Deng Jing 2008IEEE Trans on Mobile Computing2008,7,11:1
14Distributed construction of connected dominating sets in wireless ad hoc networks显示文摘Wan Pengjun Alzoubi K M Frieder O 2004ACM/Kluwer Mobile Networks and Applications (MONET)2004,9,2:1
15Maximizing Lifetime of Sensor Surveillance Systems显示文摘Liu Hai Jia Xiaohua Wan Pengjun 2007IEEE/ACM Transactions on Networking2007,15,2:1
16Coverage in Wireless Ad Hoc Sensor Networks显示文摘Li Xiangyang Wan Pengjun Frieder Ophir 2003IEEE Transactions on Computers (S0018-9340)2003,52,6:1
17Minimum CDS inmultihop wireless networks with disparate communicationranges 显示文摘Wang Linxin Wan Pengjun Yao Frances 2013IEEE Trans on Mobile Computing2013,12,5:1
18Effective Algorithms to Detect Stepping-Stone Intrusion by Removing Outliers of Packet RTTs显示文摘An effective method to detect stepping-stone intrusion(SSI)is to estimate the length of a connection chain.This type of detection method is referred to as a network-based detection approach.Existing network-based SSI detection methods are either ineffective in the context of the Internet because of the presence of outliers in the packet round-trip times(RTTs)or inefficient,as many packets must be captured and processed.Because of the high fluctuation caused by the intermediate routers on the Internet,it is unavoidable that the RTTs of the captured packets contain outlier values.In this paper,we first propose an efficient algorithm to eliminate most of the possible RTT outliers of the packets captured in the Internet environment.We then develop an efficient SSI detection algorithm by mining network traffic using an improved version of k-Means clustering.Our proposed detection algorithm for SSI is accurate,effective,and efficient in the context of the Internet.Well-designed network experiments are conducted in the Internet environment to verify the effectiveness,correctness,and efficiency of our proposed algorithms.Our experiments show that the effective rate of our proposed SSI detection algorithm is higher than 85.7%in the context of the Internet.Lixin Wang Jianhua Yang Michael Workman Pengjun Wan 2022Tsinghua Science and Technology2022,27,2:0
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