| 2009 |
13 | | Li Ma,
Xingzhi Sun,
Feng Cao,
Chen Wang,
Xiaoyuan Wang,
Nick Kanellos,
Dan Wolfson,
Yue Pan:
Semantic Enhancement for Enterprise Data Management.
International Semantic Web Conference 2009: 876-892 |
12 | | Xiaoyuan Wang,
Xingzhi Sun,
Feng Cao,
Li Ma,
Nick Kanellos,
Kang Zhang,
Yue Pan,
Yong Yu:
SMDM: Enhancing Enterprise-Wide Master Data Management Using Semantic Web Technologies.
PVLDB 2(2): 1594-1597 (2009) |
| 2008 |
11 | | Weihuang Fu,
Bin Xie,
Xiaoyuan Wang,
Dharma P. Agrawal:
Flow-Based Channel Assignment in Channel Constrained Wireless Mesh Networks.
ICCCN 2008: 424-429 |
10 | | Wenchang Chu,
Xiaoyuan Wang:
Abel's lemma on summation by parts and terminating q -series identities.
Numerical Algorithms 49(1-4): 105-128 (2008) |
| 2006 |
9 | | Xiaoyuan Wang,
Wei Wang:
Continuous Expansion: Efficient Processing of Continuous Range Monitoring in Mobile Environments.
DASFAA 2006: 890-899 |
8 | | Haihong Liu,
Xiaoyuan Wang,
Derong Tan,
Lei Wang:
Study on Traffic Information Fusion Algorithm Based on Support Vector Machines.
ISDA (1) 2006: 183-187 |
7 | | Jian Xu,
Wei Wang,
Jian Pei,
Xiaoyuan Wang,
Baile Shi,
Ada Wai-Chee Fu:
Utility-based anonymization using local recoding.
KDD 2006: 785-790 |
6 | | Xiaoyuan Wang,
Qing Zhang,
Weiwei Sun,
Wei Wang,
Baile Shi:
A Coverage-Based Maximum Lifetime Data Gathering Algorithm in Sensor Networks.
MDM 2006: 33 |
5 | | Xiaoyuan Wang,
Weiwei Sun,
Wei Wang:
Bulkloading Updates for Moving Objects.
WAIM 2006: 313-324 |
4 | | Jian Xu,
Wei Wang,
Jian Pei,
Xiaoyuan Wang,
Baile Shi,
Ada Wai-Chee Fu:
Utility-based anonymization for privacy preservation with less information loss.
SIGKDD Explorations 8(2): 21-30 (2006) |
| 2005 |
3 | | Xiaoyuan Wang,
Qing Zhang,
Weiwei Sun:
GTree: An Efficient Grid-Based Index for Moving Objects.
DASFAA 2005: 914-919 |
2 | | Xiaoyuan Wang,
Qing Zhang,
Weiwei Sun,
Wei Wang,
Baile Shi:
cGridex: Efficient Processing of Continuous Range Queries over Moving Objects.
WAIM 2005: 345-356 |
| 2004 |
1 | | Xiaoyuan Wang,
Zhaowei Meng:
Study of the local-comparison change-point algorithm to analyze traffic flow breakdown.
SMC (7) 2004: 6186-6191 |