[ Biography
| Research Interests
| Selected Publications | Projects
| Academic Experiences
| Professional Activities | Awards
]
Biography
Shaojie Tang is currently an
Assistant Professor (Research Track) at Department of Computer and Information
Science of Temple University. He obtained his Ph.D. degree in the Department of
Computer Science at Illinois Institute of Technology. He received the B.S.
degree from the Department of Radio Engineering at Southeast University in 2006.
Research Interests
Cyber Physical Systems, Distributed
Systems and Wireless Sensor Networks/RFID, Privacy and Security, Social
Computing, Mobile Cloud Computing.
Selected Publications (full list)
Selected Journal Publications
- [ToN] X. Xu, Xiang-Yang Li, P. Wan and Shaojie Tang.
Efficient
Scheduling for Periodic Aggregation Queries in Multihop
Sensor Networks, In IEEE Transactions on Networking (ToN), 2011.[PDF]
- [ToN]
Xiang-Yang Li, Y. Liu, S. Li and Shaojie Tang.
Multicast
Capacity of Wireless Ad Hoc Networks under Gaussian Channel Model,
In IEEE Transactions on Networking (ToN), 2009.[PDF]
(12+ Citations)
- [TMC] C. Wang, Shaojie Tang,
Xiang-Yang Li and C. Jiang. Multicast Capacity Scaling Laws for Multihop Cognitive Networks,
In IEEE
Transactions on Mobile Computing (TMC), 2011, to appear.
- [TPDS] X. Mao, Shaojie Tang,
X. Xu, Xiang-Yang Li and H. Ma. Energy Efficient
Opportunistic Routing in Wireless Sensor Networks,
In IEEE
Transactions on Parallel and Distributed Systems (TPDS), 2011.[PDF]
- [TPDS] ShaoJie Tang,
Xiang-Yang Li, J. Yuan, C. Wang A Framework for Amazon EC2 Bidding Strategy
under SLA Constraints,
In IEEE Transactions on Parallel
and Distributed Systems (TPDS), 2012
- [TPDS] S. Chen, M. Huang, Shaojie Tang and Y. Wang. Capacity of Data
Collection in Arbitrary Wireless Sensor Networks,
In IEEE
Transactions on Parallel and Distributed Systems (TPDS), 2011.[PDF]
- [TC] C. Wang, C. Jiang, Xiang-Yang
Li, Shaojie Tang, Y. He, X. Mao and
Y. Liu. Scaling
Laws of Multicast Capacity for Power-Constrained Wireless Networks under
Gaussian Channel Model, In IEEE Transactions on Computers
(TC), 2011.[PDF]
- [WINET] Shaojie Tang,
X. Mao, Xiang-Yang Li and C. Wang. Impact of Deployment Size on the Asymptotic
Capacity for Wireless Ad Hoc Networks under Gaussian Channel Model, In ACM Wireless Networks (WINET), 2010.[PDF]
- [TMC] C. Wang, Xiang-Yang Li, C.
Jiang, Shaojie Tang
and Y. Liu. Multicast Throughput for Hybrid Wireless Networks under Gaussian
Channel Model,
In IEEE Transactions on Mobile Computing
(TMC), 2010.[PDF](8+ Citations)
- [TPDS] S. Wang, X. Mao, Shaojie Tang, Xiang-Yang Li,
J. Zhao and G. Dai. On "Movement-Assisted Connectivity Restoration in Wireless
Sensor and Actor Networks", In IEEE Transactions on
Parallel and Distributed Systems (TPDS), 2010.[PDF]
- [TPDS] X. Xu,
S. Wang, X. Mao, Shaojie Tang
and Xiang-Yang Li. A Delay Efficient Algorithm for Data Aggregation in Multi-hop
Wireless Sensor Networks, In IEEE Transactions on Parallel
and Distributed Systems (TPDS), 2009.[PDF](8+ Citations)
- [TMC] Y. Wu, Shaojie Tang,
P. Xu and Xiang-Yang Li. Dealing with
Selfishness and Moral Hazard in Non-Cooperative Wireless Networks,
In IEEE Transactions on Mobile Computing (TMC), 2009.[PDF]
- [PMC] Debraj
De, Shaojie Tang, Wen-Zhan Song,
Diane Cook, Sajal K. Das. ActiSen: Activity-aware
Sensor Network in Smart Environments,
Pervasive and Mobile
Computing Journal (PMC), to appear 2012. ScienceDirect's TOP 25 Hottest Articles within the Pervasive and Mobile Computing Journal.
- [TC] P. Xu,
Xiang-Yang Li, Shaojie Tang
and J. Zhao. Efficient and Strategyproof Spectrum
Allocations in Multi-Channel Wireless Networks, In IEEE
Transactions on Computers (TC), 2009.[PDF]
(MORE)
Selected Conference Publications
- [INFOCOM'12] Xiang-Yang Li, P.
Yang, Y. Yan, L. You, Shaojie Tang,
Q. Huang. Almost Optimal Accessing of Nonstochastic
Channels in Cognitive Radio Networks,
IEEE International
Conference on Computer Communications, 2012. (18% Acceptance ratio)
- [INFOCOM'12] C. Bo, D. Ren, Shaojie Tang
etal. Locating Sensors in the Forest: A Case Study
in GreenOrbs,
IEEE International
Conference on Computer Communications, 2012. (18% Acceptance ratio)
- [INFOCOM'12] J. Wang, Shaojie Tang, B. Yin,
Xiang-Yang Li. Data Gathering in Wireless Sensor Networks Through Intelligent
Compressive Sensing,
IEEE International Conference on
Computer Communications, 2012. (20% Acceptance ratio)
- [MobiHoc'12] Shaojie Tang etal. Closing the Gap in the Multicast
Capacity of Hybrid Wireless Networks,
In the ACM International
Symposium on Mobile Ad Hoc Networking and Computing, 2012. (20% Acceptance
ratio)
- [MobiHoc'12] P.-J. Wan, X.-H. Xu, Z. Wang, Shaojie Tang,
and Z. G. Wan Stability Analyses of Longest-Queue-First Link Scheduling in MC-MR
Wireless Networks,
In the ACM International Symposium on Mobile
Ad Hoc Networking and Computing, 2012. (20% Acceptance ratio)
- [ICNP'11] Shaojie Tang,
X. Mao and Xiang-Yang Li. Efficient and Fast Distributed Top-k Query
Protocol in Wireless Sensor Networks,
In
The 19th IEEE International Conference on Network Protocols, Vancouver,
Canada, October, 2011, to appear. (16% Acceptance ratio)
- [RTSS'11] Shaojie Tang,
Xiang-Yang Li, H. Zhang, J. Han, G. Dai and X. Shen.
TelosCAM: Identifying Burglar Through Networked Sensor-Camera Mates with Privacy
Protection,
In The 32nd IEEE Real-Time Systems Symposium,
Vienna, Austria, November, 2011, to appear. (21% Acceptance ratio)
- [ICDCS'11] Shaojie Tang,
Xiang-Yang Li, X. Shen, J. Zhang, G. Dai and S.
Das. Cool:
On Coverage with Solar-Powered Sensors,
In The 31st
International Conference on Distributed Computing Systems, Minneapolis,
USA, June, 2011. (15.4% Acceptance ratio)[PDF]
- [INFOCOM'11] Shaojie Tang,
J. Yuan, X. Mao, Xiang-Yang Li, W. Chen and G. Dai. Relationship
Classification in Large Scale Online Social Networks and Its Impact on
Information Propagation,
In The 30th
IEEE International Conference on Computer Communications, Shanghai, China,
April, 2011. (15.96%
Acceptance ratio)[PDF]
- [INFOCOM'11] C. Wang, Y. Liu,
Xiang-Yang Li and Shaojie Tang.
Aggregation
Capacity of Wireless Sensor Networks: Extended Network Case,
In The 30th IEEE International Conference on Computer Communications,
Shanghai, China, April, 2011. (15.96% Acceptance ratio)[PDF]
- [INFOCOM'11] C. Wang, Xiang-Yang
Li, C. Jiang, Shaojie Tang
and Y. Liu. General Capacity Scaling of Wireless Networks,
In
The 30th IEEE International Conference on Computer Communications,
Shanghai, China, April, 2011. (15.96% Acceptance ratio)[PDF]
- [INFOCOM'11] P. Wan, O. Frieder, X. Jia, F. Yao, X. Xu and Shaojie Tang.
Wireless
Link Scheduling under Physical Interference Model,
In The
30th IEEE International Conference on Computer Communications, Shanghai,
China, April, 2011. (15.96%
Acceptance ratio)[PDF]
- [INFOCOM'11-Mini] X. Mao, Shaojie Tang, X. Xu, Xiang-Yang Li, H. Ma and G. Dai. iLight: Indoor Device-Free Passive Tracking
Using Wireless Sensor Networks,
In The 30th IEEE
International Conference on Computer Communications-Mini Conference,
Shanghai, China, April, 2011. (23% Acceptance ratio)[PDF]
- [INFOCOM'11-Mini] C. Wang, Shaojie Tang, Xiang-Yang Li
and C. Jiang. SelectCast: Scalable Data
Aggregation Scheme in Wireless Sensor Networks,
In The
30th IEEE International Conference on Computer Communications-Mini
Conference, Shanghai, China, April, 2011. (23% Acceptance ratio)[PDF]
- [INFOCOM'11-Mini] P. Xu, X. Xu, Shaojie Tang and Xiang-Yang Li.
Truthful
Online Spectrum Allocation and Auction in Multi-Channel Wireless Networks,
In The 30th IEEE International Conference on Computer Communications-Mini
Conference, Shanghai, China, April, 2011. (23% Acceptance ratio)[PDF]
- [SECON'11] Shaojie Tang,
D. De, Xiang-Yang Li and W. Song. A Real-Time Monitor and Rescue System:
Practical Implementation of Robotic Sensor Network,
In
IEEE Communications Society Conference on Sensor, Mesh and Ad Hoc
Communications, 2011. (27%
Acceptance ratio)[PDF]
- [ICDCS'10] X. Xu,
Shaojie Tang, X. Mao and
Xiang-Yang Li. Distributed Gateway Placement for Cost Minimization in Wireless
Mesh Networks,
In The 30th International Conference on
Distributed Computing Systems, Genoa, Italy, June, 2010. (14% Acceptance
ratio)[PDF]
- [INFOCOM'10-Mini] S. Chen, Shaojie Tang, M. Huang and Y.
Wang. Capacity
of Data Collection in Arbitrary Wireless Sensor Networks,
In The 30th IEEE International Conference on
Computer Communications-Mini Conference, April, 2010. (24% Acceptance
ratio)[PDF]
- [DySPAN'10] S. Wang, P. Xu, X. Xu, Shaojie Tang, Xiang-Yang Li
and X. Liu. TODA: Truthful Online Double Auction for Spectrum Allocation in
Wireless Networks,
In IEEE International Symposium on New
Frontiers in Dynamic Spectrum Access Networks, 2010. (34% Acceptance ratio)[PDF]
- [SenSys'09] L. Mo, Y. He, Y. Liu,
J. Zhao, Shaojie Tang,
Xiang-Yang Li and G. Dai. Canopy Closure Estimates with GreenOrbs: Sustainable Sensing in the Forest,
In ACM International Conference on Embedded Networked Sensor Systems,
Berkeley, USA, November, 2009. (17.6%
Acceptance ratio)[PDF](116+ Citations)
- [ICNP'09] Shaojie Tang,
J. Yuan, Xiang-Yang Li, G. Chen, Y. Liu and J. Zhao. RASPberry: A Stable Reader
Activation Scheduling Protocol in Multi-Reader RFID Systems,
In The 17th IEEE International Conference on Network Protocols, Priceton, USA, October, 2009. (18.3% Acceptance ratio)[PDF](7+ Citations)
- [ICDCS'09] C. Wang, Shaojie Tang, Xiang-Yang Li,
C. Jiang and Y. Liu. Multicast Throughput of Hybrid Wireless Networks under Gaussian
Channel Model,
In The 29th International Conference on
Distributed Computing Systems, Montreal, Canada, June, 2009 (16% Acceptance
ratio)[PDF](8+ Citations)
- [INFOCOM'09] C. Wang, Xiang-Yang
Li, C. Jiang, Shaojie Tang,
Y. Liu and J. Zhao. Scaling Laws on Multicast Capacity of Large Scale Wireless
Networks,
In The 28th IEEE International Conference on
Computer Communications, Rio de Janeiro, Brazil, April, 2009 (19.7%
Acceptance ratio)[PDF](19+ Citations)
- [MobiHoc'08] X. Mao, Xiang-Yang Li
and Shaojie Tang. Multicast Capacity
for Hybrid Wireless Networks,
In ACM International
Symposium on Mobile Ad Hoc Networking and Computing, 2008 (14.6%
Acceptance ratio)[PDF](23+ Citations)
- [COCOON'08] Xiang-Yang Li, P. Xu, Shaojie Tang
and Xiaowen Chu. Spectrum Bidding in Wireless Networks
and Related,
In Annual International Computing and Combinatorics Conference, 2008 (49% Acceptance ratio)[PDF](12+ Citations)
- [MobiCom'07] Xiang-Yang Li, Shaojie Tang and O. Frieder. Multicast Capacity of Large Scale Wireless Ad
Hoc Networks,
In ACM Annual International Conference on
Mobile Computing and Networking, 2007 (17% Acceptance ratio)[PDF](113+ Citations)
(MORE)
Participated Projects
- Cyber Physical
Systems: Managing Loosely Coupled Networked Control Systems with External
Disturbances (2010.09~2012.08). This project is led by IIT Computer
Science Professors, Xiang-Yang Li and Shangping Ren, together with two IIT Engineering faculty from the Department of Civil, Architectural,
and Environmental Engineering and the Department of Chemical and
Biological Engineering. The award is a three-year National Science
Foundation Expedition grant totaling $750,000, which is one of the 20 large
and medium CPS projects funded by NSF in 2010. Our aim is to advance
wastewater processing engineering procedures by taking advantages of
available cyber technologies that can provide not only sufficient
real-time accurate data collected from ground-based sensors, but also
physics-based climate simulations to effectively predict the impact from
nature on the wastewater processing.
- Cognitive
Radio Networks (2009.01~2011.12). This project is led by Dr Xaing-Yang Li and is
supported by National Science Foudation. In this
project, we develop, design, and implement efficient wireless network
protocols for better spectrum utilization and study some fundamental
performance bounds for networks with opportunistic spectrum utilization.
- Activity-aware
Sensor Network for Smart Environments (2009.10~2012.09). SmartHome Project is led by Dr
Wen-Zhan Song from Georgia State University, and is supported by the
National Science Foudation. A smart environment
contains many highly interactive and embedded devices (such as wireless
sensor network) as well as the ability to control these devices
automatically in order to meet the demands of the environment. The goal of
this project is to imbue such wireless sensor networks with cognitive
capabilities and context awareness that will allow them to act in a more
intelligent manner. We use machine learning techniques to recognize activities
that are being performed in the smart environment. This context
information will then be conveyed to the network to allow sensor nodes to
intelligently decide when to sleep, when to wake up, and how to route
information.
- GreenOrbs
(2009.04~present). A long-term kilo-scale wireless sensor network system
in the vast forest. GreenOrbs realizes all-year
ecological surveillance in the forest, collecting various sensory data
including temperature, humidity, illumination, and carbon dioxide titer.
The collected information is utilized to support various significant
applications, such as forest surveillance, forestry observation and
research, fire risk evaluation, and succor in the wild.
- TelosCAM:
Intelligent Networked Sensor-Camera System (2011.04~present). Integrate surveillance
camera and sensor network for protecting and tracking stolen properties.
Academic Experiences
Professional Activities
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Conference Chairs:Technical Program Committee for:
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Awards
Last updated in
October, 2011 by Shaojie Tang
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