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The project “A Cross-Layer Optimization Framework for Coded
Wireless Video Multicast” investigates the incorporation of
advanced coding techniques in the video source and in the channel, such
as scalable video coding, multiple description coding, and superposition
coding, and aims to come up with an optimization framework and further
toward an efficient and standard-friendly implementation of the proposed
techniques. There is not any budgetary relationship with the SPG project.
Related
publications:
1.
J. Ho*, J. She*, and Pin-Han Ho, “Successive Refinement
Relaying Strategies in Coded Wireless Multicast Networks”, in
IEEE ICC 2011.
2.
J. She*, F. Hou*,
Pin-Han Ho, and B. Shihada, “MAC-Layer Active Dropping for
Real-time Video Streaming in Broadband Wireless Access/ 4G
Networks”, in IEEE System
Journal, Vol. 4, No. 4, Dec.
2010.
3.
J. She*, J.
Ho*, J. Mei, Pin-Han Ho, and H. Ji, “Layered Adaptive
Modulation and Coding for 4G Wireless Networks”, in GLobecom 2010
4.
J. She*, X.
Yu, Pin-Han Ho, and E. –H. Yang, “A Cross-Layer Design Framework for
Robust IPTV Services over IEEE 802.16 Networks”, IEEE Journal of Selected
Areas on Communications (JSAC), Vol. 27, No. 2, Feb. 2009, pp.
235 – 245.
5.
J. She* and
Pin-Han Ho, “Cooperative
Coded Video Multicast for IPTV Services under EPON-WiMAX
Integration”, IEEE
Communication Magazine, Aug. 2008.
6.
J. She*, F.
Hou*, Pin-Han Ho, and L. –L. Xie, “IPTV over WiMAX:
Key Success Factors, Challenges and Solutions”, IEEE Communications Magazine, Aug.
2007.
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The project “Heterogeneous Network Integration through IEEE
802.21 Standard Specifications” is on a software handover
system and has been prototyped on Mad Wifi and
IEEE 802.16 systems on IXP425 network processor with Linux 2.6.
Related publications:
7. Technical report: “A Cooperative Two-Step Vertical Handoff Scheme
with Mobility Prediction”
8. Technical report: “Virtual
Private Broadband Access in Metropolitan-Area Wireless Mesh Networks (WMNs)”
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The
project “A Novel Framework of Interference
Mitigation in Femtocell Networks"
proposes a new framework of interference management in 4G LTE networks
with femtocells. It suggests to
use interference cancellation in the upstream while dynamic
channel measurement for downlink interference avoidance.
Related publications:
9.
Technical Report: LTE-Advanced
Multi-User MIMO:
Improved Feedback and Precoding Design
10. X. Wang* and Pin-Han Ho, “Interference
Analysis and Mitigation for Cognitive-Empowered Femtocells
Through Stochastic Dual Control”, accepted in IEEE Transactions on
Wireless Communications.
11.
X. Wang*, A, Wong, and Pin-Han Ho, “Stochastic Medium Access for Cognitive Radio Ad
Hoc Networks with Probabilistic Interference Objectives”, in IEEE Journal on Selected Area in
Communications (JSAC), April 2011
12.
X. Wang*, A, Wong, and Pin-Han Ho, “Stochastic Medium Access for Cognitive Radio Ad
Hoc Networks with Probabilistic Interference Objectives”, in IEEE Journal on Selected Area in
Communications (JSAC), April 2011
13.
X. Wang*,
A. Wong*, and Pin-Han Ho, “Extended
Knowledge-Based Reasoning Approach to Spectrum Sensing for Cognitive
Radio”, IEEE
Transactions on Mobile Computing, Vol. 9, No. 4, April 2010. Selected as the Spotlight Paper of the issue.
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The project “On
Design of Next-generation Wireless Metropolitan Area Networks with Mobile
Multi-hop Relays” focused on IEEE 802.16j networks with
cooperative relaying. The project studies the network planning and relay
placement through physical layer cooperative transmission.
Related publications:
14.
J. Ho*, J. She*, and Pin-Han Ho, “Successive Refinement
Relaying Strategies in Coded Wireless Multicast Networks”, in
IEEE ICC 2011.
15. B. Lin*, Pin-Han Ho, J. Tapolcai^,
“Dimensioning and Site-Planning of Integrated PON and Wireless
Cooperative Networks for Fixed Mobile Convergence”, accepted in IEEE Transactions on Vehicular Technology
16.
B. Lin*,
Pin-Han Ho, L. –L. Xie, X. Shen, and J. Tapolcai^, “Optimal Relay Station Placement in Broadband Wireless Access
Networks”, IEEE
Transactions on Mobile Computing, Vol. 9, No. 2, Feb. 2010.
17.
B. Lin* and
Pin-Han Ho, “Dimensioning
and Location Planning of Broadband Wireless Networks under Multi-level
Cooperative Relaying”, in
IEEE Transactions on Wireless Communications, Vol. 8, No. 11, Nov. 2009.
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The project “Monitoring and Failure
Localization in Optical Internet Backbone”
investigates
how to create a resilient environment to any shared risk link group
(SRLG) failure event in an all-optical mesh networks using multi-hop
supervisory lightpaths as m-trails.
Related
publications:
18. J. Tapolcai^, Pin-Han
Ho, L. Rónyai, and B. Wu**, “Network-Wide Local
Unambiguous Failure Localization (NWL-UFL) via Monitoring Trails”, accepted in IEEE/ACM Transactions on
Networking.
19.
J. Tapolcai^, Pin-Han Ho, L.
Rónyai, P. Babarczi, and B, Wu**,
“Failure Localization for Shared Risk Link Groups in All-Optical
Mesh Networks using Monitoring Trails”, in IEEE/OSA Journal of Lightwave
Technology, June 2011
20.
P. Babarczi, J. Tapolcai^, and Pin-Han Ho, “Adjacent Link Failure Localization with Monitoring
Trails in All-Optical Mesh Networks”, in IEEE/ACM Transactions on Networking, June 2011
21.
B. Wu**, Pin-Han Ho, K. L. Yeung, J. Tapolcai^, and H. T. Mouftah,
“Optical Layer Monitoring
Schemes for Fast Link Failure Localization in All-Optical Networks”, in IEEE Communication Survey and Tutorial, First issue in
2011.
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