- Electrical and Electronic Engineering - Research Publications
Electrical and Electronic Engineering - Research Publications
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ItemFairness comparison of FAST TCP and TCP renoTAN, L. ; DONG, L. ; YUAN, C. ; ZUKERMAN, M. ( 2007)
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ItemRaQ: A robust active queue management scheme based on rate and queue lengthSun, J ; Zukerman, M (ELSEVIER, 2007-06-08)
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ItemInstability effects of two-way traffic in a TCP/AQM systemSun, J ; Chan, S ; Ko, K-T ; Chen, G ; Zukerman, M (ELSEVIER, 2007-07-31)
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ItemLicenseScript: A logical language for digital rights managementChong, CN ; Corin, R ; Doumen, J ; Etalle, S ; Hartel, P ; Law, YW ; Tokmakoff, A (SPRINGER INTERNATIONAL PUBLISHING AG, 2006-03-01)
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ItemUtility max-min fair resource allocation for communication networks with multipath routingJin, J ; Wang, W-H ; Palaniswami, M (ELSEVIER, 2009-11-15)
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ItemA generalized FAST TCP schemeYuan, C ; Tan, L ; Andrew, LLH ; Zhang, W ; Zukerman, M (ELSEVIER SCIENCE BV, 2008-09-05)
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ItemNonlinear distortion due to cross-phase modulation in microwave fiber-optic links with optical single-sideband or electrooptical upconversionCheng, L ; Aditya, S ; Li, Z ; Nirmalathas, A ; Alphones, A ; Ong, LC (IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC, 2007-01-01)
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ItemOutage Capacity and Optimal Power Allocation for Multiple Time-Scale Parallel Fading ChannelsDey, S ; Evans, JS (Institute of Electrical and Electronics Engineers (IEEE), 2007-07)In this paper, we address the optimal power allocation problem for minimizing capacity outage probability in multiple time-scale parallel fading channels. Extending ideas from [1], we derive the optimal power allocation scheme for parallel fading channels with fast Rayleigh fading, as a function of the slow fading gains. Numerical results are presented to demonstrate the outage performance of this scheme for lognormal slow fading on two parallel channels.
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ItemA Markovian framework for performance evaluation of IEEE 802.11Foh, CH ; Zukerman, M ; Tantra, JW (IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC, 2007-04-01)
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ItemImproving wireless TCP throughput by a novel TCM-based hybrid ARQHUANG, Q. ; CHAN, S. ; PING, L. ; ZUKERMAN, M. ( 2007)