<![CDATA[ Wireless Communications, IEEE Transactions on

<![CDATA[ Wireless Communications, IEEE Transactions on - new TOC ]]> http://ieeexplore.ieee.org TOC Alert for Publication# 7693 2009 November 06 <![CDATA[IEEE Transactions on Wireless Communications]]> 8 10 c1 c1 105 <![CDATA[Distributed Space-Time Trellis Codes for a Cooperative System]]> 8 10 4897 4905 266 <![CDATA[Interference Mitigation Using Uplink Power Control for Two-Tier Femtocell Networks]]> 8 10 4906 4910 306 <![CDATA[Blind Adaptive Constrained MOE Receiver for Uplink MC-CDMA Systems with Real Signaling in Multi-Cell Environments]]> 8 10 4911 4915 331 <![CDATA[Bit Error Rate of TH-BPSK UWB Receivers in Multiuser Interference]]> 8 10 4916 4921 290 <![CDATA[Probability-Based Optimization of Inter-Sensing Duration and Power Control in Cognitive Radio]]> 8 10 4922 4927 311 <![CDATA[Joint Source/Relay Precoder Design in Nonregenerative Cooperative Systems Using an MMSE Criterion]]> 8 10 4928 4933 265 <![CDATA[Performance Analysis of Soft-Bit Maximal Ratio Combining in Cooperative Relay Networks]]> 8 10 4934 4939 312 <![CDATA[On Joint Fine Time Adjustment and Channel Estimation for OFDM Systems]]> 8 10 4940 4944 230 <![CDATA[Cooperative Decode-and-Forward Relaying for Secondary Spectrum Access]]> 8 10 4945 4950 373 <![CDATA[Variance-Reduced Partial Parallel Interference Cancellation for MC-CDMA Uplink Systems]]> 8 10 4951 4956 279 <![CDATA[An Efficient Adaptive Distributed Space-Time Coding Scheme for Cooperative Relaying]]> 8 10 4957 4962 252 <![CDATA[Amplify-and-Forward Cooperative OFDM with Multiple-Relays: Performance Analysis and Relay Selection Methods]]> 8 10 4963 4968 275 <![CDATA[Frequency-Domain Bit-Flipping Equalizer for Wideband MIMO Channels]]> 8 10 4969 4973 464 <![CDATA[Error Performance of Digital Modulation Schemes with MRC Diversity Reception over η-μ Fading Channels]]> 8 10 4974 4980 800 <![CDATA[A Novel Uplink MIMO Transmission Scheme in a Multicell Environment]]> 8 10 4981 4987 746 <![CDATA[Space-Time Codes for Multiple Access Systems with Low MMSE Decoding Complexity]]> 8 10 4988 4992 214 <![CDATA[A Multilevel Coded Modulation Approach for Hexagonal Signal Constellation]]> 8 10 4993 4997 279 <![CDATA[Adaptive Beamforming with Dimension Reduction in Spatially Correlated MISO Channels]]> 8 10 4998 5002 221 <![CDATA[Relay Selection for Secure Cooperative Networks with Jamming]]> 8 10 5003 5011 523 <![CDATA[Minimum Bit Error Rate Multiuser Transmission Designs Using Particle Swarm Optimisation]]> 8 10 5012 5017 269 <![CDATA[Anti-Collision Backscatter Sensor Networks]]> 8 10 5018 5029 755 <![CDATA[Leveraging Multi-AP Diversity for Transmission Resilience in Wireless Networks: Architecture and Performance Analysis]]> 8 10 5030 5040 575 <![CDATA[Precoder Design for Non-Regenerative MIMO Relay Systems]]> 8 10 5041 5049 383 <![CDATA[Intelligent RFID Tag Detection Using Support Vector Machine]]> 8 10 5050 5059 429 <![CDATA[A Comprehensive Framework for Performance Analysis of Dual¿Hop Cooperative Wireless Systems with Fixed¿Gain Relays over Generalized Fading Channels]]> 8 10 5060 5074 732 <![CDATA[A Graph Theory Based Opportunistic Link Scheduling for Wireless Ad Hoc Networks]]> 8 10 5075 5085 463 <![CDATA[Unipolar Space-Time Codes with Reduced Decoding Complexity for TH-UWB with PPM]]> 8 10 5086 5095 378 <![CDATA[Distributive Subband Allocation, Power and Rate Control for Relay-Assisted OFDMA Cellular System with Imperfect System State Knowledge]]> 8 10 5096 5102 508 <![CDATA[Impact of Node Density on Throughput and Delay Scaling in Multi-Hop Wireless Networks]]> 8 10 5103 5111 839 <![CDATA[Nonquiet Primary User Detection for OFDMA-Based Cognitive Radio Systems]]> 8 10 5112 5123 819 <![CDATA[A Design for an EXIT Chart Based Scheduling and Rate Control for Multi-User MIMO Systems]]> 8 10 5124 5132 1007 <![CDATA[A Universal Encoding Scheme for MIMO Transmission Using a Single Active Element for PSK Modulation Schemes]]> 8 10 5133 5142 1469 <![CDATA[A Two-Level Medium Access Framework for Exploiting Multi-User Diversity in Multi-Rate IEEE 802.11 Wireless LANs]]> 8 10 5144 5154 491 <![CDATA[Fountain Code Design for Data Multicast with Side Information]]> 8 10 5155 5165 1046 <![CDATA[Maximum Channel Throughput via Cooperative Spectrum Sensing in Cognitive Radio Networks]]> 8 10 5166 5175 445 <![CDATA[New PAPR-Preserving Mapping Methods for Single-Carrier FDMA with Space-Frequency Block Codes]]> 8 10 5176 5186 563 <![CDATA[Distributed Transmit Power Allocation for Multihop Cognitive-Radio Systems]]> 8 10 5187 5201 595 <![CDATA[Distributed Energy Efficient Spectrum Access in Cognitive Radio Wireless Ad Hoc Networks]]> 8 10 5202 5213 842 <![CDATA[Transmission Control with Imperfect CSI in Channel-Aware Slotted ALOHA Networks]]> 8 10 5214 5224 592 <![CDATA[Asymptotic Optimality for Distributed Spectrum Sharing using Bargaining Solutions]]> 8 10 5225 5237 736 <![CDATA[The RF-Chain Limited MIMO System¿Part I: Optimum Diversity-Multiplexing Tradeoff]]> t) antennas and L_t (L_t ⩽ M_t) RF chains at the transmitter while M_r antennas and L_r (L_r ⩽ M_r) RF chains at the receiver. We obtain the fundamental D-M tradeoff as a function of M_t, M_r, and min(L_r, L_t). Referring to the special case where L_t = M_t) and L_r = M_r as the RF unlimited system (or full system) and RF limited system (or pruned system) otherwise, we prove that the pruned system with optimal channel-dependent AS has the same D-M tradeoff as the full system if the multiplexing gain is less than some integer threshold P, while it suffers from some diversity gain loss for multiplexing gains larger than P. In particular, if min(L_r, L_t) = K = min(M_r, M_t), then P = K, i.e. the D-M tradeoffs of the pruned system and the full system are the same. Moreover, this result can be extended to more general fading channels such as Nakagami channel. A fast and D-M tradeoff-optimal AS algorithm is proposed as a byproduct of our analysis. Index Terms?Antenna selection, dive- rsity gain, fast algorithm, MIMO, Nakagami fading, outage probability, Rayleigh fading, spatial multiplexing gain, tradeoff.]]> 8 10 5238 5247 371 <![CDATA[Phoenix: Making Cooperation More Efficient through Network Coding in Wireless Networks]]> 8 10 5248 5258 370 <![CDATA[Opportunistic Spectrum Scheduling for Multiuser Cognitive Radio: A Queueing Analysis]]> 8 10 5259 5269 648 <![CDATA[Spatial Spectrum Holes for Cognitive Radio with Relay-Assisted Directional Transmission]]> 8 10 5270 5279 1117 <![CDATA[Noncooperative Carrier Sense Game in Wireless Networks]]> 8 10 5280 5289 507 <![CDATA[Per-Node Based Optimal Power Control for Multi-Hop Cognitive Radio Networks]]> 8 10 5290 5299 460 <![CDATA[Opportunity Detection for OFDMA-Based Cognitive Radio Systems with Timing Misalignment]]> 8 10 5300 5313 732 <![CDATA[Coverage in Multi-Antenna Two-Tier Networks]]> 8 10 5314 5327 938 <![CDATA[Optimal Symbol Timing for OFDM Wireless Communications]]> 8 10 5328 5337 823 <![CDATA[Channel Estimation in OFDM Systems with Unknown Interference]]> 8 10 5338 5347 566 <![CDATA[Integrated Energy Analysis of Error Correcting Codes and Modulation for Energy Efficient Wireless Sensor Nodes]]> 8 10 5348 5355 345 <![CDATA[Characterization of Fading on Fixed Wireless Channels between 200 MHz and 2 GHz in Suburban Macrocell Environments]]> 8 10 5356 5365 767 <![CDATA[Energy Consumption and Message Delay Analysis of QoS Enhanced Base Station Controlled Dynamic Clustering Protocol for Wireless Sensor Networks]]> 8 10 5366 5374 688