H SARI | DIGCOM

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Increasing CDMA capacity using multiple orthogonal spreading sequence sets and successive interference cancellation
An excess signaling technique with coding, signal superposition, and joint detection.
Increasing CDMA capacity using multiple sets of orthogonal spreading sequences and soft interference cancellation.
Nonlinear Successive interference cancellation in an oversaturated CDMA system with QPSK modulation.
On the capacity of cellular CDMA and TDMA over nondispersive channels.
Sensitivity of multiple-access techniques to narrow-band interference.
An Excess signaling concept with Walsh-Hadamard spreading and joint detection.
An excess signaling concept with Walsh-Hadamard spreading and joint detection
Cell capacity extension in CDMA-based cellular networks.
Channel Overloading Using Walsh-Hadamard Spreading and Symbol Overlay.
Channel overloading in multiuser and single-user communications.
Combined TDMA/OCDMA with iterative multistage detection.
DS/CDMA with in-cell spreading sequence reuse and iterative multistage detection
DS/CDMA with in-cell spreading sequence reuse and iterative multistage detection
DS/CDMA with two sets of orthogonal spreading sequences and iterative detection.
Doubling CDMA capacity by in-cell sequence reuse and soft interference cancellation
Doubling CDMA capacity by in-cell sequence reuse and soft interference cancellation
Extending the capacity of multiple access channels.
Multiple access using two sets of orthogonal signal waveforms.
Turbo Multiple Access: Channel overloading using two sets of orthogonal signal waveforms and Iterative Interference Cancellation.
Increasing the capacity of CDMA using hybrid spreading sequences and iterative multistage detection
On the downlink capacity of cellular CDMA and TDMA over Nondispersive channels
On the uplink capacity of cellular CDMA and TDMA over nondispersive channels.
Some novel concepts in multiplexing and multiple access
A comparison of multiple access techniques in the presence of narrowband interference
Comparison of single-carrier and multi-carrier QAM system performance in the presence of carrier phase jitter
The effect of carrier phase jitter on the performance of orthogonal frequency-division multiple-access systems.
Degradations of OFDM A, OFDM and FDM A systems caused by carrier phase jitter
Effect of carrier phase jitter on single-carrier and multi-carrier QAM systems
Carrier phase jitter sensitivity for single-carrier and multi-carrier QAM systems