Frederik Vanhaverbeke

Latest

• Blind combining for weighted energy detection of UWB signals
• Optimal channel and time-of-arrival estimation for IR-UWB in the presence of pulse overlap
• Time-of-arrival estimation by means of SAGE for IR-UWB in the presence of pulse overlap
• Comparison of FEC and ARQ for protection of video data over a wireless Rayleigh fading link
• Video quality protection strategies for HDTV in the presence of buffer overflow
• Comparison of two forward error correction approaches for packet protection in HDTV with variable bit rate transmission
• Protection of video packets over a wireless Rayleigh fading link: FEC versus ARQ
• Sequences for oversaturated CDMA channels
• Countering video packet loss due to buffer overflow by means of retransmissions
• On the application of FEC to counter packet loss caused by buffer overflow
• Retransmission strategies for an acceptable quality of HDTV in the wireless and wired home scenario
• Sequences with low total squared asynchronous correlation for chip-unaligned CDMA systems
• The impact of Rayleigh fading on packet loss in FEC-protected real-time packet-based transmission systems
• A generalization of the symmetric capacity of optimal sequences for quasiscalable systems.
• Achieving an excellent quality of service for HDTV over a DSL-WLAN scenario
• Binary erasure codes for packet transmission subject to correlated erasures.
• Binary signature sets for increased user capacity on the downlink of CDMA systems
• Capacity improvement through signature displacement in CDMA systems.
• Sequences that maximize the symmetric capacity under the requirement of quasi-scalability
• An improved overloading scheme for downlink CDMA
• Capacity loss in CDMA systems due to the constraint of scalability.
• Optimal signature sets for oversaturated quasi-scalable direct-sequence spread-spectrum systems
• Sum capacity of equal-power users in overloaded channels
• Symmetric capacity of optimal sequences in quasi-scalable CDMA systems
• Symmetric capacity of optimal sequences in quasi-scalable CDNM systems
• An extension of total squared asynchronous correlation to the chip-unaligned case
• An extension to quasi-orthogonal sequences
• An improved OCDMA/OCDMA scheme based on displaced orthogonal user sets
• Channel overloading in CDMA with scalable signature sets and turbo detection
• Downlink performance of chip-unaligned systems with low total squared asynchronous correlation
• On the sum capacity of quasi-scalable signature sets
• Overloaded CDMA systems with displaced binary signatures
• Some extensions to synchronious 0/0 systems
• Some extensions to synchronous O/O systems
• Sum capacity of binary signatures that minimize the total squared correlation
• Sum capacity of binary signatures that minimize the total squared correlation
• Channel overloading in CDMA with scalable signature sets and turbo detection
• Channel overloading: improved OCDMA/OCDMA versus PN/OCDMA
• Critical load of oversaturated systems with multistage successive interference cancellation
• Critical load of oversaturated systems with multistage successive interference cancellation
• Evaluation of the critical load of Parallel Interference Cancellation based on the PDA approach
• Evaluation of the critical load of parallel interference cancellation based on the PDA approach
• Improved ISDIC-OSC for parallel interference cancellation
• Improvements of the critical load of ISDIC-OSC for multi stage successive interference cancellation
• Improvements of the critical load of ISDIC-OSC for multistage successive interference cancellation
• Multistage successive interference cancellation: comparison of different ranking procedures with improved ISDIC-OSC
• Performance evaluation of three different types of binary channel overloading with turbo detection
• Performance evaluation of three different types of channel overloading
• Performance evaluation of three different types of channel overloading
• Sum capacity of oversaturated channels based on a hierarchy of orthogonal sets
• Sum capacity of oversaturated channels based on a hierarchy of orthogonal sets
• Comparison of the sum capacities of the m-O, PN/O and PN signature sequence sets
• Increasing CDMA capacity using multiple orthogonal spreading sequence sets and successive interference cancellation
• Optimal performance of an oversaturated OCDMA/OCDMA system based on scrambled orthogonal bases
• Spectral efficiency of OCDMA/OCDMA with asymmetric power assignment
• Sum capacity of the OCDMA/OCDMA signature sequence set.
• 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.
• Nonlinear successive interference cancellation in an oversaturated CDMA system with QPSK-modulation
• 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
• Some novel concepts in multiplexing and multiple access