Inventor · Vanves, FR

Raphael Visoz

36Patents
6h-index
21Co-inventors
69Inventor score

Filing activity: Aug 10, 2000 → Jun 18, 2021

Most-cited inventions

PatentTitleAreaCited byStatus
US9634797B2 Method of transmitting a digital signal for a semi-orthogonal MS-marc system, and a corresponding program product and relay device Electricity 84 Active
US6993070B1 Method and system of iteratively detecting and decoding received symbols coupled with re-estimation of the coefficients of the transmission channel Electricity 40 Expired
US7298778B2 Sub-optimal iterative receiver method and system for a high-bit-rate CDMA transmission system Electricity 37 Expired
US7127009B2 Method of coding/decoding a digital data stream coded with bitwise interleaving in multiple transmission and reception in the presence of intersymbol interference and corresponding system Electricity 36 Expired
US7760828B2 Iterative decoding and equalizing method for high speed communications on multiple antenna channels during transmission and reception Electricity 18 Active
US7170948B2 Method and system of iterative coding/decoding of digital data streams coded by spatio-temporal combinations, in multiple transmission and reception Electricity 6 Expired
US10153864B2 Method for dynamic and selective FD-DSDF transmission of a digital signal for a MAMRC system with several full-duplex relays, and corresponding program product and relay device Electricity 4 Active
US9559809B2 Method and device for predicting the performance of a system for communication over a transmission channel Electricity 3 Active
US7012976B1 Method for decoding and of joint equalization of a digital signal protected by a code defined by a trellis Electricity 3 Expired
US9319187B2 Method and a device for relaying in a communications network Electricity 3 Active
US11368261B2 OMAMRC transmission method and system with slow link adaptation under BLER constraint Electricity 2 Active
US8412114B2 Adaptive method of transmitting and receiving a signal in a multi-antenna system, corresponding transmission and reception devices, computer program products and signal Electricity 2 Active
US10122496B2 Method for dynamic and selective FD-DSDF transmission of a digital signal for a MARC system with a full-duplex relay, and corresponding program product and relay device Electricity 2 Active
US8948232B2 Method for transmitting a digital signal for a semi-orthogonal MARC system having half-duplex relay, and corresponding program product and relay device Electricity 2 Active
US11418252B2 OMAMRC transmission method and system with slow link adaptation Electricity 2 Active
US7809045B2 Disjoint iterative chip equalization and multi-user detection for CDMA communication system on a MIMO channel Electricity 2 Active
US9312986B2 Method of transmitting a digital signal for a marc system with a full-duplex relay, a corresponding program product and relay device Electricity 2 Active
US8422582B2 Method for sending and receiving a signal in a multiple-antenna system implementing spatial pre-encoding, corresponding sender, receiver and computer program products Emerging Cross-Sectional Technologies 1 Active
US11411680B2 OMAMRC transmission method and system with reduced signalling Electricity 1 Active
US10680754B2 Dynamic and selective FD-DSDF transmission of a digital signal for a MARC/MAMRC system with full-duplex relay and a limited feedback Electricity 1 Active
US9882626B2 Method of transmitting a digital signal for a non-orthogonal MS-MARC system, and a corresponding program product and relay device Electricity 1 Active
US10027400B2 Method for transmitting a digital signal for a marc system having a dynamic half-duplex relay, corresponding program product and relay device Electricity 1 Active
US11924123B2 Method for managing a transmission of sequences of data symbols Electricity 0 Active
US11973619B2 Method for transmitting pilot symbols Electricity 0 Active
US11968636B2 Information communication method, and system and devices thereof Electricity 0 Active

Source: USPTO / EPO open patent data. Inventor disambiguation is heuristic; counts are objective bibliographic measures.