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Reduced cost of power amplifiers for handsets and base stations Significantly improved reliability of data transmission and reception
About
About Novel and innovative adaptive algorithms have been developed which allow simultaneous reduction of Peak-to-Average-Power Ratio (PAPR), the elimination of rapid-fading multi-path channel distortion, the improvement of Carrier Frequency Offset correction (CFO) and an additional layer of security in wireless and multi-carrier communication systems. The technique is called Embedded Convolution Modulation. Key Benefits Reduced cost of power amplifiers for handsets and base stations Significantly improved reliability of data transmission and reception Improved quality of service for fixed and mobile users Higher data rates possible at faster vehicular speeds Improved secure/encrypted data transmissions Compatible with higher layer encryptions (DES, RC4, WPA) Improved battery life Applications Mobile manufacturers and data carriers Silicon and base station solution developers Communications software platform developers IP Status: The technology is protected by two patent families. The University welcomes contact from organisations interested in developing, licensing or exploiting this technology.