In this thesis, a novel technology to increase the throughput of the HSPDA service by optimizing the channel power of the the High-Speed Downlink Shared Channel (HS-DSCH). The shared channel transmission has been implemented in WCDMA by using HS-CSCH ...
In this thesis, a novel technology to increase the throughput of the HSPDA service by optimizing the channel power of the the High-Speed Downlink Shared Channel (HS-DSCH). The shared channel transmission has been implemented in WCDMA by using HS-CSCH which enables the rapid allocation of a large fraction of downlink resources for data transmission to a specific user. The HS-DSCH uses the total remaining power after serving other power-controlled channels such as common channels. To improve throughput for downloading data, it's necessary to have more power for HS-DSCH. In this paper, HS-SCCH optimization is used to get the extra power. The measurement of the Channel Quality Indicator(CQI) shows that the channel power control algorithm can increase the throughput of the channel.