Harq , amc and multi - code in hsdpa have replaced the osvf and power control technology in release99 protocol . in a short time , the ues who are near to nodeb can be allowed to transfer more data with some higher modulation method . it increases the throughput of certain ues , as well as the throughput of a cell Hsdpa采用harq 、 amc 、多码传输等技术替代release99中物理信道使用的变扩频因子( osvf )和功率控制技术,使靠近nodeb的用户在短期内可以得到更多传输数据量和更高阶的编码调制组合,提高用户吞吐量,使系统从短期的变化中受益。
Meanwhile , different work - flow administer patterns are advanced in this paper in order to regulate the workflow administer service and exemplified the workflow process model . the author also advanced that in order to get the instruction for analysis research about the workflow engine this paper had navigated the administer of workflow by applying techniq ues involving motive node and control node drive and the conditional transfer of node 同时提出不同的工作流执行模式，对工作流执行服务进行规范，将工作流过程模型实例化，提出利用活动节点和控制节点的驱动、及节点的状态转移技术对工作流的执行进行导航，从而指导了对工作流引擎的分析研究。
The techniques of the work item , i . e . node b controlled scheduling , hybrid arq , shorter tti , are to improve the performance of uplink dedicated transport channels , i . e . to increase capacity and throughput and reduce delay . cell - level system performance of hsupa is described through the simulation results , including cell throughput of uplink packet service , system delay , capacity , fairness of ues , radio resource occupation and system device utilization 为了提高wcdma网络传统的上行专用传输信道( dch )的性能,即提高覆盖、吞吐量和减少延时, 3gpp决定开发hsupa技术,提出了增强型的上行专用传输信道( e - dch ) ,这是一条新增的上行专用传输信道,专用于hsupa 。
