3G mobile communication; packet radio networks; data communication; channel allocation; convolutional codes; channel coding; maximum likelihood decoding; Viterbi decoding; digital signal processing chips; maximum likelihood sequence estimation; HSDPA subsystem algorithms; transport channel type; 3GPP; high-speed data packet access; radio frequency resources; resource sharing; shared control channel; convolutionally encoded control data; complexity; max-log-MAP algorithm; communication performance; DSP implementation strategies; cycle estimates; STMicroelectronics DSP platforms; ST122; application-specific DSP; short-sequence Viterbi-like decoding; MLSE; low-latency software implementation; energy-efficient software implementation; air interface; low-latency HS-SCCH subsystems;
机译:基于RST-SOM算法方法,探讨了双层设计空间的系统架构替代能力的航空航天系统
机译:特定领域医疗传感器处理器的算法驱动架构设计空间探索
机译:混合Nano / CMOS动态可重构架构的设计空间探索和数据存储架构设计
机译:HSDPA子系统算法和体系结构的设计空间探索
机译:无线通信和移动计算系统并行算法和架构的设计空间探索
机译:基于RST-SOM算法的以双层设计空间为中心的以系统架构替代能力为重点的航空航天系统的探索
机译:使用Design-Trotter进行HsDpa设计空间探索和实施指南
机译:用于深空探测任务的有利气氛振兴子系统架构的功能性能。