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Manner in order to receive the transmission signal, the receiver, and the system (the strong non coherent receiver for the PAMPPM signal)

机译:为了接收传输信号,接收器和系统的方式(PAMPPM信号的强非相干接收器)

摘要

It is another object to provide a method and system robust to communicate via the (UWB) radio transmission signals ultra-wideband multipath channel with a delay spread of a wide range SOLVED] Very. While providing a robust error rate performance for a wide variety of UWB multi-path channel, [MEANS FOR SOLVING PROBLEMS] This system, non-coherent receiver complexity has been optimized power consumption is very low potentially low I include the machine structure. With the apparatus and the non-coherent receiver method disclosed, coupled PAM-PPM - UWB communication any identification, the use of transmission signal called (pulse amplitude modulated pulse position modulation) signals, have been proposed, or sensor is applicable in networks and localization system, in which case, battery power consumption must be minimized without degradation of system performance excessive. Among other things, by the ultra-wideband (UWB) radio channels, for example, can be used to build a robust, especially receiver for system and network operating in the band between 3.1GHz~10.6GHz, bipolar 2PPM (2 slot Embodiments and synchronization method and timing recovery for PPM) signals are disclosed. [Selection Figure Figure 2
机译:另一个目的是提供一种健壮的方法和系统,该方法和系统可通过(UWB)无线电传输信号以宽范围的延迟扩展来超宽带多径信道进行通信。在为各种UWB多径信道提供可靠的误码率性能的同时,[解决问题的手段]该系统对非相干接收机的复杂性进行了优化,功耗非常低,可能很低(包括机器结构)。利用所公开的装置和非相干接收机方法,已经提出了耦合PAM-PPM-UWB通信的任何标识,使用被称为(脉冲幅度调制脉冲位置调制)信号的传输信号,或者传感器可应用于网络和定位中。在这种情况下,必须将电池的功耗降到最低,而不会过度降低系统性能。其中,例如,超宽带(UWB)无线电信道可用于构建健壮的接收机,尤其是用于在3.1GHz〜10.6GHz之间的频带,双极2PPM(2时隙实施例和公开了用于PPM信号的同步方法和定时恢复。 [选择图图2

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