本文讨论了全数字接收机中插值滤波器的优化设计问题。
In this paper, the problem of optimal design of interpolation filter for all digital receiver is discussed.
在数字通信系统里面，全数字接收机的应用非常广泛。
In digital communication systems, digital receiver has been widely used.
位同步检测是实现全数字接收机开环定时恢复的关键技术。
The bit synchronization detect is very important in opened loop timing recovery of all digital receivers.
重采样滤波器设计是全数字接收机中实现符号同步的关键技术之一。
The design of the resampling filter is a key technique for symbol synchronization in all-digital receiver.
文中设计的FIR可变分数延迟滤波器用于解决全数字接收机的时钟同步问题。
In this paper, the FIR variable fractional delay filter is designed and used to solve the problem of symbol synchronization of all digital receiver.
深入讨论和研究了全数字接收机中的特殊问题—插值滤波器的设计和控制问题。
The special and also key aspects , interpolation filters design and control . of all digital receivers are studied thoroughly.
本文研究全数字接收机中的同步技术，重点是MPSK信号的载波频偏和相位误差的估计和恢复算法。
This thesis deals with the synchronization technologies for all digital receiver, particularly carrier offset estimation for MPSK signal.
描述了一种高效的雷达宽带正交接收机的全数字设计方法，给出了设计条件。
A method to design efficient radar wideband digital quadrature demodulation receiver is described. The design condition is also given.
根据现有的软硬件技术条件，结合实际需要，本论文提出并详细分析了一种新的基于高密度可编程逻辑器件的高动态全数字解扩接收机系统。
On conditions of the current technology, the thesis puts forward a new high dynamic and whole digital spread spectrum receiver which is based on the high density programmable logic devices.
插值滤波器的设计问题是接收机全数字化实现的核心问题之一。
The design of interpolation filter is one of the important problems for all digital implementation of receiver.
在数字通信系统中，全数字解调方法已经在高速的数字接收机中得到广泛应用。
In digital communication system, the method of all-digital demodulator has been extensive applied to high rate digital receiver.
本文着重研究全数字QAM接收机中载波恢复环路的设计，采用快慢两个数字环路来进行载波恢复。
The design of the carrier recovery loops in an all-digitized QAM receiver is investigated and two cascaded digital carrier recovery loops are proposed.
此外，将牛顿迭代算法引入到抗干扰接收机信号处理的全数字AGC算法设计中，提出一种实现简单的牛顿迭代算法。
In addition, the application of Newton iterative algorithm in the design of all digital AGC system in anti-jamming receiver is studied. The simple function of design is offered.
该设计被应用于全数字直接序列扩频接收机中，并取得了满意的效果。
And in the application of all digital DSSS receiver, this DMF behaved very well.
全数字化接收机是实现软件无线电技术的重要基础，本文研究基于可编程四通道数字下变频器HSP5 0 2 16实现高频地波雷达数字接收机设计的若干关键技术。
The fully digitalized receiver is the important basis for software radio. Some key technologies about how to realize the HF ground wave radar receiver based on the HSP50216 are addressed.
研究了基于MMA/GMMA（多模算法/通用多模算法）全数字QAM接收机中DFE（判决反馈均衡器）的设计。
This paper discusses the design of DFE(Decision Feedback Equalizer) based on MMA/GMMA(Multi-modulus Algorithm/generalized Multi-modulus Algorithm) for QAMsignals.
研究了基于MMA/GMMA（多模算法/通用多模算法）全数字QAM接收机中DFE（判决反馈均衡器）的设计。
This paper discusses the design of DFE(Decision Feedback Equalizer) based on MMA/GMMA(Multi-modulus Algorithm/generalized Multi-modulus Algorithm) for QAMsignals.
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