rate receiver

This paper introduced a dynamic layered multicast scheme, DLM, to address multicast receivers' heterogeneity in available bandwidth. DLM uses an optimal layer rate allocation algorithm which can maximally satisfy each receiver's available bandwidth.

针对多播接收者的可用带宽异构性问题，提出了一种动态分层多播拥塞控制算法（DLM），DLM运用最优化层传输速率分配算法来自适应地满足接收者的异构性。

In this curve, the point which had the largest inclined rate was a timing reference point of low frequency time-code receiver.

该曲线的斜率最大点即为低频时码接收机的秒定时参考点。

The received signal strength indicator ( RSSI) in a CMOS limiting/ logarithmic amplifier, which is proposed for optical receiver at bit rate of 155 Mbit/ s, is designed and realized in a 0.6 μ m double-poly n-well CMOS process.

介绍了一种应用于光接收机系统、速率可达155Mbit/s的CMOS限幅/对数放大器的接收信号强度指示器（RSSI）。电路采用0.6μm双多晶硅N阱CMOS工艺设计并实现。

This Included baud rate generator, data sender and receiver.

包括波特率发生器、数据接收器、数据发生器。

Receiver-based diagnosis of TCP bulk transfer rate limiting factors

基于接收方的TCP批量数据发送限制因素诊断

Dynamical region of this receiver is more than 70dB; frequency-agile rate of local signal is less than 4 μ m; ampli-tude balance of I Q quadrature dual channel is better than 0.1dB;

在该装置中，接收机的动态范围大于70dB，本振信号的捷变速度小于4μs，IQ正交双通道的幅度平衡度优于0.1dB，相平衡度优于0.5°。

Variable rate symbol timing recovery in DVB-C Receiver

DVB-C中可变速率符号的定时恢复

At the same time, we put forward to compute Doppler centric frequency and Doppler frequency rate by vector method. From footprint trajectory of transmitter and receiver, we derived the formulae of integrated time and azimuth resolution.

提出了用矢量法来计算多普勒中心频率和多普勒调频率的方法；通过分析收发平台波束的运动轨迹，推导出了合成孔径时间和方位向分辨率的计算公式。

Time variability of the underwater channel requires that receiver adaptation be performed at the chip rate, rather than the symbol rate.

水声信道的时变特性要求自适应均衡器系数以码片速率更新，而不是以码元速率更新。

So, in an OFDM system, finding the symbol timing, the carrier frequency offset, and the sampling rate offset the receiver is important in the recovery of the signal.

因此，在OFDM系统接收机中，定时的确定、载波频率偏差和采样频率偏差的纠正是信号恢复的关键。