1) MIMO process
多输入多输出过程
1.
An optimal harmonic control algorithm for MIMO process is given, and the efficiency of this algorithm is demonstrated by the simulation results.
针对多输入多输出过程的协调控制问题，提出了一种最优控制算法，并通过数字仿真证明了算法的有效
2) multi-input single-output complex processes
多输入单输出复杂过程
3) Multiple Input and Multiple Output (MIMO)
多输入输出
4) MIMO
多输入多输出
1.
Robust Adaptive Control of MIMO Nonlinearly Parameterized Systems;
多输入多输出非线性参数系统的鲁棒自适应控制
2.
The Reconstruction of Stochastic Waveform of MIMO Test System in Time Domain;
多输入多输出试验系统的随机波形时域再现
3.
Study of the interference reducing capability of time reversal techniques in underwater acoustic MIMO systems;
时间反转技术对水声多输入多输出系统干扰抑制性能的研究
5) multiple-input multiple-output
多输入多输出
1.
Then comparisons are performed between the GDAS and the traditional multiple-input multiple-output (MIMO) system to analyze the ergodic capacity of the GDAS and make conclusions that it is impossible to achieve an analytical expression for the ergodic capacity of the GDAS.
通过与传统多输入多输出系统的比较,对广义分布式天线系统容量进行了分析,并得出广义分布式天线系统历经容量完整的解析表达式是不可能存在的。
2.
To solve the problem that zero forcing methods and orthogonalization methods cause severe noise amplifying at the receiver side in multiuser multiple-input multiple-output downlink system,an iterative beamforming method for joint precoding of transmit and receive is proposed.
针对多用户多输入多输出系统下行链路线性预编码中的迫零法及正交化法对接收端的噪声有较强放大作用的问题,提出了一种发射与接收联合预编码的波束成形迭代法。
6) multiple-input multiple-output(MIMO)
多输入多输出
1.
In wireless communication channels, multiple-input multiple-output(MIMO) systems with space-time block codes(STBC) are usually used to eliminate multipath fading, wherein multiple access interference is very serious.
在无线衰落的通信信道中,空时编码的多输入多输出的(MIMO)系统具有很好的性能,但是多址干扰也很严重。
2.
The capacity of multiple-input multiple-output(MIMO) for point-to-point single user systems operating in incorrelated Rayleigh flat fading is considered with the assumptions that perfect channel side information (CSI) is available at receiver.
文中考虑独立Rayleigh衰落环境下的单用户点对点多输入多输出系统,假定接收端能准确估计信道状态信息,推导出系统的容量公式,相比单天线系统,多天线系统能取得更大的容量,当输入信号是高斯分布时,系统容量随着发射天线和接收天线数目的最小值线性增加,如果发送端完全知道信道状态信息,采用注水原理的功率分配策略,可以获得更高的容量增益,最后推导出各态历经容量的数学表达式。
3.
The water-filling power allocation algorithm can achieve the maximal capacity of multiple-input multiple-output(MIMO) systems with no additional power and bandwidth consumption.
在不额外增加发射功率和带宽消耗的情况下,注水功率分配算法能够获得最大的多输入多输出(MI-MO)系统容量。
补充资料：计算机输入/输出控制系统(见计算机输入/输出系统)
计算机输入/输出控制系统(见计算机输入/输出系统)
computer input/output control system
iisuanii shuru/shuehu kongzhi xitong计算机输入/输出控制系统(com-puter inPut/ou中ut eontrol system)见计算机输入/输出系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条