1) time weighting
时域加权
1.
As for the problem of stray radiation at the moment of frequency shifting by the hopping transmitter, a method is presented to handle the frequency hopping signals by time weighting in this paper The method′s validity is proven by academic analysis and computer simulatio
针对跳频发射机在频率切换的瞬间容易产生杂散辐射的问题 ,提出了对跳频信号进行时域加权处理的方法 ,理论分析和计算机的仿真证明了该方法的有效
2) frequency-shaping
频域加权
1.
The frequency-shaping sub-optimal strategy that is feasible to engineering application was studied and numerical simulation compared with LQ controller and frequency-shaping optimal controller was also carried out.
针对人体振动在不同的频段有不同的生理特征,通过对线性二次型控制策略进行频域设计,研究了可用于实际工程的频域加权次优控制策略,并与线性二次最优控制及频域加权最优控制进行了仿真比较。
3) Weighted neighborhood
加权邻域
6) Time domain superposition
时域叠加
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