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首页> 外文期刊>Indian Journal of Science and Technology >Design and Implementation of Quadri phase Sequences with Good Merit Factor Values
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Design and Implementation of Quadri phase Sequences with Good Merit Factor Values

机译：具有优良品质因子值的四相序列的设计与实现

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Objective: Design of quadriphase codes with superior merit factor in basically a nonlinear multivariable optimization problem. Quadriphase transformation is applied to low side lobes in bi phase generation of binary sequence. In order to provide real time hardware for identification and generation of quadriphase pulse compression sequences. Methods/ Statistical Analysis: An efficient VLSI architecture has been proposed. The objectives to achieve high main lobe and low side lobes by poly phase codes. Findings: Initially pulse compression techniques are applied followed by binary quadriphase transformation. By applying a transformation to the biphase code using of sub pulses consequently results in the generation of codes. Near constant envelopes are created. Improvements/Applications: The systematic quadriphase sequences are useful for application to radar and continuation. There is scope for further development of merit factor.
机译：目的：在基本上是非线性多变量优化问题的情况下，设计具有优异品质因数的四相编码。四相变换应用于二进制序列的双相生成中的低旁瓣。为了提供用于识别和生成四相脉冲压缩序列的实时硬件。方法/统计分析：已经提出了一种有效的VLSI体系结构。通过多相位代码实现高主瓣和低旁瓣的目标。结果：最初应用脉冲压缩技术，然后进行二进制四相变换。通过使用子脉冲对双相代码进行变换，结果导致代码的产生。近乎恒定的信封被创建。改进/应用：系统的四相序列对于雷达和连续性的应用很有用。优点因子还有进一步发展的空间。

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