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首页> 外文期刊>International Journal of Soft Computing and Software Engineering >Systems Engineering: Optimization on Stiefel Manifold for MIMO System
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Systems Engineering: Optimization on Stiefel Manifold for MIMO System

机译:系统工程:MIMO系统的Stiefel流形上的优化

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Applications of multiple input and multiple output (MIMO) with Stiefel manifold are growing in the next generation communications and their system engineering developments. These applications need to be optimized efficiently with less complexity and cost. In this research, optimization problems in MIMO systems using Stiefel manifold are considered. As far as general manifolds are concerned, optimization methods are applied in a different environment that deals with basic signal processing. Here, specific optimization technique, which can be applicable in current MIMO system with Stiefel manifold, is given as a methodology. The current MIMO system is a new technology, and it can be applied in the next generation technology because it uses manifolds in feedback of MIMO systems. Even though, overall performance of new and current technology is better than conventional techniques, final performance of MIMO applications is anticipated with efficient optimizations.
机译:在下一代通信及其系统工程开发中,带有Stiefel流形的多输入多输出(MIMO)应用正在增长。这些应用需要以更少的复杂性和成本进行有效的优化。在这项研究中,考虑了使用Stiefel流形的MIMO系统中的优化问题。就通用歧管而言,优化方法适用于处理基本信号处理的不同环境。在此,给出了一种特定的优化技术作为一种方法,该技术可以在具有Stiefel流形的当前MIMO系统中应用。当前的MIMO系统是一项新技术,由于它在MIMO系统的反馈中使用了流形,因此可以应用于下一代技术。尽管新技术和当前技术的总体性能要优于传统技术,但通过有效的优化可以预期MIMO应用的最终性能。

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