Dynamic RCS Calculation of Wind Turbine Blade Using GPU-Based TSM-RT

Abstract

It is necessary to calculate the RCS generated by several wind blades for the three-dimensional mesh analysis of a target moved for each sampling time. In this paper, we propose a method of calculating dynamic RCS through physical optics. The computational speed was improved by applying the graphics processing unit-based two-scale-model ray-tracing method to enhance the ray tracing efficiency. Finally, the proposed method was used to calculate the dynamic RCS of two wind blades at different rotational speeds.

STA analysis for high performance GPU core

“…Research presents a novel technique to accelerate the functional verification process of DDR subsystems within System-on-Chip designs [7], [8] By introducing advanced verification methodologies and automation, the proposed method significantly reduces the time and effort required to ensure the correctness and robustness of DDR subsystems. This focuses on designing a DDR controller optimized for minimal delay and access time [9], [10]. The paper details the techniques used to achieve these optimizations, including advanced timing control mechanisms and efficient data management strategies [11], [12], ultimately leading to improved overall system performance.…”