Radio wave propagation simulator that supports researchers and engineers.
The aim is to primarily support the research of wireless researchers and to achieve more accurate radio wave propagation simulations. We strongly support antenna and propagation research with numerous achievements. In addition to product sales, we also accept commissioned analysis and technical consulting. Our technical staff provides thorough support. Please feel free to contact us first.
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basic information
RapLab is an analysis tool for radio wave propagation that uses the "3D ray tracing method." The ray tracing method is a technique that explores paths by treating radio waves as light. It allows for the verification of radio wave coverage areas considering the effects of obstacles such as buildings, as well as the confirmation of propagation paths. It can analyze not only urban areas but also suburban and indoor environments. It is also capable of importing map and terrain data for more detailed analysis. - Basic validation of measurement data - Confirmation of the number of paths and arrival directions at the receiving point - Verification of radio wave propagation paths by tracing reflection and diffraction points - Validation through comparison of values with actual measurement data - Various research on antenna design and mobile communications - Educational materials for school education and explanations of radio wave propagation
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Applications/Examples of results
The total number of users has exceeded 200, and it is being used in academic papers (both academic and private) and research on radio wave propagation (mobile communications, wireless LAN, ITS, sensor networks, MIMO, indoor propagation), among others.
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Company information
The Structural Planning Institute will solve the problems of our manufacturing clients. Currently, the challenges faced by the manufacturing industry are no longer about "improving product quality and productivity." In today's situation, where flexible responses to increasingly sophisticated and diverse customer needs are required, the greatest challenge and opportunity lies in Business Process Re-engineering (BPR), which involves reviewing and reconstructing business processes through the use of information technology. In this field as well, our advanced system development technology and solution proposal capabilities have received high praise, and as the "Structural Planning Institute supporting manufacturing BPR," we are steadily building trust.