Sentence examples for real-time radar from inspiring English sources

The results show that the proposed system can achieve real-time radar signal sorting on FPGA, and the resource consumption on FPGA is very low.

Therefore, in this paper, we propose, design and implement a high performance FPGA-based data stream mining system to perform real-time radar signal sorting on continuous data stream.

This novel algorithm offers great potential for adaptive compressive sampling in real-time radar signal and image.

Moreover, to further improve the accuracy of short-term rainfall forecasts (i.e., 1- to 6-h rainfall forecasts), real-time radar observation data are included.

However, there are some challenges to be overcome before an actual adaptive CS algorithm for real-time radar signal will become a reality.

APL is the central data collection and distribution site, and maintains the software for radar operation and data analyses, as well as the project's Web site, where several products, including real-time radar displays and convection maps, and time-series and field-of-view measurements, are archived and made available to the atmospheric science communities.

This study aims to compare two machine learning techniques, random forests (RF) and support vector machine (SVM), for real-time radar-derived rainfall forecasting.

The real-time radar-derived rainfall forecasting models use the present grid-based radar-derived rainfall as the output variable and use antecedent grid-based radar-derived rainfall, grid position (longitude and latitude) and elevation as the input variables to forecast 1- to 3-h ahead rainfalls for all grids in a catchment.

Many other military applications, including real-time synthetic aperture radar imaging, automatic target recognition, surveillance video processing, optical inspection, and cognitive radio systems, have similar needs.

The technique described permits a real-time derivation from MF radar data of changes in mesospheric electric field intensities, and estimates of electric current densities.

Limited by the real-time capability of the radar system and the complexity of CS reconstructing algorithms, it is difficult to realize real-time image reconstruction using limited pulses.