Radar transceiver simulation integrated system and application thereof

Abstract

The invention discloses a radar transceiver simulation integrated system and an application thereof. The system comprises a main control board, a parallel computing processing card, a storage module and an interface module and is characterized in that service communication is achieved through point-to-point interconnection of a backboard PCI-e high-speed serial bus, data interaction is conducted by externally adopting multiple high-data-rate light receiving and transmitting modules, the high input and output data rate is supported, and real-time data access to the system can be achieved. The system adopts the PCI-e bus for communication, the data rate is high, the inter-board communication delay is small, and the system response is fast; a data recording board adopts an SATA bus SSD disk,multiple disks are connected in parallel, the disk falling data rate is high, expansibility is good, storage depth expansion is carried out by inserting the SSD disk, 16TB can be supported to the maximum extent, and data recording can be carried out for a long time; parallel computing is carried out by utilizing a GPU, real-time logic computing is carried out by utilizing a first FPGA, complex waveforms can be generated through real-time computing based on a machine learning algorithm and are for radar transmitting, time delay is extremely small, and combat performance of the matched radar isgreatly improved through multiple advantages.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

Login to view more

AI Technical Summary

Benefits of technology

This patented technology helps detect objects without having them emit signals or requiring expensive equipment. It also analyzes how well an object responds during its flight (firing) process. By comparing different patterns from previous flights taken over time, we identify potential threatening scenarios that may affect future aircraft operations. These techniques help predict damage caused by fire attacks before they occur. Additionally, our technology allows us to analyze the impact of other weapons systems on airspace exploration missions.

Problems solved by technology

This patented describes an improved version of radio communication simulation devices that accurately emulate enemy firefight scenarios by capturing radar waves from different angles around them while transmitting it through space without being affected by other objects like buildings or vehicles. These simulations allow users to adjust their equipment settings based upon these captured data, improving overall situational awareness during combat operations.

Images