Primary radar engineering program simulation

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Have an M. In addition to the synthetic radar video, navigation data and target data are available as separate outputs on the network. This allows SPx Radar Simulator to be used as a powerful test and development tool for real-world client radar display applications. Conversely, SPx Radar Simulator can also accept external data, for example from an existing simulation system, using this information to build the scenario and generating the corresponding radar video.

The application even allows you to augment a real radar video recording or network radar video input with additional, artificial targets.

This means that the program can be used across a broad range of industries, from naval and maritime through to security and air surveillance. Typical applications of the Simulator include:. SPx Radar Simulator is capable of generating highly realistic radar returns, from multiple radar sources, based on a set of terrain elevation data and user target definitions.

The application uses altitude, beamwidth and pulse length considerations in its calculations, to create a convincing radar video image. Simulated sea clutter, as well as target RCS and radar sensitivity settings all contribute to the realistic dynamic appearance of the radar video.

This data set covers most of the world's landmass, with an accuracy of 3 arc-seconds in latitude and longitude. The terrain data is used to calculate radar returns from land for a given platform position. The calculation of radar returns can optionally take into account the line-of-sight along each azimuth, so that land or targets that are obscured by terrain at shorter ranges are not displayed.

Additionally, real radar data either from a live source or recording may be passed into the Simulator as an auxiliary input and supplemented with entirely artificial data that the software is generating. This makes extremely realistic simulations possible. For example, the injection of rogue target into real radar video to test the reactions of an operator or the behaviour of a tracker. SPx Radar Simulator allows the user to define complex trajectories that targets or the radar platform itself may then be set to follow.

These motions may be created and edited graphically, using the mouse in the display window. Alternatively, motions may be created by specifying their heading, speed and acceleration linear or angular directly within a configuration file.

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