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Download radar simulator for pc |
Download radar simulator for pc
The reduced parts count of the PCS increases system reliability while reducing the cost of maintenance spares. The list of available radar interfaces is below. However, we can create new interfaces with certain information, please contact us with your requirements.
Features such as 4-yard resolution, large exercise areas, target ship shape, enhanced radar effects, true 3D modelling, and full programmability are now available in a low cost simulation platform. For multiple Ownship configurations, several simulators may be networked together and controlled from a single workstation. Each Ownship acts as an independent radar platform in the simulator network.
For bridge visual systems, the PCS is programmed and controlled through a single Ethernet connection. By clicking "I Accept" you consent to the use of cookies unless you have disabled them on your browser. 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. Once defined, a motion may have several targets associated with it, separated in time or by a fixed offset and with optional positional noise added. This can be useful for building up simulations where many targets follow a prescribed route e. The Simulator will also accept platform navigation data, target track data, AIS data or ADS-B data as external inputs, using them as the basis for creating artificial radar video returns.
This facility makes it possible to drive the Simulator from real data possibly replayed or from an external scenario generator. SPx Radar Simulator supports multiple user-defined radar sources within a single simulation. Each radar source may be positioned at a different geographic location and a common set of target definitions used to create simulations of whole real-world installations. The view of the targets and the terrain from each radar is considered separately, so that it accurately reflects each radar's perspective on the scenario.
Typically, VTS, coastal surveillance and security applications may require installation of multiple radars along a stretch of coastline or around a perimeter or border. By supporting multiple radars, SPx Radar Simulator can provide application developers and system integrators working in these fields with a valuable realistic test source during the design and development phase.
As an alternative to defining targets by their length and breadth, they may be defined as complex polygons instead, allowing the user to create simulations of very high resolution radars for example airport surface movement radars which more accurately reflect the returns that may be expected from a real radar.
As with rectangular targets, shaped targets may be static or may be configured to follow a motion. In the case where a shaped target follows a motion, it is rotated as required to present the correct aspect to the radar. Similarly, buildings may also be defined by the user as complex polygons. As with targets and terrain, buildings contribute to the calculated radar video returns.
Which specific NMEA sentences are generated is configurable. As well as artificial radar video data, target track messages may be generated and output for all user-defined targets. The HPx card takes the synthetic radar video data created by SPx Radar Simulator and uses it as the basis for generating radar signals video, trigger and azimuth data.
Together, SPx Radar Simulator and the HPx card provide a complete, self-contained radar simulation package, capable of driving incumbent radar display equipment. SPx Radar Simulator provides the user with full graphical control over all aspects of its operation. Controls are available to define the radar parameters, targets and motions, as well as to configure how the artificial radar video is generated. A local PPI display window is also provided, which gives the user full oversight of the radar video that the SPx Radar Simulator is generating.
The PPI window also allows the user to define motion trajectories and position targets using the mouse. As well as the terrain display, tiled maps and world vector shoreline displays are available to add context to the radar video being displayed and to enable geographically realistic motion trajectories to be created. All aspects of the simulation, including targets and motions, may be saved to and loaded from configuration files.
Target and motion data are stored in a separate file or multiple separate files to the main simulation configuration parameters. This provides a level of flexibility and makes it straightforward to share common scenarios across different simulations. For example, to simulate the same set of targets under different radar noise conditions or with the radar positioned in different locations. You are currently using an outdated browser. Can we improve this page? Send your feedback to: [email protected].
Extra Info Realistic Synthetic Radar Video 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. Scenario Definitions SPx Radar Simulator allows the user to define complex trajectories that targets or the radar platform itself may then be set to follow. Multiple Radar Simulations SPx Radar Simulator supports multiple user-defined radar sources within a single simulation.
Shaped Targets and Buildings As an alternative to defining targets by their length and breadth, they may be defined as complex polygons instead, allowing the user to create simulations of very high resolution radars for example airport surface movement radars which more accurately reflect the returns that may be expected from a real radar.
Local Display and Graphical Controls SPx Radar Simulator provides the user with full graphical control over all aspects of its operation.
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