


BCG has developed a back-end application for our radar simulator that can send and receive predefined ASTERIX Categories. In each case, the results are a realistic radar presentation on a radar display or as radar overlay on an ECDIS.ĪSTERIX is a data messaging protocol used to communicate radar information between navigation system components using an open, internationally established specification. Raytheon and Maris) and in other cases, we support an open network protocol (i.e. In some cases, the packet format is of a proprietary nature (i.e. Using our well-proven radar simulation engine, new BCG software creates custom network packets for the radar video, radar control and target tracking data associated with a radar system. (BCG) now offers several different radar simulator products that allow a network only interface into a radar and/or ECDIS display.

The new APIs to control the sensor simulation and access raw sensor output will increase productivity through the support of your specific process and engineering tools.- Providing quality training equipment for the maritime community -īuffalo Computer Graphics, Inc. You will benefit from new NCAP Autonomous Emergency Braking (AEB) and Lane Support Systems (LSS) scenarios compliant with physics-based simulation in day and night driving conditions. Radar experts are now able to model multi-modes and see micro-Doppler effects. With this latest release, headlamp designers gain new certification tests along with added capabilities for analysis, while our sensor modeling users benefit from significant productivity gains when parameterizing their models and their vehicle configurations.

You can quickly and easily verify and validate AV sensor configurations, including perception and autonomous driving features, with the driving simulation tool of your choice. This release includes new capabilities for sensor simulation and asset preparation, as well as an enriched library of assets. Ansys 2021 R2 continues to enhance the open architecture of autonomous vehicle (AV) solutions by connecting physics-based sensors to third-party driving simulators.
