GRADE demo at CIRA
vsTASKER was successfully used as the backbone simulation software by CIRA (Italian Aerospace Research Centre) for a GRADE demonstration of curved satellite GNSS approach.
vsTASKER was successfully used as the backbone simulation software by CIRA (Italian Aerospace Research Centre) for a GRADE demonstration of curved satellite GNSS approach.
In this presentation, we will learn how to setup vsTASKER to build from scratch a pushback, tow and (multi-carriage) trailer simulator.
Driving a multi-body vehicle on a straight line is not challenging. Reversing with a 5 axles semi truck, going around corners or parking the trailer into a bay is far from being straightforward, even for a skilled driver.
Unmanned Aerial Vehicles (UAVs) represent ideal platforms for automated decision making. The use of modeling and simulation for building and testing autonomous behaviors can drastically enforce the capabilities of unmanned aircraft, skills of ground operators and usefulness of missions.
These videos have illustrated the OpenSceneGraph built-in component. vsTASKER can visualize in 3D, using an OSG plugin, a scenario during its edition. Entities can be placed, and moved to the 3D editor for better correlation with the final database.
These videos have illustrated integration of VegaPrime 3D engine from Presagis. As vsTASKER is generating C++ code, embedding the C++ API of the IG allows the user to directly control the output from vsTASKER logic.
These videos have illustrated the new capabilities and functionalities of vsTASKER over the previous versions. Most of them are demonstrating the integration of several third-party software with our scenario editor. For the latest projects, see the Use Cases. HLA Integration with a Linux Missile Simulator Simple Drone Simulation Delta3D Game Engine Integration HLA …