TORCS Dataset Papers With Code

TORCS (The Open Racing Car Simulator) is a driving simulator. It is capable of simulating the essential elements of vehicular dynamics such as mass, rotational inertia, collision, mechanics of suspensions, links and differentials, friction and aerodynamics. Physics simulation is simplified and is carried out through Euler integration of differential equations at a temporal discretization level of 0.002 seconds. The rendering pipeline is lightweight and based on OpenGL that can be turned off for faster training. TORCS offers a large variety of tracks and cars as free assets. It also provides a number of programmed robot cars with different levels of performance that can be used to benchmark the performance of human players and software driving agents. TORCS was built with the goal of developing Artificial Intelligence for vehicular control and has been used extensively by the machine learning community ever since its inception.

Using Keras and Deep Deterministic Policy Gradient to play TORCS

PDF) Learning drivers for TORCS through imitation using supervised methods

PDF) Perspective, Survey and Trends: Public Driving Datasets and Toolsets for Autonomous Driving Virtual Test

PDF) Speed traffic sign detection on the CARLA simulator using YOLO

Newsletters Papers With Code

Sohan Rudra - Research Associate - Technische Universität Darmstadt

Drones, Free Full-Text

Pseudo-code of dynamic scheduling framework with grouped whales (DSF.GW)

Neural Networks in Python: From Sklearn to PyTorch and Probabilistic Neural Networks