A general framework for collision detection is presented. Then, we look at each stage and compare different approaches by extensive benchmarks. The result suggest a way to optimize the performance of the overall framework. A benchmarking procedure for comparing algorithms checking a pair of objects is presented and applied to three different hierarchical algorithms. A new convex algorithm is evaluated and compared with other approaches to the neighbor-finding problem
Collision detection is of paramount importance for many applications in computer graphics and visual...
A family of iterative algorithms is developed for detecting the collision of two convex objects, who...
An algorithm to detect collisions between robots moving along given trajectories is presented. The m...
In this paper, we present a benchmarking suite that allows a systematic comparison of pairwise stati...
Collision detection is the processing of the bounds of two objects to determine if they intersect at...
International audienceCollision detection between two convex shapes is an essential feature of any p...
Use of API's for implementation of collision detection algorithms is allowed. The computational...
Collision detection between several objects in a closed space is an interesting research topic in a...
In this paper we describe new metrics for the evaluation of collision detection techniques. Through ...
In this paper we describe new metrics for the evaluation of collision detection techniques. Through ...
In this article, we present two algorithms for precise collision detection between two potentially c...
In this article, we present two algorithms for precise collision detection between two potentially c...
of the Dissertation Efficient Collision Detection for Interactive 3D Graphics and Virtual Environmen...
Collision detection is a fundamental computational problem in various domains, such as robotics, com...
We introduce a framework for collision detection between a pair of rigid polyhedra. Given the initia...
Collision detection is of paramount importance for many applications in computer graphics and visual...
A family of iterative algorithms is developed for detecting the collision of two convex objects, who...
An algorithm to detect collisions between robots moving along given trajectories is presented. The m...
In this paper, we present a benchmarking suite that allows a systematic comparison of pairwise stati...
Collision detection is the processing of the bounds of two objects to determine if they intersect at...
International audienceCollision detection between two convex shapes is an essential feature of any p...
Use of API's for implementation of collision detection algorithms is allowed. The computational...
Collision detection between several objects in a closed space is an interesting research topic in a...
In this paper we describe new metrics for the evaluation of collision detection techniques. Through ...
In this paper we describe new metrics for the evaluation of collision detection techniques. Through ...
In this article, we present two algorithms for precise collision detection between two potentially c...
In this article, we present two algorithms for precise collision detection between two potentially c...
of the Dissertation Efficient Collision Detection for Interactive 3D Graphics and Virtual Environmen...
Collision detection is a fundamental computational problem in various domains, such as robotics, com...
We introduce a framework for collision detection between a pair of rigid polyhedra. Given the initia...
Collision detection is of paramount importance for many applications in computer graphics and visual...
A family of iterative algorithms is developed for detecting the collision of two convex objects, who...
An algorithm to detect collisions between robots moving along given trajectories is presented. The m...