Add to ORKGCollision detection between several objects in a closed space is of fundamental importance in all those areas where objects must not penetrate one another, such as computer grafics, robotics, motion planning, computer animation, virtual reality, etc. The problem to detect collisions in very complex systems has been studied by several authors, obtaining solutions based on different data structures. In this paper, a new K dimensional tree Multiresolution Kdtree, MKtree is introduced. The MKtree represents a hierarchical subdivision of the scene objects that guarantees a minimum space overlap between node regions. MKtrees are useful for collision detection and for time--critical rendering in very large envi...
The computational cost of a collision detection (CD) algorithm on polygonal surfaces depends highly ...
Collision detection is an enabling technology for many virtual environments, games, and virtual prot...
An algorithm for detecting the collision of moving objects is presented. The algorithm applies to po...
Collision detection between several objects in a closed space is of fundamental importance in all ...
In this paper, the collision prediction between polyhedra under screw motions and a static scene usi...
In this paper, the collision prediction between polyhedra under screw motions and a static scene...
In this report, a new $ dimensional tree data structure ({emph Multiresolution Kdtree, MKtre...
The problem to represent very complex systems has been studied by several authors, obtaining ...
Collision detection between several objects in a closed space is an interesting research topic in ...
Collision detection between several objects in a closed space is an interesting research topic ...
We present an algorithm for collision detection between multiple deformable objects translating in a...
In this paper, a novel sphere-tree generation method used for collision detection is proposed. Using...
Context. Collision is a basic necessity in most simulated environments, especially video games, whic...
DE 10106023 A UPAB: 20021108 NOVELTY - The collision detection involves first forming hierarchical b...
In this paper we address the problem of collision detection and response in real-time animation syst...
The computational cost of a collision detection (CD) algorithm on polygonal surfaces depends highly ...
Collision detection is an enabling technology for many virtual environments, games, and virtual prot...
An algorithm for detecting the collision of moving objects is presented. The algorithm applies to po...
Collision detection between several objects in a closed space is of fundamental importance in all ...
In this paper, the collision prediction between polyhedra under screw motions and a static scene usi...
In this paper, the collision prediction between polyhedra under screw motions and a static scene...
In this report, a new $ dimensional tree data structure ({emph Multiresolution Kdtree, MKtre...
The problem to represent very complex systems has been studied by several authors, obtaining ...
Collision detection between several objects in a closed space is an interesting research topic in ...
Collision detection between several objects in a closed space is an interesting research topic ...
We present an algorithm for collision detection between multiple deformable objects translating in a...
In this paper, a novel sphere-tree generation method used for collision detection is proposed. Using...
Context. Collision is a basic necessity in most simulated environments, especially video games, whic...
DE 10106023 A UPAB: 20021108 NOVELTY - The collision detection involves first forming hierarchical b...
In this paper we address the problem of collision detection and response in real-time animation syst...
The computational cost of a collision detection (CD) algorithm on polygonal surfaces depends highly ...
Collision detection is an enabling technology for many virtual environments, games, and virtual prot...
An algorithm for detecting the collision of moving objects is presented. The algorithm applies to po...
