Add to ORKGPhysical objects with boundaries that are irregular-random shapes---occur in profusion in the natural world. Simple mathematical models for random shapes are described. The models are generated by "adding" a random process to a deterministic shape. Ornstein-Uhlenbeck processes are generalized to allow innovation having symmetric stable laws.Naval Postgraduate School Research Council Research ProgramO&MN Direct Fundin
A code for generation of 3D model with random shape. One can use it in structure group of FDTD to ge...
In this paper we presented a solution for the simulation of random distributions of points on surfac...
The idea behind this paper is to investigate forms created as time imprint of moving 2D and 3D objec...
Physical objects with boundaries that are irregular-random shapes---occur in profusion in the natura...
International audienceThis book covers methods of Mathematical Morphology to model and simulate rand...
This thesis originates from the problem of reconstructing the three-dimensional shape of objects, wh...
Two models are presented for the generation of isotropic textures. The underlying constituents of th...
In mechanics, and in particular in shape analysis, taking into account the underlying geometric prop...
International audienceThis paper is a short introduction to the modeling of complex microstructures ...
We describe a mathematically based algorithm that can fill a spatial region with an infinite sequenc...
The idea for this design came from investigation of forms created as “time imprint” of moving 2D and...
Random systems of hard ellipsoids are fascinating objects, which have the potential to play an impor...
The paper reports the modelling of randomly shaped partieles. An emphasis is placed on the illustrat...
International audienceGeneralizations of various random tessellation models generated by Poisson poi...
We give simple probabilistic algorithms that approximately maximize the volume of overlap of two sol...
A code for generation of 3D model with random shape. One can use it in structure group of FDTD to ge...
In this paper we presented a solution for the simulation of random distributions of points on surfac...
The idea behind this paper is to investigate forms created as time imprint of moving 2D and 3D objec...
Physical objects with boundaries that are irregular-random shapes---occur in profusion in the natura...
International audienceThis book covers methods of Mathematical Morphology to model and simulate rand...
This thesis originates from the problem of reconstructing the three-dimensional shape of objects, wh...
Two models are presented for the generation of isotropic textures. The underlying constituents of th...
In mechanics, and in particular in shape analysis, taking into account the underlying geometric prop...
International audienceThis paper is a short introduction to the modeling of complex microstructures ...
We describe a mathematically based algorithm that can fill a spatial region with an infinite sequenc...
The idea for this design came from investigation of forms created as “time imprint” of moving 2D and...
Random systems of hard ellipsoids are fascinating objects, which have the potential to play an impor...
The paper reports the modelling of randomly shaped partieles. An emphasis is placed on the illustrat...
International audienceGeneralizations of various random tessellation models generated by Poisson poi...
We give simple probabilistic algorithms that approximately maximize the volume of overlap of two sol...
A code for generation of 3D model with random shape. One can use it in structure group of FDTD to ge...
In this paper we presented a solution for the simulation of random distributions of points on surfac...
The idea behind this paper is to investigate forms created as time imprint of moving 2D and 3D objec...