Terrains are a crucial component of three‐dimensional scenes and are present in many
Computer Graphics applications. Terrain modeling methods focus on capturing landforms in …

In this paper, we propose a simulation-based proce-dural modeling approach to
automatically synthesize immersive marine landscapes for swimming exergame in virtual …

Terrain upsampling techniques are aiming at solving the changing problem of synthesizing
arbitrary dimensional high-resolution terrain heightmaps from given low-resolution terrain …

Procedural content generation (PCG) of terrains is one of the main building blocks for
creating an automated and real‐time virtual world. This study provides and in‐depth review …

Since terrain procedural modeling is widely adopted for the virtual natural scene
generations in the game design, movie industry, and digital arts, lots of advanced …

We show a fractal surface generation method that, unlike other methods, generates both
random and deterministic fractals that model natural and architectural elements. The method …

Traditional approaches to terrain heightmap generation rely on geometric methods to
generate a matrix of elevation values using noise functions. More advanced approaches …

In this paper an algorithm for creating cave-like, user-guided layout is presented. In
applications such as computer games, underground structures offer unique challenges and …

A complete solution for creating an entire planet by combining different types of elements
from an intuitive specification is still an open problem. High level techniques are in the core …

La synthèse de terrains virtuels à la fois vastes, détaillés, hétérogènes et explorables en
temps-réel, constitue un des défis de la modélisation de scènes naturelles. Les nombreuses …