Today we will discuss this paper by Jonathan Dupuy and Anis Benyoub, in which they present a new triangulation method that allows rendering large-scale video game components, such as planets, terrains, and more, using concurrent binary trees on the GPU. This enables adaptive allocation and release of primitives, optimizing both memory usage and performance. Read paper:https://arxiv.org/pdf/2407.02215

Today we will discuss this paper by Jonathan Dupuy and Anis Benyoub, in which they present a new triangulation method that allows rendering large-scale video game components, such as planets, terrains, and more, using concurrent binary trees on the GPU. This enables adaptive allocation and release of primitives, optimizing both memory usage and performance. Read paper: https://arxiv.org/pdf/2407.02215

Concurrent Binary Trees for Large Scale Game Systems

Grab your favorite mug, pull up a chair, and join us in this cozy corner for a nice conversation on everything graphics programming — with freshly brewed coffee for all game developers passionate about pixels and algorithms.

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Concurrent Binary Trees for Large Scale Game Systems

Concurrent Binary Trees for Large Scale Game Systems