Graphics/Simulation

.NET	7
Artificial Intelligence	7
Group behavior	2
Path finding	16
A* and its derivatives	6
Pattern recognition	1
Steering behavior	2
World interaction	4
Audio	0
DirectX	8
DSP	5
Ogg Vorbis	2
OpenAL	1
Windows	1
Computer Science	2
Algorithms & data structures	12
BSP trees	8
Encryption	12
Randomness & noise	11
Data storage	4
File formats	14
Image	10
Resource files	2
Game Development	20
Cheat & crack prevention	10
Input	3
Timing	4
Graphics	27
Character animation	6
DirectX	24
Optimizing	8
Illumination	5
Deferred lighting	7
Global illumination	8
Lighting models	6
Screen Space Ambient Occlusion	4
Shadow maps	18
Shadow volumes	15
Image processing & synthesizing	19
Non-polygonal rendering	3
Ray tracing	3
OpenGL	12
Particle systems	7
Shaders	32
Simulation	4
Cloth	2
Clouds & sky light	7
Fire & smoke	4
Liquids	12
Surfaces & Meshes	8
Implicit surfaces	6
Parametric curves & surfaces	7
Polygon reduction & LOD	3
Subdivision surfaces	7
Terrain	7
Continuous LOD	12
Generating data	4
Voxel engines	2
Text	6
Transparency	1
Visibility determination	16
Languages	5
Assembler	20
C & C++	26
C++ exceptions	5
Calling conventions	12
Debugging	5
Memory management	7
Optimizations	6
C#	4
Creating your own language	13
Garbage collection	7
D	2
Java	4
Scripting	3
JScript & VBScript	1
Lua	6
Other languages	8
Perl	2
Python	5
Ruby	4
Mathematics	3
Fourier transform	4
Geometry	6
Linear algebra, vectors & matrices	9
Wavelet transform	5
Object design	3
Physics	5
Body dynamics	8
Collision detection	10
Polytopes	6
Platform	2
Linux	1
Mac	2
Windows	13
COM, ATL & WTL	8
Dynamically loaded libraries	6
Hooks	5
Input	2
Networking	6
Screensavers	3
Services	1
Shell	2
Small executables	3
Windows	8
Web Technologies	8

Jos Stam's homepage

Ronald Fedkiw's homepage

Computer Simulations in Physics
This site is a promising site about computer simulations. Examples on simulations are newton physics, waves, and fluids.

Real-time Realistic Rendering and Lighting of Forests
Dec, 2011 - Eric Bruneton, Fabrice Neyret
This article shows how to render a forest realistically and in real-time. The technique is very efficient and allows for seamless transition from ground to orbit.