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SSAA works by rendering the scene at a higher resolution than the display and then downsampling to the display resolution. It takes the average of multiple samples per pixel to produce a smoother image.

MSAA samples multiple points for each pixel, but only for the polygon edges, not within the polygon. It uses the same sample for covered pixels to reduce the processing power required compared to SSAA.

FXAA is a post-processing effect that smooths jagged edges by analyzing the image and blending pixels. It's fast and doesn't require large amounts of memory.

TAA combines samples from the current and previous frames to reduce shimmering and flickering in motion. It leverages temporal coherence by accumulating sample data over time.

SMAA targets subpixel coverage to smooth edges and is a post-processing technique like FXAA, with the advantage of addressing subpixel artifacts without significant performance impacts.

Developed by NVIDIA, CSAA increases the number of coverage samples per pixel, improving upon MSAA by providing higher quality without the same increase in memory that comes from additional color/z samples.

AAA is a technique that adjusts the level of anti-aliasing by detecting areas that need higher sample rates. It typically applies supersampling adaptively to complex regions in the image.