AFF3CT users and developers symposium is taking place in Paris this year (2024). You can register on the official symposium website! Note that the presentations and discussions will be in french.
Run simulations on your computer. Experiment various configurations.
Choose between Polar, Turbo, LDPC (Low-Density Parity-Check), RSC (Recursive Systematic Convolutional), TPC (Turbo Product Code), BCH (Bose, Ray-Chaudhuri and Hocquenghem), RS (Reed-Solomon), Repetition and RA (Repeat and Accumulate) codes. Play with a set of decoders with different complexities and characteristics. See comparison with other FEC libraries.
Compare the decoding performance of BER/FER references. Available online.
Browse a large database of references that have been pre-simulated with AFF3CT. Many channel codes and configurations are available. Load your personal results from files and see how they perform. Start using the BER/FER comparator.
Unleash the power of your CPU with fixed-point arithmetic.
AFF3CT takes advantage of the 8-bit and 16-bit built-in fixed-point and saturated arithmetic of your CPU. This enables high performance on General Purpose Processors while it gives you the opportunity to estimate the decoding performance on real hardware. See simulator throughput performances on modern architectures.
A Cross-platform and Open-source software.
AFF3CT runs on Linux , macOS and Windows . It has been optimized for x86 targets (with the SSE and AVX set of instructions) and for ARM devices (with the NEON set of instructions). The code SIMDization rest upon the MIPP wrapper. AFF3CT is Open-source and it is currently developed, the code is written in C++11 style where it intensively uses the template meta-programming technique.
