- Implemented a new MATLAB script for partial response symbol mapping using Duobinary precoding.
- Added functions for printing constellation bit mapping and partial response state tables.
- Created a minimal example for an IM/DD system, including signal generation, modulation, and equalization processes.
- Integrated various components such as pulse shaping, optical modulation, and receiver processing.
- Included detailed configurations for parameters like bias, link length, and filter settings.
+ duobinary_target now supports memoryless decoding (FFE targets DB response without MLSE)
+ PAMmapper.quantize now supports custom constellations for quantization
+ Added a new folder 'Documentations' for pdfs, slides, etc.
+ Added new FSO evaluation scripts in projects/FSO transmission/Evaluation Scripts
+ Added ffe_db (rudimentary module, not important anymore)
- Class folder 'Timing Recovery' with different timing recoveries
- Minimal example for the timing recovery on the FSO data
- New evaluation scripts in the FSO project folder
- Added weighted DFE (work in progress)
- Added 'Evaluation Scripts' and 'Data' to 'projects\FSO_transmission', which contain different evaluations and measured data regarding the DSP applications for the FSO transmission data.
- Added weighted DFE to 'EQ' (work in progress).
- Added the folders 'Evaluation Scripts' and 'Data' in 'projects\FSO_transmission', which contain different evaluations and measured data regarding the FSO transmission data.
- demystifyied dataset
- matched filter
- timing sync (whole sig, not symbol based)
- EQ is worse, I guess due to symbol timing recovery
Pulsef:
- can be used as matched filter now, the only thing I really changed was the sampling behavior - before it assumed that the input is always fsym, now it can be anything... fdac is output frequency for both methods
