Dr.-Ing. Stefan Scholl
Company
Fraunhofer-Institut für Hochfrequenzphysik und Radartechnik (FHR)
Fraunhoferstr. 20
53343 Wachtberg
Contact
Email: scholl(at)eit.uni-kl.de
Research Areas
- Binary and Non-Binary LDPC Codes
- Soft Decoding of BCH and Reed-Solomon Codes
- New Architectures for BCH and RS Codes
- Maximum Likelihood Decoding: www.uni-kl.de/channel-codes
- Linear Programming (LP) Decoding
- Embedded Systems for Software Defined Radios
Publications
- ADMM versus Simplex Algorithm for LP Decoding
- Advanced Iterative Channel Coding Schemes: When Shannon meets Moore
- An Efficient Soft Decision Reed-Solomon Decoder for Moderate Throughput
- Saturated Min-Sum Decoding: An “Afterburner” for LDPC Decoder Hardware
- Efficient Architectures for Parity Check Matrix Generation
- A New LDPC Decoder Hardware Implementation with Improved Error Rates
- The Zedboard: A Modern “System On Chip” for Software Defined Radios
- LP Decoding: From Software to Hardware
- Challenges and Limitations for Very High Throughput Decoder Architectures for Soft-Decoding
- A Simplex Algorithm for LP Decoding Hardware
- Advanced Hardware Architecture for Soft Decoding Reed-Solomon Codes
- Efficient Maximum-Likelihood Decoding of Linear Block Codes on Binary Memoryless Channels
- Hardware Implementation of a Reed-Solomon Soft Decoder based on Information Set Decoding
- Towards Hardware Implementation of the Simplex Algorithm for LP Decoding
- FPGA Implementation of Trellis Decoders for Linear Block Codes
- Hardware Implementations of Gaussian Elimination over GF(2) for Channel Decoding Algorithms
- Integer Programming as a Tool for Analysis of Channel Codes
- ML vs. BP Decoding of Binary and Non-Binary LDPC Codes
- Mathematical Optimization Based Channel Coding: Current Achievements and Future Research
Other Publications
- The Xilinx Zynq: A Modern System on Chip for Software Defined Radios (Link)
- The Panoradio: A standalone wideband 250 Msps direct sampling receiver (Link)
- Zedboard Audio Interface (Download VHDL Design and Documentation)
- Exact Signal Measurements using FFT Analysis (Download PDF)