Repositori Digital de la UPF
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This thesis explores the development of software tools for evaluating performance in digital data transmission systems. By integrating aspects of theory, mathematics, logic, computing, and user-interface design, we created a reliable and efficient codebase for computing error exponents E(R). The codebase includes a userfriendly interface for storing E(R) samples and can be used as a library directly. Additionally, we have demonstrated the effectiveness of our approach through comprehensive testing and validation. Future enhancements include structured file storage, implementation of SIMD (Single Instruction, Multiple Data) and parallelization techniques, and visualization of optimal values or parameters r, ρ,α. These improvements aim to further enhance the usability and performance of the software, making it a valuable tool for researchers and engineers in the field of digital data transmission.
(2024)