The growing number of Internet Thing (IoT) and Ultra-Reliable Low Latency Communications (URLCC) use cases in next generation communication networks calls for the development efficient Forward Error Correction (FEC) mechanisms. These usually imply using short to mid-sized information blocks requires low-complexity and/or fast decoding procedures. This paper investigates joint learning mid block...

In this paper design of low pass optimal block digital filter is compared with traditional low pass overlap-save block digital filter. Simulation results show that global error obtained by optimal method is lower than that obtained by traditional overlap-save method. Index Terms Block digital filters, optimum design, overlap-save method, frobenius norm, aliasing, time-varying system.