The DigitCode™ algorithm does not necessarily have to run in the physical layer. The use case independent development makes the method usable in many ways!
USE OF THE METHOD AS ERROR CORRECTION CODING (ECC) TO ENHANCE TRANSMISSION RELIABILITY
- For error correction as middleware, especially in freely available frequency bands (ISM band)
- Within software stacks, which may be subsequently modified (standardization independence)
- (Industrial) IoT and M2M LPWANs, e.g. LoRaWAN
- Smart City and Smart Home applications
- And many more!
ERROR CORRECTION POTENTIAL OF DIGITCODE™ COMPARED TO OTHER ECCs
- 32 bit block each
Perfect Hamming Code: One error
Perfect Binary Golay Code: Three errors
DigitCode™: Seven errors
The error correction potential varies depending on use case, hardware, software environment and underlying processing steps.
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