20240048159. ERROR PROCESSING AND CORRECTION OF ADJACENT 2-BIT ERRORS simplified abstract (Infineon Technologies AG)
Contents
ERROR PROCESSING AND CORRECTION OF ADJACENT 2-BIT ERRORS
Organization Name
Inventor(s)
Jens Rosenbusch of München (DE)
[[:Category:Klaus Oberl�nder of Neubiberg (DE)|Klaus Oberl�nder of Neubiberg (DE)]][[Category:Klaus Oberl�nder of Neubiberg (DE)]]
Georg Duchrau of Preddöhl (DE)
Michael Goessel of Mahlow (DE)
ERROR PROCESSING AND CORRECTION OF ADJACENT 2-BIT ERRORS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240048159 titled 'ERROR PROCESSING AND CORRECTION OF ADJACENT 2-BIT ERRORS
Simplified Explanation
The proposed solution is a method for processing errors in a sequence of bits. In the error-free case, the sequence of bits forms a codeword of an error code. The error code is based on an h-matrix or can be determined by it. The method involves determining an error syndrome for the sequence of bits and establishing a link between components of the error syndrome and parts of the h-matrix. If the link adopts a predefined value, two adjacent bits in the sequence of bits are corrected.
- The solution processes errors in a sequence of bits.
- The error code is based on an h-matrix or can be determined by it.
- An error syndrome is determined for the sequence of bits.
- A link is established between components of the error syndrome and parts of the h-matrix.
- Two adjacent bits in the sequence of bits are corrected if the link adopts a predefined value.
Potential Applications:
- Error correction in data transmission and storage systems.
- Fault-tolerant computing systems.
- Communication systems where error-free transmission is critical.
Problems Solved:
- Correcting errors in a sequence of bits.
- Ensuring error-free transmission and storage of data.
- Improving the reliability and accuracy of communication systems.
Benefits:
- Increased data integrity and accuracy.
- Enhanced fault tolerance in computing systems.
- Improved reliability and efficiency in communication systems.
Original Abstract Submitted
what is proposed is a solution for processing errors in a sequence of bits, wherein the sequence of bits, in the error-free case, forms a codeword of an error code, wherein the error code is based on an h-matrix or is able to be determined thereby, wherein an error syndrome is determined for the sequence of bits, wherein a link is determined between components of the error syndrome and parts of the h-matrix, and wherein two adjacent bits in the sequence of bits are corrected if the link adopts a predefined value.