© 2018 IEEE. Modern hi-tech systems rely heavily on communication networks while operating in increasingly harsher electromagnetic conditions. To protect transmitted data from corruption, Error Correcting Codes are widely used. In this paper, the effectiveness of the Hamming code is evaluated under harsh electromagnetic disturbances. Our simulations show that, under certain conditions, the impact of the introduced overhead cannot be compensated by the single error correcting capabilities of the Hamming codes. Moreover, for specific bit and disturbance frequencies and for larger data sets, the use of a Hamming code provides limited to no advantage.status: publishe
When data or information is transmitted via wireless or via cable channels, errors may occur while t...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
A telemetry transmission system is described. This system appeared as a model which was used to chec...
In harsh electromagnetic environments, Error Detection and Correction Codes can be used to counterac...
This senate proposes an optimize version of the Hamming codes for Error detection and correction (ED...
This paper proposes an optimized version of the Hamming code. The paper begins with identifying a se...
Data communication performed at any time does not always go well, sometimes also happens th...
© 2018 IEEE. In this paper, the effectiveness of four variants of data triplication with time or bit...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
The robustness of a circuit designed for securityrelated applications depends on its capability to g...
The field of nanosatellites is constantly evolving and growing at a very fast speed. This creates a ...
The study of coding theory aims to detect and correct the errors during the transmission of the data...
The study of coding theory aims to detect and correct the errors during the transmission of the data...
© 2017 IEEE. We propose an energy efficient error control code scheme which utilizes the intrinsic p...
4noBit-flips caused by single-event upsets (SEUs) are a well-known problem in computer memories. A S...
When data or information is transmitted via wireless or via cable channels, errors may occur while t...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
A telemetry transmission system is described. This system appeared as a model which was used to chec...
In harsh electromagnetic environments, Error Detection and Correction Codes can be used to counterac...
This senate proposes an optimize version of the Hamming codes for Error detection and correction (ED...
This paper proposes an optimized version of the Hamming code. The paper begins with identifying a se...
Data communication performed at any time does not always go well, sometimes also happens th...
© 2018 IEEE. In this paper, the effectiveness of four variants of data triplication with time or bit...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
The robustness of a circuit designed for securityrelated applications depends on its capability to g...
The field of nanosatellites is constantly evolving and growing at a very fast speed. This creates a ...
The study of coding theory aims to detect and correct the errors during the transmission of the data...
The study of coding theory aims to detect and correct the errors during the transmission of the data...
© 2017 IEEE. We propose an energy efficient error control code scheme which utilizes the intrinsic p...
4noBit-flips caused by single-event upsets (SEUs) are a well-known problem in computer memories. A S...
When data or information is transmitted via wireless or via cable channels, errors may occur while t...
As technology scaling increases computer memory’s bit-cell density and reduces the voltage of semico...
A telemetry transmission system is described. This system appeared as a model which was used to chec...