Add to ORKGAbstract- The active tailbiting segment distance for convolutional codes is introduced. Together with the earlier defined active burst distance, it describes the error correcting capability of a tailbiting code en-coded by a convolutional encoder. Lower bounds on the new active distance as well as an upper bound on the ratio between tailbiting length and memory of en-coder such that its minimum distance dmin equals the free distance dfree of the corresponding convolutional code are presented. I
Abstract—A bound on the minimum distance of a binary errorcorrecting code is established given const...
Abstract- A family of active distances for convolu-tional codes is introduced. Lower bounds are deri...
Communication systems that employ a single convolutional code for error correction often operate at ...
The active tailbiting segment distance for convolutional codes is introduced. Together with the earl...
The error-correcting capability of tailbiting codes generated by convolutional encoders is described...
Tailbiting codes are error correcting codes and can be used in digital transmission systems. They ar...
A family of active distance measures for general convolutional codes is defined. These distances are...
Abstract — A family of active distance measures for general convolutional codes is defined. These di...
This paper describes the active burst distance for convolutional codes. The unequal error protection...
A convolutional code can be used to detect or correct infinite sequences of errors or to correct inf...
Woven convolutional codes with one tailbiting component code are studied and their generator matrice...
Tailbiting codes encoded by convolutional encoders are studied. An explanation is given for the fact...
A brief introduction to convolutional coding is given. The active distances are reviewed and shown t...
Tailbiting is an attractive method to terminate convolutional codes without reducing the code rate. ...
The minimum distance of a code is an important measure of robustness of the code since it provides a...
Abstract—A bound on the minimum distance of a binary errorcorrecting code is established given const...
Abstract- A family of active distances for convolu-tional codes is introduced. Lower bounds are deri...
Communication systems that employ a single convolutional code for error correction often operate at ...
The active tailbiting segment distance for convolutional codes is introduced. Together with the earl...
The error-correcting capability of tailbiting codes generated by convolutional encoders is described...
Tailbiting codes are error correcting codes and can be used in digital transmission systems. They ar...
A family of active distance measures for general convolutional codes is defined. These distances are...
Abstract — A family of active distance measures for general convolutional codes is defined. These di...
This paper describes the active burst distance for convolutional codes. The unequal error protection...
A convolutional code can be used to detect or correct infinite sequences of errors or to correct inf...
Woven convolutional codes with one tailbiting component code are studied and their generator matrice...
Tailbiting codes encoded by convolutional encoders are studied. An explanation is given for the fact...
A brief introduction to convolutional coding is given. The active distances are reviewed and shown t...
Tailbiting is an attractive method to terminate convolutional codes without reducing the code rate. ...
The minimum distance of a code is an important measure of robustness of the code since it provides a...
Abstract—A bound on the minimum distance of a binary errorcorrecting code is established given const...
Abstract- A family of active distances for convolu-tional codes is introduced. Lower bounds are deri...
Communication systems that employ a single convolutional code for error correction often operate at ...