Abstract: A data proccssing device, for example, an MPEG decoder, comprises a bus system [BUS] over which a transmitter circuit, for example a variable length decoder circuit [VLD], can transfer a series of samples to a receiver circuit, for example an Inverse Scanning [IS] circuit. The transmitter circuit is arranged for transmitting only a start of the series of samples which extends up to a point where the samples that are left are equal to a reference value and for transmitting an indication “end of transmission” after the last transmitted sample. The receiver circuit is arranged for placing the reference values after the sample preceding the indication “end of transmission”, so as to reconstitute the series of samples.

Abstract: A first sequence [SQ1] of data blocks [DB1-*] and a second sequence [SQ2] of data blocks [DB2-*] are encoded. The second sequence [SQ2] of data blocks [DB2-*] is correlated with the first sequence [SQ1] of data blocks [DB1-*]. This may concern, for example, an encoding of stereoscopic (3D) video. The first sequence [SQ1] of data blocks [DB1-*] is encoded in such a manner that certain data blocks serve as a reference [REF] for predictively encoding [PE] the other data blocks in the first sequence [SQ1]. The second sequence [SQ2] of data blocks [DB2-*] is encoded in such a manner that all data blocks [DB2-*] are predictively encoded [PE] with respect to those data blocks [DB1-*] in the first sequence [SQ1] which serve as a reference [REF].

Abstract: A first sequence [SQ1] of data blocks [DB1-*] and a second sequence [SQ2] of data blocks [DB2-*] are encoded. The second sequence [SQ2] of data blocks [DB2-*] is correlated with the first sequence [SQ1] of data blocks [DB1-*]. This may concern, for example, an encoding of stereoscopic (3D) video. The first sequence [SQ1] of data blocks [DB1-*] is encoded in such a manner that certain data blocks serve as a reference [REF] for predictively encoding [PE] the other data blocks in the first sequence [SQ1]. The second sequence [SQ2] of data blocks [DB2-*] is encoded in such a manner that all data blocks [DB2-*] are predictively encoded [PE] with respect to those data blocks [DB1-*] in the first sequence [SQ1] which serve as a reference [REF].

Abstract: A data processing device, for example, an MPEG decoder, comprises a bus system [BUS] over which a transmitter circuit, for example a variable length decoder circuit [VLD], can transfer a series of samples to a receiver circuit, for example, an IS circuit. The transmitter circuit is arranged for transmitting only a start of the series of samples which extends up to a point where the samples that are left are equal to a reference value and for transmitting an indication “end of transmission” after the last transmitted sample. The receiver circuit is arranged for placing reference values after the sample preceding the indication “end of transmission”, so as to reconstitute the series of samples.