Abstract: The invention concerns digital audio processing and in particular the detection of periods where samples can be deleted or repeated unobtrusively so as to change the average sample-rate or to provide time delay modification. Differences between succeeding sample values are evaluated and compared with a threshold and samples are deleted or repeated where two or more consecutive sample value differences are less than the said threshold value.

Abstract: The invention concerns digital audio processing and in particular the detection of periods where samples can be deleted or repeated unobtrusively so as to change the average sample-rate or to provide time delay modification. Differences between succeeding sample values are evaluated and compared with a threshold and samples are deleted or repeated where two or more consecutive sample value differences are less than the said threshold value.

Abstract: A method and a communication bus are provided having nodes. Each of the nodes includes a transmitting element to transmit data to another node on the bus, and a receiving element to receive information from another node on the bus. A communication channel is between the transmitting and receiving elements within each node, a transmitter state machine logic controls the synchronisation of the transmitting element, and a receiving state machine logic to control the synchronisation of the receiving element. A storage area maintains the status of synchronisation of the bus. Communication data is synchronised via a bus connecting first and second nodes. A plurality of encoded bytes, each encoded byte represented as a 10 bit code, is transmitted from the first node. The second node receives and decodes the bytes, where any decoding errors in a byte are detected. A synchronised status is indicated.

Abstract: A method and apparatus of transmitting data at a line rate to a bus operating at a bus rate includes transmitting the data in a packet format having a plurality of frames each having a plurality of time slots. Each time slot has successive message groups, and each message group includes a plurality of data messages containing the data and an idle code containing none of the data. A number of idle codes in each frame is selected such that the bus rate matches the line rate. Various communication buses, and methods of synchronizing data are implemented.

Abstract: A method and a communication bus are provided having nodes. Each of the nodes includes a transmitting element to transmit data to another node on the bus, and a receiving element to receive information from another node on the bus. A communication channel is between the transmitting and receiving elements within each node, a transmitter state machine logic controls the synchronisation of the transmitting element, and a receiving state machine logic to control the synchronisation of the receiving element. A storage area maintains the status of synchronisation of the bus. Communication data is synchronised via a bus connecting first and second nodes. A plurality of encoded bytes, each encoded byte represented as a 10 bit code, is transmitted from the first node. The second node receives and decodes the bytes, where any decoding errors in a byte are detected. A synchronised status is indicated.

Abstract: A method and apparatus of transmitting data at a line rate to a bus operating at a bus rate includes transmitting the data in a packet format having a plurality of frames each having a plurality of time slots. Each time slot has successive message groups, and each message group includes a plurality of data messages containing the data and an idle code containing none of the data. A number of idle codes in each frame is selected such that the bus rate matches the line rate. Various communication buses, and methods of synchronizing data are implemented.