References

1. AES, AES11-1997. Synchronization of digital audio equipment in studio operations ( 1997 )

2. AES, AES5-1984. AES recommended practice for professional digital audio applications employing pulse code modulation preferred sampling frequencies. Journal of the Audio Engineering Society , vol. 32, pp. 781785 ( 1984 )

3. Shelton, W.T., Synchronization of digital audio. In Proceedings of the AES/EBU Interface Conference , 1213 September, London, pp. 92116, Audio Engineering Society British Section ( 1989 )

4. Dunn, N.J., Jitter: specification and assessment in digital audio equipment. Presented at the 93rd AES Convention, San Francisco , 14 October, preprint no. 3361 (C-2) ( 1992 )

5. Dunn, N.J., Considerations for interfacing digital audio equipment to the standards AES3, AES5 and AES11. In Proceedings of the AES 10th International Conference , 79 September, pp. 115126 ( 1991 )

6. Dunn, C. and Hawksford, M.O., Is the AES/EBU/SPDIF digital audio interface flawed? Presented at the 93rd AES Convention, San Francisco , 14 October, preprint no. 3360 (C-1) ( 1992 )

7. Gilchrist, N.H.C., Sampling-rate synchronization of digital sound signals by variable delay. EBU Technical Review , no. 183, October ( 1980 )

8. Parker, M., Sample frequency conversion, sample slippage, pitch changing and varispeed. In Proceedings of the AES 10th International Conference , 79 September, p. T-69 ( 1991 )

9. Shelton, W.T., Timing inter-relations for audio with video. In Proceedings of the AES 9th International Conference , 12 February, pp. 3144 ( 1991 )

10. Bensberg, G., Time for digital audio within television. Presented at the 92nd AES Convention, Vienna , 2427 March, preprint no. 3258 ( 1992 )

11. Komly, A. and Viallevielle, A., Synchronization and time codes in the user channel . Proposal submitted to AES SC 2-5-1 working party on synchronization, Paris, March ( 1990 )

12. Evans, P., Digital audio in the broadcast centre . EBU Technical Review , no. 241/242, JuneAugust ( 1990 )

13. M˜ller, L., Signal levels across the EBU/AES digital audio interface. In Proceedings of the 1st NAB Radio Montreux Symposium, Montreux, Switzerland , 1013 June, pp. 1628, National Association of Broadcasters ( 1992 )

14. Cabot, R., Measuring AES/EBU digital audio interfaces. Journal of the Audio Engineering Society , vol. 38, no. 6, October, pp. 459467 ( 1989 )

15. Blair, I. et al., New techniques in analysing the digital audio interface. Presented at the 92nd AES Convention, Vienna , 2427 March, preprint no. 3230 ( 1992 )

16. Mornington West, A., Signal analysis. In Proceedings of the AES/EBU Interface Conference , 1213 September, pp. 8391, Audio Engineering Society British Section ( 1989 )

17. Stone, D., Digital signal analysis. International Broadcast Engineer , November ( 1992 )

18. Kondakor, K., A pulse width analyser for the rapid testing of the AES/EBU serial digital audio signals. Presented at the 93rd AES Convention, San Francisco , 14 October ( 1992 )

19. De Jaham, S., Asynchronous routing. In Proceedings of the AES/EBU Interface Conference , 1213 September, pp. 6468, Audio Engineering Society British Section ( 1989 )

20. Roe, G., Integrated routing in a hybrid environment. International Broadcast Engineer , July, pp. 4446 ( 1991 )