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[1] C. Dunn and M. O. Hawksford, "Distortion Immunity of MLS-Derived Impulse Response Measurements", Proc. IOA, vol. 13, pt 7, pp. 191-206 (1991).
[2] C. Dunn and M. O. Hawksford, "Towards a Definitive Analysis of Audio System Errors", presented at the 91st Convention of the Audio Engineering Society, New York, paper 3137 (1991 Oct.).
[3] C. Dunn and M. O. Hawksford, "Is the AESEBU/SPDIF Interface Flawed?", presented at the 93rd Convention of the Audio Engineering Society, San Francisco, paper 3360 (1992 Oct.).
[4] C. Dunn and M. O. Hawksford, "Distortion Immunity of MLS-Derived Impulse Response Measurements", J. Audio Eng. Soc., vol. 41, pp. 314 - 335 (1993 May).
[5] C. Dunn, Measurement of Nonlinear Errors in Audio Electronics, PhD. Thesis, University of Essex (1994).
[6] C. Dunn and M. Sandler, "Use of Clipping in Sigma-Delta Modulators", IEE Coloq. on Oversampling Techniques and Sigma-Delta Modulation, Imperial College, London (1994 Mar.).
[7] C. Dunn and D. Rife, "Comments on 'Distortion Immunity of MLS-Derived Impulse Response Measurements'", J. Audio Eng. Soc., vol. 42, pp. 490 - 497 (1994 June).
[8] C. Dunn and M. Sandler, "Measurement of Nonlinearity in High-Resolution Sigma-Delta Converters", Proc. IEE 2nd Int. Conf. on Advanced A-D and D-A Conversion Techniques and Their Applications, pp. 175 - 180 (1994 July).
[9] C. Dunn and M. Sandler, "A Simulated Comparison of Dithered and Chaotic Sigma-Delta Modulators", presented at the 97th Convention of the Audio Engineering Society, San Francisco, paper 3926 (1994 Nov.).
[10] C. Dunn and M. Sandler, "Linearising Sigma-Delta Modulators using Dither and Chaos", Proc. 1995 IEEE Int. Symp. on Circuits and Systems, pp. 625-628 (1995 May).
[11] C. Dunn and M. Sandler, "Efficient Linearisation of Sigma-Delta Modulators using Single-Bit Dither", Elec. Letters, vol. 31, pp. 941-942 (1995 June).
[12] C. Dunn and M. Sandler, "Psychoacoustically-Optimal Sigma-Delta Modulation", presented at the 99th Convention of the Audio Engineering Society, New York, paper 4134 (1995 Oct.).
[13] V. Botcharev, C. Dunn, and M. Sandler, "Controlling Instability in Adaptive Sigma-Delta Modulators", Internal Report, Dept. Electron. Elec. Eng., King's College London, Report No. 114/SCS/96 (1996 Feb.).
[14] C. Dunn and M. O. Hawksford, "Bits is Bits?", Stereophile, vol. 19, pp. 49-81 (1996 Mar.).
[15] C. Dunn and M. Sandler, "A Comparison of Dithered and Chaotic Sigma-Delta Modulators", J. Audio Eng. Soc., vol. 44, pp. 227-244 (1996 Apr.).
[16] C. Dunn and M. Sandler, "Adaptive Sigma-Delta Modulation for Use in DACs", Elec. Letters, vol. 32, pp. 867-868 (1996 May).
[17] C. Dunn and M. Sandler, "Fixed and Adaptive Sigma-Delta Modulators with Multibit Quantisers", Applied Sig. Process., vol. 3, pp. 212-222 (1996).
[18] C. Dunn and M. Sandler, "Psychoacoustically Optimal Sigma Delta Modulation", J. Audio Eng. Soc., vol. 45, pp. 212-223 (1997 Apr.).
[19] B. Leslie, C. Dunn and M. Sandler, "Developments with a Zero Tree Audio Codec", Proc. AES 17th Int. Conf. High Quality Audio Coding, Florence, pp. 251-257 (1999 Sep.).
[20] C. Dunn, "Efficient Audio Coding with Fine-Grain Scalability", presented at the 111th Convention of the Audio Engineering Society, New York, paper 5492 (2001 Nov.).
[21] C. Dunn, "Scalable Bitplane Runlength Coding", presented at the 120th Convention of the Audio Engineering Society, Paris, paper 6749 (2006 May).
[22] C. Dunn, "Aspects of Scalable Audio Coding", presented at the 122nd Convention of the Audio Engineering Society, Vienna, paper 7081 (2007 May).
[23] C. Dunn, "AES-X196 - Revision of AES3 to use High Sampling Rates to Carry Multichannel Audio," presented at AES SC-02-02 Working Group on Digital Audio Input/Output Interfacing, 132nd Convention of the Audio Engineering Society, Budapest (2012 April), also available as BBC Research & Development internal technical note RD3618 (2013 Nov).
[24] D. Satongar, Y. Lam, F. Li and C. Dunn, "An Objective Investigation into the Auditory Localisation Cues Synthesised by Spatial Audio Systems", 9th International Symposium on Modern Acoustics, Nanjing, China (2012 May).
[25] D. Satongar, C. Dunn, Y. Lam and F. Li, "Psychoacoustic Evaluation of Spatial Audio Reproduction Systems", Institute of Acoustics conference Reproduced Sound 28 (2012 Nov.), also available as BBC Research & Development internal technical note RD3571 (2013 July).
[26] P. Power, W. Davies, J. Hirst and C. Dunn, "Localisation of Elevated Virtual Sources in Higher-Order Ambisonic Soundfields", Institute of Acoustics conference Reproduced Sound 28 (2012 Nov.), also available as BBC Research & Development internal technical note RD3572 (2013 July).
[27] C. Dunn, "Dock House Listening Room: BBC Acoustic Assessment", BBC Research & Development internal technical note RD3568 (2013 May).
[28] D. Satongar, C. Dunn, Y. Lam and F. Li, "Localisation Performance of Higher-Order Ambisonics for Off-Centre Listening", BBC Research & Development White Paper WHP254 (2013 Oct.).
[29] P. Power, C. Dunn, W. Davies and J. Hirst, "Localisation of Elevated Sources in Higher-Order Ambisonics", BBC Research & Development White Paper WHP261 (2013 Oct.).
[30] P. Power, W. Davies, J. Hirst and C. Dunn, "Investigation into the Impact of 3D Surround Systems on Spatial Audio Quality Focussing on Envelopment", Institute of Acoustics conference Reproduced Sound 29 (2013 Nov.), also available as BBC Research & Development internal technical note RD3617 (2013 Nov.).