Computational Biology and Language - Ambient Intelligence for Scientific Discovery - page 46

25. Liu, Y and Carbonell, J and Klein-Seetharaman, J and Gopalakrishnan, V: “Com-
parison of Probabilistic Combination Methods for Protein Secondary Structure
Prediction.” Bioinformatics, volume 16, issue 4. (2004) 376-82
26. Frauenfelder, H and Wolynes, PG: “Proteins: Where the Physics of Simplicity and
Complexity Meet.” Physics Today, volume 47, issue 15. (1994) 58-64
27. Carl-Ivar Branden, JT: Introduction to Protein Structure. Garland Publishing.
(1999)
28. Voet, D and Voet, JG: Biochemistry. J. Wiley & Sons. (1995)
29. Rabiner, L and Juang, B-H: Fundamentals of Speech Recognition. Pearson Edu-
cation POD. (1993)
30. Deller, JR and Hansen, JHL and Proakis, JG: Discrete-Time Processing of Speech
Signals. Wiley-IEEE press. (1999)
31. Proakis, JG and Manolakis, D: Digital Signal Processing: Principles, Algorithms
and Applications. Macmillan USA. (1992)
32. Giuliani, A and Benigni, R and Zbilut, JP and Webber, CL Jr and Sirabella, P
and Colosimo, A: “Nonlinear Signal Analysis Methods in the Elucidation of Protein
Sequence-Structure Relationships.” Chem Rev, volume 102, issue 5. (2002) 1471-92
33. Graps, A: “An Introduction to Wavelets.” Computational Science and Engineering,
IEEE [see also Computing in Science & Engineering], volume 2, issue 2. (1995) 50-
61
34. Tan, BT and Fu, M and Spray, A and Dermody, P: “The Use of Wavelet Transforms
in Phoneme Recognition.” ICSLP96: Fourth International Conference on Spoken
Language Processing. (1996) 148-55
35. Gupta, M and Gilbert, A: “Robust Speech Recognition Using Wavelet Coecient
Features.” ASRU01: IEEE Workshop on Automatic Speech Recognition and Un-
derstanding. (2001) 50-61
36. Lio, P and Vannucci, M: “Wavelet Change-Point Prediction of Transmembrane
Proteins.” Bioinformatics, volume 16, issue 4, (2000) 376-82
37. Fischer, P and Baudoux, G and Wouters, J: “Wavpred: A Wavelet-Based Algo-
rithm for the Prediction of Transmembrane Proteins.” Comm. math. sci, volume
1, issue 1, (2003) 44 - 56
38. Pashou, EE and Litou, ZI and Liakopoulos, TD and Hamodrakas, SJ: “Wavetm:
Wavelet-Based Transmembrane Segment Prediction” In Silico Biol, volume 4, issue
2. (2004) 0012
39. Qiu, J and Liang, R and Zou, X and Mo, J: “Prediction of Transmembrane Proteins
Based on the Continuous Wavelet Transform.” J Chem Inf Comput Sci, volume
44, issue 2. (2004) 741-7
40. von Heijne, G: “Membrane Protein Structure Prediction. Hydrophobicity Analysis
and the Positive-inside Rule” J Mol Biol, volume 225, issue 2. (1992) 487-94
41. Sonnhammer, EL and von Heijne, G and Krogh, A: “A Hidden Markov Model
for Predicting Transmembrane Helices in Protein Sequences.” Proc Int Conf Intell
Syst Mol Biol, volume 6, issue 6912. (1998) 175-82
42. Bishop, YMM and Fienberg, SE and Holland, PW: Discrete Multivariate Analysis.
The MIT Press, Cambridge, Massachusetts and London, England (1975)
43. Cai, C and Rosenfeld, R and Wasserman, L: “Exponential Language Models, Lo-
gistic Regression, and Semantic Coherence.” Proc. NIST/DARPA Speech Tran-
scription Workshop. (2000) 10096-100
44. Altschul, SF and Gish, W and Miller, W and Myers, EW and Lipman, DJ: Basic
Local Alignment Search Tool. (1990) J Mol Biol 215(3):403-10. Related Articles,
Links