Publications - Revision history

AndrewBangham at 09:51, 27 September 2013

2013-09-27T09:51:38Z

@@ Line 2: / Line 2: @@
 Manually compiled (and perhaps a little scatty) list. Boldface journal names signal the more interesting papers, blue is used for the more important.
 <ol>
 ==<span style="color: Navy">(A) Computational Biology: Understanding and modelling growth</span>==
 <li>Katie Abley, Pierre Barbier De Reuille*, David Strutt, Andrew Bangham*, Przemyslaw Prusinkiewicz, Athanasius F. M. Marée, Verônica A. Grieneisen, and Enrico Coen. (2013) HYPOTHESIS : An intracellular partitioning-based framework for tissue cell polarity in plants and animals '''Development''' 2013 140:2061-2074; doi:10.1242/dev.062984 (13 pages + supplementary 19 pages)(Journal impact factor 7)</li>
@@ Line 9: / Line 10: @@
 <li>Green, AA, Kennaway, R, Hanna, AI, Bangham, JA and Coen, E (2010) Genetic Control of Organ Shape and Tissue Polarity. <span style="color: Navy">''''PLoS Biology'''</span>, 8 (11). e1000537. ISSN 1545-7885</li>
 <li>Coen, E, Rolland-Lagen, A-G, Matthews, M, Bangham, JA and Prusinkiewicz, P (2004) The genetics of geometry. '''Proceedings of the National Academy of Sciences''' USA, 101 (14). pp. 4728-4735. ISSN 0027-8424</li>
 ==<span style="color: Navy">(B) Computational Biology: Analysing growth, shape and colour</span>==
 <li>Feng, X, Wilson, Y, Bowers, J, Kennaway, R, Bangham, A, Hannah, A, Coen, E and Hudson, A (2009) Evolution of Allometry in Antirrhinum. Plant Cell, 21. pp. 2999-3007.</li>
@@ Line 23: / Line 25: @@
 <li>Impey, S. and J.A. Bangham. Variations in the morphological 'Top Hat' transform to improve the statistical robustness for analysing pigmented patches on flower petals. in SPIE Nonlinear signal processing conference. 1994.</li>
 <li>Impey, S. and J.A. Bangham. Improvements to the 'top hat' transform used for analysing pigmented patches on flower petals. in Signal Processing VII, 'Theories and applications. 1994.</li>
 ==<span style="color: Navy">(C) Computer Vision: Connected set morphology, non-linear filters</span>==
 <li>Bangham, J.A., Data-Sieving Hydrophobicity Plots. '''Analytical Biochemistry''', 1988. 174(1): p. 142-145.</li>
 <li>Yli-Harja, O, Koivisto, P, Bangham, JA, Cawley, GC, Harvey, RW and Shmulevich, I (2001) Simplified implementation of the recursive median sieve. Signal Processing, 81 (7). pp. 1565-1570. ISSN 0165-1684</li>
@@ Line 94: / Line 118: @@
-==<span style="color: Navy">(D) Computer Vision: Analysing shapes, faces, lipreading and signing</span>==
 ==<span style="color: Navy">(E) Computational Biology: Electrophysiology, filtering and modelling</span>==
 <li>Kiranadi, B., J.A. Bangham, and P.A. Smith, Inhibition of Electrical-Activity in Mouse Pancreatic Beta- Cells by the Atp/Adp Translocase Inhibitor, Bongkrekic Acid. Febs Letters, 1991. 283(1): p. 93-96.</li>

AndrewBangham at 09:41, 27 September 2013

2013-09-27T09:41:39Z

@@ Line 93: / Line 93: @@
 <li>Bangham, J.A. Properties of an improved variant on the median filter. in Communication, Control and Signal Processing. 1990. Ankara: Elsevier press.</li>
 ==<span style="color: Navy">(D) Computational Biology: Electrophysiology, filtering and modelling</span>==
 <li>Kiranadi, B., J.A. Bangham, and P.A. Smith, Inhibition of Electrical-Activity in Mouse Pancreatic Beta- Cells by the Atp/Adp Translocase Inhibitor, Bongkrekic Acid. Febs Letters, 1991. 283(1): p. 93-96.</li>
 <li>Morgan-Hughes, J.O. and J.A. Bangham, Pre-Induction Behavior of Children - a Review of Placebo- Controlled Trials of Sedatives. Anaesthesia, 1990. 45(6): p. 427-435.</li>
@@ Line 117: / Line 138: @@
 <li>Harris, E.J., C. Tate, J.R. Manger, and J.A. Bangham, The effects of colloids on the appearance and substrate permeability of rat liver mitochondria. J. Bioenergetics, 1971. 2: p. 221-.</li>
 <li>Andreoli, T.E., J.A. Bangham, and D.C. Tosteson, The formation and properties of thin lipid membranes from HK and LK sheep red cell lipids.<span style="color: Navy">'''J. Gen. Physiol'''</span>(my first paper published during my first year as an undergraduate) ., 1968. 50: p. 1729. </li>
 ==<span style="color: Navy">(F) Computer Vision: Patents relating to connected set morphological filters</span>==
 <li>Bangham, J.A., Improvements in and relating to electrical signal filtering: median filter or data-sieve. 1988.</li>

AndrewBangham at 10:42, 26 September 2013

2013-09-26T10:42:32Z

AndrewBangham at 10:40, 26 September 2013

2013-09-26T10:40:50Z

← Older revision		Revision as of 10:40, 26 September 2013
Line 93:		Line 93:
	<li>Bangham, J.A. Properties of an improved variant on the median filter. in Communication, Control and Signal Processing. 1990. Ankara: Elsevier press.</li>		<li>Bangham, J.A. Properties of an improved variant on the median filter. in Communication, Control and Signal Processing. 1990. Ankara: Elsevier press.</li>

	==<span style="color: Navy">(C) Computational Biology: Electrophysiology, filtering and modelling</span>==		==<span style="color: Navy">(D) Computational Biology: Electrophysiology, filtering and modelling</span>==
	<li>Kiranadi, B., J.A. Bangham, and P.A. Smith, Inhibition of Electrical-Activity in Mouse Pancreatic Beta- Cells by the Atp/Adp Translocase Inhibitor, Bongkrekic Acid. Febs Letters, 1991. 283(1): p. 93-96.</li>		<li>Kiranadi, B., J.A. Bangham, and P.A. Smith, Inhibition of Electrical-Activity in Mouse Pancreatic Beta- Cells by the Atp/Adp Translocase Inhibitor, Bongkrekic Acid. Febs Letters, 1991. 283(1): p. 93-96.</li>
	<li>Morgan-Hughes, J.O. and J.A. Bangham, Pre-Induction Behavior of Children - a Review of Placebo- Controlled Trials of Sedatives. Anaesthesia, 1990. 45(6): p. 427-435.</li>		<li>Morgan-Hughes, J.O. and J.A. Bangham, Pre-Induction Behavior of Children - a Review of Placebo- Controlled Trials of Sedatives. Anaesthesia, 1990. 45(6): p. 427-435.</li>

AndrewBangham at 10:40, 26 September 2013

2013-09-26T10:40:11Z

← Older revision		Revision as of 10:40, 26 September 2013
Line 23:		Line 23:
	<li>Impey, S. and J.A. Bangham. Variations in the morphological 'Top Hat' transform to improve the statistical robustness for analysing pigmented patches on flower petals. in SPIE Nonlinear signal processing conference. 1994.</li>		<li>Impey, S. and J.A. Bangham. Variations in the morphological 'Top Hat' transform to improve the statistical robustness for analysing pigmented patches on flower petals. in SPIE Nonlinear signal processing conference. 1994.</li>
	<li>Impey, S. and J.A. Bangham. Improvements to the 'top hat' transform used for analysing pigmented patches on flower petals. in Signal Processing VII, 'Theories and applications. 1994.</li>		<li>Impey, S. and J.A. Bangham. Improvements to the 'top hat' transform used for analysing pigmented patches on flower petals. in Signal Processing VII, 'Theories and applications. 1994.</li>
	==<span style="color: Navy">(E) Computer Vision: Connected set morphology, non-linear filters</span>==		==<span style="color: Navy">(C) Computer Vision: Connected set morphology, non-linear filters</span>==
	<li>Bangham, J.A., Data-Sieving Hydrophobicity Plots. '''Analytical Biochemistry''', 1988. 174(1): p. 142-145.</li>		<li>Bangham, J.A., Data-Sieving Hydrophobicity Plots. '''Analytical Biochemistry''', 1988. 174(1): p. 142-145.</li>
	<li>Yli-Harja, O, Koivisto, P, Bangham, JA, Cawley, GC, Harvey, RW and Shmulevich, I (2001) Simplified implementation of the recursive median sieve. Signal Processing, 81 (7). pp. 1565-1570. ISSN 0165-1684</li>		<li>Yli-Harja, O, Koivisto, P, Bangham, JA, Cawley, GC, Harvey, RW and Shmulevich, I (2001) Simplified implementation of the recursive median sieve. Signal Processing, 81 (7). pp. 1565-1570. ISSN 0165-1684</li>

AndrewBangham at 08:53, 8 July 2013

2013-07-08T08:53:26Z

← Older revision		Revision as of 08:53, 8 July 2013
Line 154:		Line 154:
	<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>		<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>
	<li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>		<li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>
	==<span style="color: Navy">(H) Public understanding of science</span>==		==<span style="color: Navy">(I) Public understanding of science</span>==
	<li>BANGHAM, J.A. & LODER (1983). Superscribe II review. Personal Computer World.		<li>BANGHAM, J.A. & LODER (1983). Superscribe II review. Personal Computer World.
	<li>BANGHAM, J.A. (1983). Apples and Pairs, a review of Structured BASIC for the Apple II. Personal Computer World 6/11 220-223.		<li>BANGHAM, J.A. (1983). Apples and Pairs, a review of Structured BASIC for the Apple II. Personal Computer World 6/11 220-223.

AndrewBangham at 08:53, 8 July 2013

2013-07-08T08:53:02Z

← Older revision		Revision as of 08:53, 8 July 2013
Line 154:		Line 154:
	<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>		<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>
	<li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>		<li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>
	~~</ol>~~
	==<span style="color: Navy">(H) Public understanding of science</span>==		==<span style="color: Navy">(H) Public understanding of science</span>==
	<li>BANGHAM, J.A. & LODER (1983). Superscribe II review. Personal Computer World.		<li>BANGHAM, J.A. & LODER (1983). Superscribe II review. Personal Computer World.
Line 171:		Line 170:
	<li>BANGHAM, J.A (1987) Introduction to computing: Microcomputers and Word processors. in Pears Cycopaedia 96th edition. Ed. C.Cook.		<li>BANGHAM, J.A (1987) Introduction to computing: Microcomputers and Word processors. in Pears Cycopaedia 96th edition. Ed. C.Cook.
	<li>BANGHAM, J.A (1994) Sieving images for Understanding. in Image Processing magazine.		<li>BANGHAM, J.A (1994) Sieving images for Understanding. in Image Processing magazine.
			</ol>

AndrewBangham at 08:52, 8 July 2013

2013-07-08T08:52:00Z

@@ Line 152: / Line 152: @@
 <li>Bangham, J.A. and S. Payne, Overlay BASIC: utility extending the scope of BBC BASIC. 1987, Biosoft: Cambridge.</li>
 <li>Bangham, J.A., Data analysis and teaching with microcomputers: software tools. J. Physiol., 1986. S5: p. 71P.</li>
-<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press.</li>
+<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>
 <li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>
 </ol>

AndrewBangham at 10:53, 4 July 2013

2013-07-04T10:53:53Z

← Older revision		Revision as of 10:53, 4 July 2013
Line 88:		Line 88:
	<li>Salembier, P., J. Serra, and J.A. Bangham. Edge versus contrast estimation of morphological filters. in Proceedings of International IEEE conference on Acoustics, Speech, and Signal Processing, ICASSP-93. 1993.</li>		<li>Salembier, P., J. Serra, and J.A. Bangham. Edge versus contrast estimation of morphological filters. in Proceedings of International IEEE conference on Acoustics, Speech, and Signal Processing, ICASSP-93. 1993.</li>
	<li>Bangham, J.A. Using the root datasieve to recognise and locate patterns in a data sequence. in Proceedings European Signal Processing Conference. 1992. Brussels.</li>		<li>Bangham, J.A. Using the root datasieve to recognise and locate patterns in a data sequence. in Proceedings European Signal Processing Conference. 1992. Brussels.</li>
	<li>~~Bangham,~~ J.A., T.G. Campbell, and M. Gabbouj The ~~quality~~ of ~~edge preservation~~ by ~~non~~-~~linear filters. in~~ Workshop on ~~Multirate systems~~, ~~filter banks and wavelet analysis.~~ 1992. ~~Ecole Polytechnique Federal de Zurichd: Institute for signal and information processing~~.</li>
			<li>J.A. Bangham, T.G. Campbell and M. Gabbouj, "The Quality of Edge Preservation by Non-Linear Filters," Proceedings 1992 IEEE Workshop on Visual Signal Processing and Communications, North Carolina State University, Raleigh, North Carolina, September 2-3, 1992, pp. 36-39.</li>

	<li>Bangham, J.A. Properties of an improved variant on the median filter. in Communication, Control and Signal Processing. 1990. Ankara: Elsevier press.</li>		<li>Bangham, J.A. Properties of an improved variant on the median filter. in Communication, Control and Signal Processing. 1990. Ankara: Elsevier press.</li>

AndrewBangham at 18:15, 15 June 2013

2013-06-15T18:15:56Z

← Older revision		Revision as of 18:15, 15 June 2013
Line 24:		Line 24:
	<li>Impey, S. and J.A. Bangham. Improvements to the 'top hat' transform used for analysing pigmented patches on flower petals. in Signal Processing VII, 'Theories and applications. 1994.</li>		<li>Impey, S. and J.A. Bangham. Improvements to the 'top hat' transform used for analysing pigmented patches on flower petals. in Signal Processing VII, 'Theories and applications. 1994.</li>
	==<span style="color: Navy">(E) Computer Vision: Connected set morphology, non-linear filters</span>==		==<span style="color: Navy">(E) Computer Vision: Connected set morphology, non-linear filters</span>==
			<li>Bangham, J.A., Data-Sieving Hydrophobicity Plots. '''Analytical Biochemistry''', 1988. 174(1): p. 142-145.</li>
	<li>Yli-Harja, O, Koivisto, P, Bangham, JA, Cawley, GC, Harvey, RW and Shmulevich, I (2001) Simplified implementation of the recursive median sieve. Signal Processing, 81 (7). pp. 1565-1570. ISSN 0165-1684</li>		<li>Yli-Harja, O, Koivisto, P, Bangham, JA, Cawley, GC, Harvey, RW and Shmulevich, I (2001) Simplified implementation of the recursive median sieve. Signal Processing, 81 (7). pp. 1565-1570. ISSN 0165-1684</li>
	<li>Moravec, K, Harvey, RW and Bangham, JA (2000) Scale trees for stereo vision. '''IEE Proceedings: Vision, Image and Signal Processing''', 147 (4). pp. 363-370. ISSN 1350-245X</li>		<li>Moravec, K, Harvey, RW and Bangham, JA (2000) Scale trees for stereo vision. '''IEE Proceedings: Vision, Image and Signal Processing''', 147 (4). pp. 363-370. ISSN 1350-245X</li>
Line 91:		Line 92:

	==<span style="color: Navy">(C) Computational Biology: Electrophysiology, filtering and modelling</span>==		==<span style="color: Navy">(C) Computational Biology: Electrophysiology, filtering and modelling</span>==
	~~<li>Bangham, J.A., Data-Sieving Hydrophobicity Plots. '''Analytical Biochemistry''', 1988. 174(1): p. 142-145.</li>~~
	<li>Kiranadi, B., J.A. Bangham, and P.A. Smith, Inhibition of Electrical-Activity in Mouse Pancreatic Beta- Cells by the Atp/Adp Translocase Inhibitor, Bongkrekic Acid. Febs Letters, 1991. 283(1): p. 93-96.</li>		<li>Kiranadi, B., J.A. Bangham, and P.A. Smith, Inhibition of Electrical-Activity in Mouse Pancreatic Beta- Cells by the Atp/Adp Translocase Inhibitor, Bongkrekic Acid. Febs Letters, 1991. 283(1): p. 93-96.</li>
	<li>Morgan-Hughes, J.O. and J.A. Bangham, Pre-Induction Behavior of Children - a Review of Placebo- Controlled Trials of Sedatives. Anaesthesia, 1990. 45(6): p. 427-435.</li>		<li>Morgan-Hughes, J.O. and J.A. Bangham, Pre-Induction Behavior of Children - a Review of Placebo- Controlled Trials of Sedatives. Anaesthesia, 1990. 45(6): p. 427-435.</li>

← Older revision		Revision as of 10:42, 26 September 2013
Line 117:		Line 117:
	<li>Harris, E.J., C. Tate, J.R. Manger, and J.A. Bangham, The effects of colloids on the appearance and substrate permeability of rat liver mitochondria. J. Bioenergetics, 1971. 2: p. 221-.</li>		<li>Harris, E.J., C. Tate, J.R. Manger, and J.A. Bangham, The effects of colloids on the appearance and substrate permeability of rat liver mitochondria. J. Bioenergetics, 1971. 2: p. 221-.</li>
	<li>Andreoli, T.E., J.A. Bangham, and D.C. Tosteson, The formation and properties of thin lipid membranes from HK and LK sheep red cell lipids.<span style="color: Navy">'''J. Gen. Physiol'''</span>(my first paper published during my first year as an undergraduate) ., 1968. 50: p. 1729. </li>		<li>Andreoli, T.E., J.A. Bangham, and D.C. Tosteson, The formation and properties of thin lipid membranes from HK and LK sheep red cell lipids.<span style="color: Navy">'''J. Gen. Physiol'''</span>(my first paper published during my first year as an undergraduate) ., 1968. 50: p. 1729. </li>
	==<span style="color: Navy">(D) Computer Vision: Analysing shapes, faces, lipreading and signing</span>==		==<span style="color: Navy">(E) Computer Vision: Analysing shapes, faces, lipreading and signing</span>==
	<li>Theobald, B, Bangham, JA, Matthews, I and Cawley, GC (2004) Near-videorealistic synthetic talking faces: Implementation and evaluation. Speech Communication, 44 (1-4). pp. 127-140. ISSN 0167-6393</li>		<li>Theobald, B, Bangham, JA, Matthews, I and Cawley, GC (2004) Near-videorealistic synthetic talking faces: Implementation and evaluation. Speech Communication, 44 (1-4). pp. 127-140. ISSN 0167-6393</li>
	<li>Theobald, BJ, Kruse, SM, Bangham, JA and Cawley, GC (2003) Towards a low bandwidth talking face using appearance models. Image and Vision Computing, 21 (13-14). pp. 1117-1124. ISSN 0262-8856</li>		<li>Theobald, BJ, Kruse, SM, Bangham, JA and Cawley, GC (2003) Towards a low bandwidth talking face using appearance models. Image and Vision Computing, 21 (13-14). pp. 1117-1124. ISSN 0262-8856</li>
Line 137:		Line 137:
	<li>Marshall, I., F. Pezeshkpour, J.A. Bangham, M. Wells, and R. Hughes. On the Real Time Elision of Text. in RIFRA '98 - International Workshop on Extraction, Filtering and Automatic Summarization. 1998.</li>		<li>Marshall, I., F. Pezeshkpour, J.A. Bangham, M. Wells, and R. Hughes. On the Real Time Elision of Text. in RIFRA '98 - International Workshop on Extraction, Filtering and Automatic Summarization. 1998.</li>
	<li>Harvey, R.W., I.A. Matthews, J.A. Bangham, and S.J. Cox. Lip reading from scale-space measurements. in IEEE Conference on Computer Vision and Pattern Recognition. 1997. Puerto Rico.</li>		<li>Harvey, R.W., I.A. Matthews, J.A. Bangham, and S.J. Cox. Lip reading from scale-space measurements. in IEEE Conference on Computer Vision and Pattern Recognition. 1997. Puerto Rico.</li>
	==<span style="color: Navy">(G) Computer Vision: Patents relating to connected set morphological filters</span>==		==<span style="color: Navy">(F) Computer Vision: Patents relating to connected set morphological filters</span>==
	<li>Bangham, J.A., Improvements in and relating to electrical signal filtering: median filter or data-sieve. 1988.</li>		<li>Bangham, J.A., Improvements in and relating to electrical signal filtering: median filter or data-sieve. 1988.</li>
	<li>Bangham, J.A., R. Young, and N.L. Bragg, Signal Processing System Priority 1995.</li>		<li>Bangham, J.A., R. Young, and N.L. Bragg, Signal Processing System Priority 1995.</li>
Line 143:		Line 143:
	<li>Cambridge Consultants Limited (1999) Pulse analysis using ordinal value filtering. 5917733.</li>		<li>Cambridge Consultants Limited (1999) Pulse analysis using ordinal value filtering. 5917733.</li>
	<li>Cambridge Consultants Limited (1999) Data processing method and apparatus. 5912826.</li>		<li>Cambridge Consultants Limited (1999) Data processing method and apparatus. 5912826.</li>
	==<span style="color: Navy">(H) Computer control, measurement and commercial software</span>==		==<span style="color: Navy">(G) Computer control, measurement and commercial software</span>==
	<li>Courtenay, A and Bangham, JA (2004) ArtMaster (software). Fo2Pix Ltd, Cambridge. (sold 67,000 licences)</li>		<li>Courtenay, A and Bangham, JA (2004) ArtMaster (software). Fo2Pix Ltd, Cambridge. (sold 67,000 licences)</li>
	<li>Bangham, J.A. and T.J.C. Jacob, Channel Recognition Using an Online Hardware Filter. Journal of Physiology-London, 1984. 357(DEC): p. P5-P5.</li>		<li>Bangham, J.A. and T.J.C. Jacob, Channel Recognition Using an Online Hardware Filter. Journal of Physiology-London, 1984. 357(DEC): p. P5-P5.</li>
Line 154:		Line 154:
	<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>		<li>Bangham, J.A., Statstream: software for computing statistics for undergraduates on the Apple II. 1985, Elsevier Press. (This pseudo-windows style software sold well, I think it was the function fitting routines that were most used, and we used it for years for undergraduate teaching.)</li>
	<li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>		<li>Bangham, J.A., GRASP: Graphically Represented Analogue Simulation Package. 1980, UEA. p. A 'Bond-graph' interpreter for the analysis and simulation of multiport systems (see Karnopp, D. and Rosenberg, R.C, 1968). GRASP facilitates simulation of ordinary differential equations. Although it is usually interactive and interprets statements on the fly, it can also compile the model by generating a FORTRAN IV intermediate. GRASP bears some resemblance to ISL (from QMC and W), TUTSIM (a bond graph interpreter developed in Twente University, Holland) and the more widely known SPICE. Written in FORTRAN IV, this package was developed in conjunction with Dr. F.Evans (QMC & W) and Dr. M. Hill (AFRC Babraham). Designed for biological problems it was actually used to design a 2 megaWatt dredger motor control system for Laurence, Scott and Electromotors Norwich. (I needed the money to run my biological research program. The program ran interactively on one of the two UEA ICL1900 computers. It needed the whole computer (all 132 KB of 24 bit memory [https://en.wikipedia.org/wiki/ICT_1900_series ICL 1900]</li>
	==<span style="color: Navy">(I) Public understanding of science</span>==		==<span style="color: Navy">(H) Public understanding of science</span>==
	<li>BANGHAM, J.A. & LODER (1983). Superscribe II review. Personal Computer World.		<li>BANGHAM, J.A. & LODER (1983). Superscribe II review. Personal Computer World.
	<li>BANGHAM, J.A. (1983). Apples and Pairs, a review of Structured BASIC for the Apple II. Personal Computer World 6/11 220-223.		<li>BANGHAM, J.A. (1983). Apples and Pairs, a review of Structured BASIC for the Apple II. Personal Computer World 6/11 220-223.