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Proceedings of the19th Annual International Conference
of the IEEE Engineering in Medicine and Biology SocietyOct.30 - Nov.2, 1997
Chicago IL USA
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PART 2 OF 6UB/TIB Hannover 89
119 057 93X
Proceedings -19th International Conference - iEEE/EMBS Oct. 30 - Nov. 2,1997 Chicago, IL USA
A new heart sound simulation technique 323
Agostinho, M. and Souza, M.
1.0.4 ElectrocardiographyA new method for inverse computation of epicardial potentials 327
Greensite, F.
System for non-invasive epicardial potential mapping and impedance tomography 331
Popescu, S. and Panescu, D.
Non-invasive determination of the activation sequence of the heart: validation with invasive data 335
Oostendorp, T.; MacLeod, Ft. and van Oosterom, A.
A model study of body surface laplacian maps for myocardial infarctions 338
Schabtowski, M.; Wu, D.; Ono, K.; Hosaka, H. and He, B.
A simulation study of body surface laplacian maps in a 3d realistically shaped inhomogenous heart-torso model 340
Wu, D. and He, B.
Regularization methods for inverse problem of body surface potential mapping 344
Nakamura, H.; Aoki, T. and Tanaka, H.
Current dipole estimation with electromagnetocardlography 348
Akkaya, I.
Extraction of rate of area variation with time on the exciting wave front from ecg 352
Fukushima, D. and Ohtsuki, S.
Properties of the spatial distribution of repolarization time in atrial tissue 355
Kay, M.; Bayly, P. and Schuessler, Ft.
Noninvasive diagnosis of diseased heart wall and valve, based on their dynamics modelling, echo & phonocardiography 359
Ghlsta, D.
Laplacian electrocardiograms with active electrode for arrhythmia detection 363
Lu, C; Feng, W. and Tarjan, P.
Blood pressure and heart rate variability during gestation in healthy and hypertensive pregnant women 367
Ayala, D.; Hermlda, R.; Mojon, A.; Fernandez, J.; Alonso, I.; Sllva, I.; Ucieda, R. and Igleslas, M.
1.0.5 Pacing, Defibrillation and Cardiac Abalation
A scalable and shiftable bayesian defibrillation efficacy estimator 371
Li, H. and Malkln, R.
Time domain based algorithm for detection of ventricular fibrillation 374
Tian, L. and Tompkins, W.
Noninvasive assessment of cardiac conduction velocity using telemetric pacemakers and two ventricular electrodes 378
Schreier, G.; Kastner, P.; Hutten, H.; Schaldach, M.; Grasser, B.; Schaffellner, S.; Prenner, G.; Iberer, F. and Tscheliessnigg, K.
Estimation of muscle fatigue by using implantable skeletal muscle stimulator 381
Sato, E.; Makino, H.; Kuroda, H. and Amano, J.
A dual energy mode system for the development of new techniques in cardiac electrophysiological studies and external 383
pacingEscalona, O.; Ziri-Castro, K.; Lopez, J.; Mak, M. and Anderson, J.
Extended cardiac tachyarrhythmias in guinea pigs 387
Malkln, R,; Eynard, J-N. and Pergola, N.
Recovery of ventricular pressure after long-duration fibrlllation/asystola 389
Tovar, 0.; Noe, W.; Moulder, J. and Jones, J.
Recognition of ventricular tachycardia with 1:1 retrograde atrial activation 393
Thompson, J. and Jenkins, J.
Validation of rf catheter ablation models using basket electrodes 395
Cao, H.; Tungjitkusolmun, S.; Tsai, J. and Webster, J.
Simple classification technique for 3d highly heterogeneous domains and its application in defibrillation modeling 399Entcheva, E.; Claydon, F.; Huang, Q.; deJongh, A. and Replogle, J.
Three-dimensional bipolar myocardial potential gradient mapping during transthoracic defibrillation 403
Deale, O.; Lerman, B.; Kim, E. and Ng, K.
Defibrillation-shock excitation in a single cardiac fiber 407
Parry, J. and Trayanova, N.
2 Imaging and Image Processing2.1.1 3D Imaging
The solid angle estimation of acetabular coverage of the hemoral head 410
Choi, K.; Urn, C. and Kim, S.
Efficient stereotactic radio surgery planning for Irregularly shaped Intracranial lesions 414Ozkan, M.; Maciunas, R. and Eisert, D.
A new measurement method of femoral anteversion based on the 3d modeling 418Kim, J. and Kim, S.
3d modeling and deformation analysis of the vertebrae with spherical harmonics 422Lefalx, G.; Riot, X.; Haigron, P.; Collorec, R. and Ramee, A.
Classification of diabetic retinopathy lesions from stereoscopic fundus images 426Nguyen, H.; Roychoudhry, A. and Shannon, A.
A computer simulation of three-dimensional microwave tomography 429Bulyshev, A.; Souvorov, A.; Semenov, S.; Svenson, R. and Tatsis, G.
Contents - 4
Proceedings - 19th International Conference - IEEE/EMBS Oct. 30 - Nov. 2, 1997 Chicago, IL. USA
2.1.2 Electrical Impedance ImagingIterative algorithm for 3d eit 431
Semenov, S.; Bulyshev; Souvorov; Nazarov; Svenson; Posukh; Sizov and Tatsis
A theoretical analysis of noise in electrical impedance tomographic images 433
Frangi, A. and Rosell, J.
A global optimization approach to electrical impedance tomography 437
Yang, L; Truyen, B. and Cornells, J.
The use of the boundary element method in the forward problem of eit 445de Munck, J.; Faes, T. and Heethaar, R.
Spatial inhomogeneity and regularization in eit 449
Kolehmainen, V.; Vauhkonen, M.; Karjalainen, P. and Kaipio, J.
2.2.1 Magnetic Resonance Imaging-ITime domain multiplexing for multichannel non-fourier encoding 453
Bankson, J. and Wright, S.
Signal-to-noise measurements in magnitude images from nmr phased arrays 456
Constantinides, C; Atalar, E. and McVeigh, E.
Time delay estimates of fmri signals: efficient algorithm & estimate variance 460
Saad, Z.; DeYoe, E. and Ropella, K.
Optimization of printed coil arrays for microscopic imaging and spectroscopy 464
Spadea, J. and Wright, S.
Real-time holographic reconstruction of nmr images in fresnel transform imaging technique 467
Ito, S.; Yamada, Y. and Kamimura, Y.
Comparison of evoked potential source localization and functional mri in a four-shell ellipsoidal volume conductor 470
Blimke, J.; Volkmer, H.; Spilker, M. and Myklebust, J.
2.2.2 Magnetic Resonance Imaging-llImage engineering in Interventional mri 474
Wilson, D.; Carrillo, A.; Zheng, L; Duerk, J.L. and Lewin, J.S.
Design of radiosensitive gels and phantoms for irradiation assessment using mri measurement: case of glottic cancer 477
Rousselle, I.; Rousseau, J.; Castelain, B.; Sarrazin, T.; Marchandise, X. and Gibon, D.
Tendon moment arm measurement using 3d mri images 480
Zhu, Q.; Duerk, J.; Mansour, J.; Crago, P. and Wilson, D.
Pyramid-transform based lung-tissue mri image segmentation 483
Yu, L and Rolland, J.
Two dimensional interleaved differential k-space sampling for fluoroscopic triggering of contrast-enhanced three 487
dimensional mr angiographyDebbins, J.; Reiderer, S.; Kruger, D. and Wilman, A.
2.2.3 MR Imaging-lll- Registration and MappingQuantification of brain shift effects by mr-imaging 491
Dickhaus, H.; Ganser, K.; Staubert, A.; Bonsanto, M.M.; Wirtz, C.R.; Tronnier, V.M. and Kunze, S.
Online patient tracking - a new approach to the registration problem 495
Westermann, B. and Hauser, R.
Mri-spect image fusion for the synthesis of high resolution functional images: a prospective study 499
Colin, A. and Boire, J-Y.
Image 3d registration in interventional mri 502
Carillo, A. and Wilson, D.
Fast tissue segmentation based on a 3d and 4d feature map: comparison study 505
Vinitski, S.; Mohamed, F.; Gonzalez, C; Knobler, R.; Andrews, D.; Iwanaga, T. and Madi, S.
2.3.1 Medical Image Analysis-IWavelet snake for classification of nodules and false positives in digital chest radiographs 509
Yoshida, H.; Katsuragawa, S.; Amit, Y. and Doi, K.
A method for detection of malignant masses in digitized mammograms using a fuzzy segmentation algorithm 513
Sameti, M.; Ward, R.K.; Morgan-Parkes, J. and Palcic, B.
Breast tumor diagnosis system using three dimensional ultrasonic echography 517
Cheng, X-Y.; Akiyama, I.; Itoh, K.; Wang, Y.; Taniguchi, N.; Ohtsuka, S. and Mizunuma, H.
Computerized classification of malignant and benign clustered microcalcifications in mammograms 521
Jiang, Y.; Nishikawa, R.; Wolverton, D.; Metz, C; Schmidt, R, and Doi, K.
Automatic image analysis of fundus photograph 524
Liu, Z.; Opas, C. and Krishnan, S.
Measures of complexity and processing of vertebral ct-images 526
Saparln, P.; Gowin, W.; Kurths, J. and Felsenberg, D.
2.3.2 Medical Image Analysis-llCharacterization of coronary plaque in intravascular ultrasound using histological correlation 530
Dixon, K.; Vince, D.; Cothren, R. and Cornhill, J.
Fractal texture analysis: an aid to tissue characterization with Intravascular ultrasound 534
Nailon, W.; McLaughlin, S.; Spencer, T.; Ramo, M.; Salter, D.; Sutherland, G.; Fox, K. and McDicken, W.N.
Two automatic training-based forced calibration algorithms for left ventricle boundary estimation in cardiac images 538
Suri, J.; Haralick, R. and Sheehan, F.
Automated design of optimal border detection criteria learning from image segmentation examples 542
BreJI, M. and Sonka, M.
Contents - 5
Proceedings - 19th International Conference - IEEE/EMBS Oct. 30 - Nov. 2, 1997 Chicago, IL. USA
Automated analysis of brachial ultrasound images and sequences546
Liang, W.; Browning, R.; Lauer, R. and Sonka, M.
Image quality optimization for automatic warping registration in x-ray dsa549
Talukdar, A. and Wilson, D.
2.3.3 Medical Image Analysis-IllComputer system for quantitative analysis of ich from ct head images 553
Cosic, D. and Loncaric, S.
Unsupervised 3-d restoration of tomographic images by constrained wiener filtering 557
Pereira, S. and Goussard, Y.
Computed tomography image restoration using convex-potential 3-d markov random fields 561
Villain, N.; Goussard, Y.; Brette, S. and Idier, J.
Three dimensional reconstruction of coronary arteries from two views 565
Sarwal, A. and Dhawan, A.
Three-dimensional reconstruction of the left ventricle from two angiographic views 569
Medina, R.; Garreau, M.; Lebreton, H. and Jugo, D.
Improved coronary vessel tracking using non-linear filter enhanced x-ray angiogram 573
Sen, A.; Lan, L. and Hoffmann, K.
2.3.4 Biomedical Image ProcessingAutomatic boundary extraction from magnetic resonance images of the residual limb of a trans-femoral amputee 577
Douglas, T.; Solomonidis, S.; Lee, V. and Spence, W.
Segmentation of pathology microscopic images 580
Zhu, H.; Chan, F.; Lam, F. and Lam, K.
Colour segmentation for lesion classification 582
Round, A.; Duller, A. and Fish, P.
Enhancement of unsupervised segmentation using gibbs random field for microscopy image analysis 586
Gaddipati, A.; Vince, D.; Cothren, R. and Comhill, J.
Between-class variance as a measure of image bimodality and sharpness 590
Demirkaya, O.
Classification of protein localization patterns obtained via fluorescence light microscopy 594
Boland, M.; Markey, M. and Murphy, R.
2.4.1 Ultrasound Imaging and AnalysisEffects of spatial compounding upon image resolution 598
He, P.; Xue, K. and Wang, Y.
An evaluation of a number of techniques for decreasing the computational complexity of texture feature extraction through 601
an application to ultrasonic image analysisSvolos, A. and Pokropek, A-T.
A computational early vision model for segmentation of clinical ultrasound images 605
Lin, C; Chen, C. and Su, S.
Introduction of -fluffy+ hough transforms for the localization of the aorta in endosonographic image sequence processing 609
Burdsall, B.; Pipelier, F.; Solaiman, B.; Roux, C. and Robaszkiewicz, M.
Measurement of cranial bone thickness using a-mode ultrasound 613
Hakim, S.; Watkin, K.; Elahi, M. and Lessard, L.
Ultrasonic strain reconstruction using multi-scale cross-correlation method 617
Fan, Y.; Bai, J. and He, P.
2.5.1 Quantitative Clinical IR Imaging-IInfrared thermography for control of hemodialysis shunts 621
Maca, T.; Schmaldienst, S.; Atteneder, M.; Fasching, S.; Horl, W.; Katzenschlager, R.; Knespel, E.; Koppensteiner, I.;Koppensteiner, R.; Ugurluoglu, A.; Willfort, A. and Ehringer, H.
The role of infrared thermography in diagnosis and management of pain 625
Hooshmand, H.
Thermal ir imaging in trauma 631
Snyder, W.; Schwartz, E. and Snyder, G.
Study of the thermal differences on the meridian points used to the cold hypersensitivity 634
Lee, K. and Kim, Y.
Mapped hemodynamic data aqulsition by near infrared ccd imaging 637
Such, O.; Acker, S. and Blazek, V.
Biomedical infrared imaging in japan: present status and future strategies 640
Harrison, B. and Mabuchi, K.
2.5.2 Quantitative Clinical IR Imaging-llStudy of skin hemodynamics with fast dynamic area telethermometry (dat) 644
Anbar, M.; Milescu, L.; Grenn, M.; Zamani, K. and Marino, M.
Is dvt excluded by normal thermal imaging? - an outcome study of 700 cases 649Harding, J. and Barnes, K.
Far infrared medical image database on world wide web 652
Fujimasa, I.; Saito, I. and Chinzei, T.
A database of archival Infrared thermal imaging in medicine papers 654
Jones, B.. and Ring, E.
Measurement of regional oxidative metabolism in muscle using near-infrared spectroscopy 656Nakagawa, E.; Minamitani, H.; Ochiai, R. and Yamamura, H.
Contents - 6
Proceedings - 19th International Conference - IEEE/EMBS Oct. 30 - Nov. 2,1997 Chicago, IL. USA
Methods in near-infrared photon migration tomography 658
Hielscher, A.
2.5.3 IR Imaging in Breast Cancer
The contribution of currently available high resolution infra-red imaging to the detection of early breast cancer 662
Keyserlingk, J.; Ahlgren, P.; Yu, E. and Belliveau, N.
Some considerations on the diagnosis of breast cancer by thermography in patients with nonpalpable breast cancer 670
Ohashi, Y. and Uchida, I.
Advanced infrared image processing for breast cancer risk assessment 673
Lipari, C. and Head, J.
Infra-red imaging in breast cancer 677
Gamagami, P.; Silverstein, M. and Waisman, J.
Image analysis of digitized infrared images of the breasts from a first generation infrared imaging system 681
Head, J.; Lipari, C; Wang, F. and Elliott, R.
Dye-enhanced multispectral transillumination for breast cancer detection: feasibility measurements 685
Braunstein, M.; Chan, R. and Levine, R.
2.5.4 Hyperspectral Imaging in Medicine
infrared spectroscopic imaging using focal-plane arrays: applications to tissue analysis and histopathology 689
Kidder, L; Levin, I. and Lewis, E.
Ft-ir chemical imaging of biomineralized tissue using a mercury-cadmium-telluride focal-plane array detection 693
Marcott, C; Reeder, R.; Paschelis, E.; Boskey, A. and Mendelsohn, R.
Assessment of a laser-powered multiwavelength near-infrared spectrometer 696
Martinez-Coll, A.; Cooper, P.; Murphy, G. and Nguyen, H.
Multispectral and hyperspectral imaging: applications for medical diagnostics 700
Freeman, J.; Downs, F.; Marucoi, L.; Lewis, E.; Blume, B. and Rish, J.
Acousto-optic sensing and imaging for biomedical applications 702
Gupta, N. and Dahmani, R.
An algorithm that estimates background lumiphore for luminescence optical tomography 704
Chang, J.; Graber, H. and Barbour, R.
2.5.5 Infrared Systems and Image ProcessingPerformance of portable staring infrared cameras 708
Grenn, M.
Portable long-wavelength infrared camera for civilian applications 712
Gunapala, S.; Krabach, T.; Bandara, S. and Liu, J.
Quantitative and imaging performance of uncooled microbolometer sensors for medical applications 718
Marshall, C; Breen, T.; Kohin, M.; Watson, W.; Murphy, R,; Butler, N.; Parker, T. and Perich, L
A head mounted Infrared Imager for treating the wounded on the battlefield 722
Luther, D.; Davidson, J.; Cromer, R. and Head, J.
An Image-processing program for the evaluation of asymmetrical thermal distributions 725
Mabuchl, K.; Chinzei, T.; Fujimasa, I.; Haeno, S.; Abe, Y. and Yonezawa, T.
Design of near infrared reflectometer 729
Pasley, R.; Wolf, E.; Badd, H.; Leffler, C. and Daley, M.
2.6.1 Imaging Technology Transfer
Hybrid detector technology applied to digital mammography 731
Roehrig, H.; Gaalema, S.; Sharma, D. and Yorke, W.
Simulation of dye-enhanced near-lr transillumination imaging of tumors 735
Braunstein, M.; Chan, R. and Levine, R.
Space biosensor systems: Implications for technology transfer 740
Hines, J.; Somps, C. and Madou, M.
Three-dimensional ultrasonic imaging with a fully populated 128x128 array 744
White, T.; Eriksen, K. and Nicoli, A,
Acoustic sensor pad for physiological monitoring 747
Scanlon, M.
Aotf spectrometer for water pollutant monitoring 751
Gupta, N. and Dahmani, R.
2.0.1 Image and Image ProcessingQuantitation of articular cartilage dimensions by computer analysis of 3d mr images of human knee joints 753
Kshirsagar, A.; Watson, P.; Herrod, N.; Tyler, J. and Hall, L.
The analysis of affecting factors on the application accuracy of interactive image guided surgery 757
Li, Q.; Jiang, Z.; Zamorano, L.; Lucia, B.; Gong, J. and Diaz, F.
Evaluation of non-uniformity corrections for tumor response measurements 761
Velthuizen, R.; Clarke, L. and Lin, H.
Contour detection of hippocampus using dynamic contour model and region growing 763
Jang, D.; Lee, D. and Kim, S.
The cross-sectional image guided llizarov frame positioning for surgery767
Lin, H.; Birch, J. and Samchukov, M.
A mutual inductive tuning scheme of birdcage coil for mr imaging 770
Huh, Y.; Kwon, Y.; Jeong, E.; Klm, D.; Kong, H. and Lee, S.
A 3d brain deformation model experiencing comparable surgical loads 773
Miga, M.; Paulsen, K.; Kennedy, F.; Hoopes, P.; Hartov, A. and Roberts, D.
Contents - 7
Proceedings - 19th International Conference - IEEE/EMBS Oct. 30 - Nov. 2, 1997 Chicago, IL. USA
Dynamic reconstruction in spet777
Karjalainen, P.; Vauhkonen, M. and Kaipio, J.
Spect-based radioimmunotherapy planning system781
Laitinen, J.; Alakuijala, J.; Helminen, H.; Sallinen, S.; Tenhunen, M. and Kairemo, K.
Human observer modeling of quantitative image quality In temporally filtered image sequences 785
Jabri, K. and Wilson, D.
Experimental determination of ct point spread function anisotropy and shift-variance 788
Dore, S. and Goussard, Y.
Role of smooth pursuit eye-movements on the detection of moving objects in x-ray fluoroscopy noise 792
Wilson, R. and Manjeshwar, R.
Stereoscopic x-ray angiography795
Talukdar, A. and Wilson, D.
Optical-flow-based movement tracking of the temporomandibular joint in digitized sequential images of x-ray television 799
Hayashi, T.; Ken-Mochi, M.; Katoh, K. and Miyakawa, M.
Estimation ofthe gray level variations in soft and hard peri-implant tissue from x-ray images 802
Leung, C; Kwok, P.; Zee, K. and Chan, F.
Computer assisted liver tissue characterization using image texture analysis techniques on b-scan images 806
Kyriacou, E.; Pavlopoulos, S.; Koutsouris, D.; Zoumpouiis, P. and Theotokas, I.
Classification of mammographic tissue using shape and texture features 810
Enderwick, C. and Micheli-Tzanakou, E.
Extraction of vascular segments in coronarographic image by means of string matching 814
Brieva, J.; Toumoulin, C. and Wendling, F.
A motion compensated ultrasound spatial compounding algorithm 818
Xue, K.; He, P. and Wang, Y.
A sixteen-channel phased array driving system for ultrasound hyperthermia 822
Lin, W.; Lu, B.; Chen, Y.; Kuo, T. and Wang, C.
Simulation of color doppler ultrasound images using calculated velocity profiles 826
Aarnink, R,; de la Rosette, J.; Cobbold, R.; Debruyne, F. and Wijkstra, H.
Estimation of flow velocity vectorial profile by ultrasound color doppler mapping 829
Adam, D. and Givony, D.
Ultrasonic studies on malignant and benign brain tumors, in vitro 832
Dahiya, S.; Chaudhury, K. and Singh, V.
3-d ultrasound imaging with echocardiogram and a 3d positioner 835
Oshiro, O.; Tanoshima, E.; Matani, A. and Chihara, K.
A concrete proof for the credibility of cauchy's integral formula approach to electrical impedance Imaging 837
Elsehemy, A.
Investigation of a new single projection technique for determination of 3d positions and orientations 841
Esthappan, J.; Hackworth, C. and Hoffmann, K.
Analytic description of the estimated ventricular surface from coronary arteries 845
La Cruz, A.; Windyga, P.; Bevilacqua, G.; Garreau, M. and Coatrieux, J.
Three-dimensional regional left ventricular deformation from digital sonomicrometry 848
Dione, D.; Shi, P.; Smith, W.; Deman, P.; Duncan, J.Soares J. and Sinusas, A.
Automatic artery skeleton extraction 852
Haris, K.; Efstratiadis, S.; Maglaveras, N.; Gourassas, J.; Pappas, C. and Louridas, G.
Improved 3d reconstruction of pacemaker leads 854
Williams, B.; Esthappan, J. and Hoffman, K.
Microwave tomography of high dielectric contrast objects: gradient method in two-dimensional approach 857
Arefiev, V.; Starostin, A.; Semenov, S.; Taran, M.; Svenson, R.; Sizov, Y.; Nazarov, A. and Tatsis, G.
An analysis of systematic errors in the electrical impedance measurement of tissue characteristics during an in-vitro study 860
in the frequency range 1 khz to 4 mhz
Tunstail, B.; Wang, W.; Cheng, Z.; McCormick, M. and Rew, D.
Fast algorithm for fluorescent x-ray ct reconstruction 863
Yuasa, T.; Takeda, T.; Dilmanian, F.; Akiba, M.; Hyodo, K.; Akatsuka, T. and Itai, Y.Electrical impedance tomography: an electronic design with adaptive voltage measurements and phantom circuit for 867research in the epilepsy field
Zapata-Ferrer, A.; Castro, M.; Gaona, A.; Aguillon, M.; Rossell, J. and Carrera, J.
A hardware reference for induced current impedance tomography 869
Corby, R.; Freeston, I. and Tozer, R.
Image enhancement in two-photon laser scanning microscopy 873
Wang, C-M. and Fraser, S.
Fabrication of a 3d laser imager for measuring wound geometry 876
Rogers, B.; Bunegin, L; Tolstykh, G.; Walsh, N. and Smith, R.
Efficient segmentation of cellular images using gradient-based methods and simple morphological filters 880
Sweeney, N. and Sweeney, B.
Optical coherence tomography: a novel tool for micron-resolution biomedical diagnostics 883
Kulkarni, M.; Izatt, J.; Kobayashi, K.; Yazdanfar, S.; Wong, R.; Sivak, M.; Barton, J. and Welch, A.
Investigation of plaque biomechanics from intravascular ultrasound Images using finite element modeling 887
Lisauskas, J.B. and Siebes, M.
New flexible receiver coil with a high signal-to-noise ratio for midfleld mri system 889
Khripov, A.A.
Contents - 8
Proceedings - 19th International Conference - IEEE/EMBS Oct. 30 - Nov. 2,1997 Chicago, IL USA
3 Biomedical Information Technology3.1.1 Telecommunications for Health Care Delivery
Improving spatial vector quantization for image compression by use of a quadtree scheme, application to echoendoscopic 894
image compressionCazuguel, G.; Cziho, A.; Solaiman, B.; Roux, C. and Robaszkiewicz, M.
Still medical image coding in noisy communication environments 898
Cziho, A.; Aitsab, O.; Solaiman, B.; Pyndian, R.; Lovanyi, I.; Cazuguel, G. and Roux, C.
Speaker verification for telemedical applications 902
Buch, O. and Reddy, N.
A telemedicine system to detect pre-eclampsia 904
Williams, G.; Jones, G. and Doughty, K.
A systems methodology for the development and evaluation of a telematic home haemodialysis service 907
Carson, E.; Cramp, D.; Darnige, A.; Koutsikos, D.; Murley, D.; Morgan, A. and Vavatsikos, T.
Evoked potential compression using aotlc and dpcm 911
Kong, X.; Qiu, T.; Memon, N. and Tahernezhadi, M.
3.1.2 Information Resources
Telemedicine for home care: applications for aids patients 915
Beuscart, R.; Kulik, J.; Valette, M.; Bricon-Souf, N. and Mouton, Y.
Euromed- a www-based multi-media medical information system 918
Marsh, A.
Biomedical engineering applications- a protoype world wide web textbook 922
Blanchard, S.; DeWolf, D. and Dillon, A.
Establishment and use of a teleconsultation network in opthalmology 924
Zahlmann, G.; Kluthe, S.; Obermaier, M.; Mertz, M. and Mann, G.
Remote patient monitoring service through world-wide web 928
Lee, H.; Park, S. and Woo, E.
Incorporating internet resources in biomedical engineering technology and clinical engineering education 932
Lozano, A.
3.2.1 Medical Information SystemsA multimedia based medical database network system for special clinical procedures in health care delivery 936
Krishnan, S.; Goh, P. and Datian, Y.
A regional server for medical information 939
Bricon-Souf, N.; Delerue, D.; Bezzazi, H.; Donsez, D. and Beuscart, R.
Somavislon: integrated radiotherapy treatment planning contouring and field setup workstation 941
Helminen, H.; Salllnen, S.; Laitinan, J.; Alakuijala, J. and Puurunen, H.
A language for generating hl7 reformatting programs 945
Williams, C.
A computer-based system for problem list maintenance & medical informatics 949
Altaher, M.; Buy, U.; Shatz, S.; Yu, C; Hier, D. and Panko, W.
Structuring medical information for computer-assisted decision support 953
Hudson, D. and Cohen, M.
3.4.1 Virtual Reality Enabling TechnologiesForce propagation models In laparoscopic tools and trainers 957
Payandeh, S.
Sensors and devices to enhance the performances of a minimally invasive surgery tool for replicating surgeon's haptic 961
perception of the manipulated tissues
Scilingo, E.; de Rossi, D.; Bicchi, A. and lacconi, P.
Control of anthropomorphic teleoperator fingers using surface electromyograms 965
Gupta, V. and Reddy, N.
Virtual tape measure for 3-d measurements in micro-surgery 967
Kim, M.; Mllgram, P. and Drake, J.
Beam's light view: visualization of radiotherapy treatment planning fields on anatomic surfaces 970
Alakuijala, J.; Laitlnen, J. and Helminen, H.
3.0.1 Biomedical Information TechnologyCardiac telemonltoring by integrating pacemaker telemetry within worldwide data communication systems 974
Hutten, H.; Schreier, G.; Kastner, P. and Schaldach, M.
Study and development of a portable telemetric Intracranial pressure measurement unit 977
B-Flick, B.; Orglmeister, R. and Berger, J-M.
An internet based communication server for telemedicine 981
Hu, B.; Bai, J. and Ye, D,
Signal integration and tele-cooperation in a critical care unit 983
Diamantaras, K.; Bacharakis, E.; Kamilatos, I.; Strlntzis, M.; Maglaveras, N. and Armaganidis, A.
Modelling of photoplethysmography mobile telemedicine system 987
Istepanian, R.; Brlen, M.; Smith, P.; Hays, M. and Naimimohasses, R.
Development of appropriate telemedicine to improve the management information system for community health care in 991
Indonesia
Irawan, Y. and Soegijoko, S.
Prediction of feeling of subject under odor stimulation using physiological information 995
Contents - 9