DOI: 10.1055/s-00035037

Methods of Information in Medicine

Ausgabe 02 · Volume 39 · 2000 DOI: 10.1055/s-008-38402

Editorial

  • 99
    He, B.:

    Biosignal Interpretation III

    • Original Article

  • 101
    Jones, R. W.; Lowe, A.; Harrison, M. J.:

    Trend Recognition in Clinical Signals using Template-Based Methods

  • 105
    Kagalwala, F.; Lanni, F.; Kanade, T.:

    Computational Model of DIC Microscopy for Reconstructing 3-D Specimens

  • 110
    Muravchik, C.; Bria, O.; Nehorai, A.:

    EEG/MEG Error Bounds for a Dynamic Dipole Source with a Realistic Head Model

  • 114
    Kaplan, D. T.:

    Time Series and the Dynamics of Demand Pacing

  • 118
    Eyal, S.; Akselrod, S.:

    Bifurcation in a Simple Model of the Cardiovascular System

  • 122
    O’Neill, W. D.; Zimmerman, S.:

    Neurologial Interpretations and the Information in the Cognitive Pupillary Response

  • 125
    MacIsaac, D.; Parker, P. A.; Scott, R. N.:

    Non-stationary Myoelectric Signals and Muscle Fatigue

  • 130
    Hori, J.; Saitoh, Y.; Kiryu, T.; Okamoto, K.; Sakai, K.:

    Band-Suppressed Restoration of X-Ray Images Blurred by Body Movement

  • 134
    Hayashi, Y.; Kosugi, Y.; He, B.:

    A Network Inversion Technique for Estimating Equivalent Dipole Description of Visual Evoked Potential

  • 138
    Meste, O.; Muhammad, W.; Rix, H.:

    Estimation of Scale Factors in Presence of Multiple Signals: Application to sEMG Analysis

  • 142
    Calcagnini, G.; Censi, F.; Lino, S.; Cerutti, S.:

    Spontaneous Fluctuations of Human Pupil Reflect Central Autonomic Rhythms

  • 146
    Bagarinao, E.; Pakdaman, K.; Nomura, T.; Sato, S.:

    Reconstructing Bifurcation Diagrams of Dynamical Systems Using Measured Time Series

  • 150
    Hu, X. L.; Zhang, Y. T.; Bao, J. L.:

    Theoretical Analysis of a Rectifying Gap Junction Model

  • 153
    Kotani, K.; Hidaka, I.; Yamamoto, Y.; Ozono, S.:

    Analysis of Respiratory Sinus Arrhythmia with Respect to Respiratory Phase

  • 157
    Balocchi, R.; Di Garbo, A.; Michelassi, C.; Chillemi, S.; Varanini, M.; Barbi, M.; Legramante, J. M.; Raimondi, G.; Zbilut, J. P.:

    Heart Rate and Blood Pressure Response to Short-Term Head-Down Bed Rest: A Nonlinear Approach

  • 160
    Bianchi, A. M.; Locatelli, T.; Mainardi, L. T.; Cursi, M.; Comi, G.; Cerutti, S.:

    Event-Related Brain Potentials: Laplacian Transformation for Multichannel Time-Frequency Analysis

  • 164
    Chouvarda, I.; Maglaveras, N.; de Bakker, J.; van Capelle, F. J. L.; Pappas, C.:

    Spatial Filtering Methods for Local Activation Determination in Fractionated Electrograms from Simulated Infarcted Hearts

  • 168
    Iwata, K.; Nakao, M.; Yamamoto, M.; Kimura, M.:

    Differentiation of Physiological States under Sensory Deprivation

  • 171
    Kong, X.; Qiu, T.:

    Injury Detection for Central Nervous System via EEG with Higher Order Crossing-based Methods

  • 175
    Ogasawara, Y.; Takehara, K.; Yamamoto, T.; Hashimoto, R.; Nakamoto, H.; Kajiya, F.:

    Quantitative Blood Velocity Mapping in Glomerular Capillaries by in vivo Observation with an Intravital Videomicroscope

  • 179
    Babiloni, F.; Carducci, F.; Cincotti, F.; Del Gratta, C.; Roberti, G. M.; Romani, G. L.; Rossini, P. M.; Babiloni, C.:

    Integration of High Resolution EEG and Functional Magnetic Resonance in the Study of Human Movement-Related Potentials

  • 183
    Sekine, M.; Tamura, T.; Akay, M.; Togawa, T.; Fukui, Y.:

    Analysis of Acceleration Signals using Wavelet Transform

  • 186
    Wang, Z. S.; Cheung, J. Y.; Gao, S. K.; Chen, J. D. Z.:

    Spatio-Temporal Nonlinear Modeling of Gastric Myoelectrical Activity

  • 191
    Bai, J.; Bing, Z.:

    Simulation Evaluation of Cardiac Assist Devices

  • 196
    Wu, D.; Ono, K.; Hosaka, H.; He, B.:

    Simulation of Body Surface Laplacian Maps during Ventricular Pacing in a 3D Inhomogeneous Heart-Torso Model

  • 200
    Mizuta, H.; Yana, K.:

    Heart Rate Signal Decomposition