Advances in Biomedical Measurement [Paperback]

1 Measurement and Instrumentation.- A Family of Microcomputer Electrocardiographs.- A Personal Computer-Based System for Cardiac Electric Field Investigation in the Clinic and in Research.- Technical Means for Clinical Investigations of Brain Bioelectrical Processes.- Microcomputer-Based Objective Visual Field Diagnosis.- A Temperature Sensitive Microelectrode for Measurements in Soft Tissues at the Cellular Level.- Electrical Measurement of Fluid Distribution in Human Legs and Arms and Its Clinical Application.- A New Method for Eliminating Micro-Bubbles in the Extra-Corporial Blood Circulation System.- Measurement of Leg Blood Volume Change by Impedance Plethysmography with Special Reference to Micro-Gravity Simulation Testing.- A Method for Continuous Measurement of Muscle Fibre Conduction Velocity.- A System for Intracranial Pressure Processing and Inter-Pretation in Intensive Care.- Electromagnetic Cardiography: Theory, Clinical and Technical Aspects.- Identification of Average Non-Linear Properties of a Typical Ultrasonic Real-Time Sector Scanner Under More Realistic Conditions.- An Experimental Approach to The Problem of Possible Embryotoxicity Due to Biomedical Ultrasound.- Interaction of Blood with Biomedical Polymers  Some Basic Aspects.- Changes in Vascular Regulation After Implantation of a Total Artificial Heart.- Topographical Methods in Electrocardiological Diagnostics.- Biomagnetic Measurements in Unshielded Environment.- Method for Determining Some Elements of Impedance Plethys-Mography (IPG) Signals to be Used in Automatic Analysis.- Neurostimulation and Neuroprostheses.- 2 Signal and Image Processing.- Detection of Late Potentials of The Heart.- ECG Interpolation Using Taut Cubic Splines.- A Quantitative Estimation of Proximity Between ECG Waveforms.- R@-System  The Software System for Real Biomedical Data Acquisition and Processing with Regard to Clinic and Research.- A First Experience with the Automatic Extraction of Compressed Information frl£%