Citation: Rh. Bayford et al., IMPROVEMENT OF THE POSITIONAL ACCURACY OF EIT IMAGES OF THE HEAD USING A LAGRANGE MULTIPLIER RECONSTRUCTION ALGORITHM WITH DIAMETRIC EXCITATION, Physiological measurement, 17, 1996, pp. 49-57
Citation: Ds. Holder et al., SOME PRACTICAL BIOLOGICAL PHANTOMS FOR CALIBRATING MULTIFREQUENCY ELECTRICAL-IMPEDANCE TOMOGRAPHY, Physiological measurement, 17, 1996, pp. 167-177
Citation: Ds. Holder et al., IMAGING OF PHYSIOLOGICALLY EVOKED-RESPONSES BY ELECTRICAL-IMPEDANCE TOMOGRAPHY WITH CORTICAL ELECTRODES IN THE ANESTHETIZED RABBIT, Physiological measurement, 17, 1996, pp. 179-186
Citation: Kg. Boone et Ds. Holder, CURRENT APPROACHES TO ANALOG INSTRUMENTATION DESIGN IN ELECTRICAL-IMPEDANCE TOMOGRAPHY, Physiological measurement, 17(4), 1996, pp. 229-247
Citation: Kg. Boone et Ds. Holder, EFFECT OF SKIN IMPEDANCE ON IMAGE QUALITY AND VARIABILITY IN ELECTRICAL-IMPEDANCE TOMOGRAPHY - A MODEL STUDY, Medical & biological engineering & computing, 34(5), 1996, pp. 351-354
Citation: Al. Rao et al., IMAGING OF SOMATOSENSORY AND VISUAL-EVOKED RESPONSES BY ELECTRICAL-IMPEDANCE TOMOGRAPHY IN THE ANESTHETIZED RABBIT, Journal of physiology, 494P, 1996, pp. 8-9
Citation: Al. Rao et al., COMPARISON OF IMPEDANCE IMAGES COLLECTED WITH SUBDURAL OR EPIDURAL ELECTRODES DURING SOMATOSENSORY-EVOKED RESPONSES IN THE ANESTHETIZED RABBIT, Journal of physiology, 494P, 1996, pp. 46-46
Citation: Kg. Boone et Ds. Holder, DESIGN CONSIDERATIONS AND PERFORMANCE OF A PROTOTYPE SYSTEM FOR IMAGING NEURONAL DEPOLARIZATION IN THE BRAIN USING DIRECT-CURRENT ELECTRICAL-RESISTANCE TOMOGRAPHY, Physiological measurement, 16, 1995, pp. 87-98
Citation: R. Bayford et al., EXPERIMENTAL VALIDATION OF A NOVEL RECONSTRUCTION ALGORITHM FOR ELECTRICAL-IMPEDANCE TOMOGRAPHY BASED ON BACKPROJECTION OF LAGRANGE MULTIPLIERS, Physiological measurement, 16, 1995, pp. 237-247
Citation: Ds. Holder et A. Khan, USE OF POLYACRYLAMIDE GELS IN A SALINE-FILLED TANK TO DETERMINE THE LINEARITY OF THE SHEFFIELD MARK-1 ELECTRICAL-IMPEDANCE TOMOGRAPHY (EIT)SYSTEM IN MEASURING IMPEDANCE DISTURBANCES, Physiological measurement, 15, 1994, pp. 10000045-10000050
Citation: K. Boone et al., IMAGING OF CORTICAL SPREADING DEPRESSION OF EIT - IMPLICATIONS FOR LOCALIZATION OF ELIEPTIC FOCI, Physiological measurement, 15, 1994, pp. 10000189-10000198
Citation: K. Boone et al., ELECTRICAL-IMPEDANCE TOMOGRAPHY (EIT) IMAGING OF CORTICAL SPREADING DEPRESSION IN THE ANESTHETIZED RABBIT, Journal of physiology, 473, 1993, pp. 160000101-160000101
Citation: Ds. Holder, DETECTION OF CEREBRAL-ISCHEMIA IN THE ANESTHETIZED RAT BY IMPEDANCE MEASUREMENT WITH SCALP ELECTRODES - IMPLICATIONS FOR NONINVASIVE IMAGING OF STROKE BY ELECTRICAL-IMPEDANCE TOMOGRAPHY, Clinical physics and physiological measurement, 13(1), 1992, pp. 63-75
Citation: Ds. Holder, DETECTION OF CORTICAL SPREADING DEPRESSION IN THE ANESTHETIZED RAT BYIMPEDANCE MEASUREMENT WITH SCALP ELECTRODES - IMPLICATIONS FOR NONINVASIVE IMAGING OF THE BRAIN WITH ELECTRICAL-IMPEDANCE TOMOGRAPHY, Clinical physics and physiological measurement, 13(1), 1992, pp. 77-86
Citation: Ds. Holder, ELECTRICAL-IMPEDANCE TOMOGRAPHY WITH CORTICAL OR SCALP ELECTRODES DURING GLOBAL CEREBRAL-ISCHEMIA IN THE ANESTHETIZED RAT, Clinical physics and physiological measurement, 13(1), 1992, pp. 87-98