2012-12-19 This table presents results of using the HammingNN classifier with a variety of publicly available datasets that are frequently used for development and testing of classifier paradigms. For comparison purposes, I’ve included results from 3 other classifier paradigms. Note: you may need to widen your browser window to view…
Read moreAs a medical student in the early 1980’s, I was very excited when we were introduced to the physiology behind neurology. Having previously graduated in Electrical Engineering (Waterloo, 1970) and with several years of work experience in computer systems engineering, I immediately saw the potential for modeling neural networks using…
Read moreI made a presentation about my classifier to Emily Coffey, at the time a PhD candidate in the Cognitive Neuroscience Lab at the Montreal Neurological Institute, and her colleagues, on 2011-1-21. Download a pdf of the presentation slides and notes.
Read moreSince my medical school days, I’ve been mulling over some ideas for artificial neural networks that adhere more closely to the physiology that I studied. Over the past couple of years, I finally implemented those ideas, using the Forth programming language on a Macintosh. The process went considerably faster than…
Read moreHenry Olders, MD, FRCPC Douglas Hospital Verdun, Quebec, Canada 2 Oct 1990 Introduction Effect of medication on negative symptoms An NIMH double-blind, placebo-controlled study of the effects of antipsychotic withdrawal (four weeks drug-free) followed by four weeks’ treatment with fluphenazine HCl in 19 young patients with chronic schizophrenia showed that…
Read moreBelow is an article I wrote in 1989, describing my ideas for a neural network derived from my knowledge of physiology from medical student days, my studies in behaviour from psychiatry residency and practice, and computer principles from my time in engineering. A Neural Network Model Based On Brain Physiology…
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