A Neural Networks and Rules Based System used to Find a Correlations, and Therefore Try to Maintain the State of Health, in Patient Affect by Multiple Sclerosis at the Origins of Well-Being at a Certain Time Daily Time with Clinical and the Musculoskeletal Exams.
Keywords:
Glia
Abstract
In this work we will explore the fact that according to recent studies published in specialist medical journals, during the early morning sleep-wake hours, during the early morning sleep-wake hours. The idea we propose is the clinical-musculoskeletal monitoring of a certain number of MS patients for twenty-four hours so that they can collect data to train a neural network with an appropriate learning algorithm suitable for the purpose. The patients will first be hypothesized as such in the present work and in the subsequent ones a virtual patient will be developed, only in the last step will real patients be used whose data will be housed in the virtual container necessary to be able to present it to the learning system.
Downloads
How to Cite
References
Francesco Pia (2019) I will be back. 149.
Francesco Pia (2019) The liar knee. 224.
Francesco Pia (2019) Genetic geometry. 80.
Francesco Pia (2021) Reviewers. 19-20.
Francesco Pia (2022) How to Try to Get Antigravity From Electrical Circuits by an Almost Magnetic Monopole or from Anti Matter. 7(3), 25-26.
Francesco Pia (2022) A Computer System Based On Neural Network And Rules System Based For Find An Optimum Mix of Vaccine And/Or Drugs For mRNA Like Covid-19 Virus And Other Pathologies. 7(2).
Francesco Pia (2022) POLIFEMO: a Teleportation Model Based on Object Like Black, White and Worm Hole for Electric Signal and Object Also Thinking and With Conscience. 7(3).
Francesco Pia (2023) A Symmetry of Cosmological Model Named Jewell That Allows Re Entry Into The Starting Parallel Universe With Adequate Teleportation Based on Creation of Useful Stellar Object Like Black, Withe Holes. 6-8.
Francesco Pia (2023) Global Journal of Researches in Engineering. 23(1).
Francesco Pia (2023) A Natural Model for Dark Matter and Its Interaction with Stellar Objects such as The Galaxy Known as with Name "The Milky Way". 19(5), 616-621.
Francesco Pia (2023) A Time-Machine, An Electro-Mechanical System That Have a Strange Behaviour Respect at Time. 20(2), 122-126.
Luisa De Vivo, Michele Bellesi (2019) The role of sleep and wakefulness in myelin plasticity. 25.
I, Antone (1990) Intelligenza artificiale e diagnostica in sistemi complessi. 339-347.
A Fanni, P Zedda, F Scintu, A (1995) Artificial Neural Networks Approach for Anorectal Manometry Morphological Classification.
" Ed, F Bracale, Denoth Area di Ricerca -CNR-Pisa.
P Sharpe, H Solberg, K Rootwelt, M Yearworth (1993) Artificial Neural Networks in Diagnosis of Thyroid Function from in Vitro Laboratory. 39(11), 2248-2253.
K Rootwelt, H Solberg (1981) Free thyroxine, thyroxine/TBG ratio and other in vitro tests of thyroid function evaluated by discriminant analysis. 41(5), 483-491.
T Kohonen (1982) Self-Organizing formation of topologically correct feature map. 43.
P Karakitsos, B Cochand-Priollet, P Cuillausseau, A Pouliakis (1996) Potential of the Back Propagation Neural Network in the Morphologic Examination of Thyroid Lesion. 18(6), 494-500.
E Carson, D Cramp (1985) The patient/clinical relationship, computing and the wider health care system. 245-257.
S Gamal, M Rafeh, I Eissa (1993) Case-based reasoning algorithms applied in a medical acquisition tool. 18(2), 149-162.
S Gamal, M Rafeh, E Eissa (1991) Knowledge acquisition system for clinical medicine. First national ezpert Systems and development Workshop.
D Wakerman (1985) A Guide to Expert System.
J Nicolass, L Perry (1986) Tools for Knowledge Acquisition and Verfication in Medicine.
F Pia, A Casanova, S Mariotti (2001) Conference Proceedings - 4th International Conference on Molecular Diagnostics and Biomarker Discovery: Antibody Technology. 13(S8).
S Russel, P Norvig (1995) Artificial Intelligence, A Modern Approach.
B Buchanan, E Feigenbaum (1978) Dendral and Metadendral: their applications dimension. 11.
G Bara (1978) Intelligenza artificiale.
R Shank (1975) Fundamental Studies in Computer Science. 3, ii.
Y Jang (1993) Multiple system atrophy. 179-183.
A Casanova, P Carta, A Balestrieri, G Bellu (1989) Un sistema esperto per il supporto alla Diagnosi delle Broncopneumatopatie Professionali. 2.
T Khana (1991) Fondamenti di reti neurali.
G Rindi, E Manni (1987) Unknown Title. 1(9-52), 496-508.
R Beale, T Jackson (1992) Neural Computing: An Introduction.
F Robert, Schmidt Con I Contributi, Josef Di, Wilfrid Dudel, Manfred Jänig, Zimmerman (1990) Fondamenti di Neurofisiologia.
D Floreano (1996) Manuale sulle reti neurali.
A Hodgkin, A Huxley (1952) A quantitative description of membrane current and its application to conduction and excitation in nerve. 117(4), 500-544.
J Hertz, A Krogh E R, Palmer (1991) Introduction to the Theory of Neural Computing.
David Rumelhart, Geoffrey Hinton, Ronald Williams (1986) Learning representations by back-propagating errors. 323(6088), 533-536.
H Demuth, M Beal (1994) Matlab Neural Network Toolbox.
Dan Jones (1990) NEURAL NETWORKS FOR MEDICAL DIAGNOSIS. 309-317.
C Stergiou, D Siganos Neural Networks.
Ugo Teodori Unknown Title. 2(31).
S Mariotti, L Baschieri, E Martino, -G Fenzi, -L Bartalena (2005) Le malattie subcliniche della tiroide. 96(7), 1449-1512.
G Delfino, E Lanciotti, G Liguori, M Stefani (1990) Biologia e medicina, dizionario enciclopedico di scienze biologiche e mediche, IT-GB, GB-IT.
E Rubenstein (1980) Malattie causate da diffettosa comunicazione tra cellule. 141.
Published
2024-12-07
Issue
Section
License
Copyright (c) 2024 Authors and Global Journals Private Limited
This work is licensed under a Creative Commons Attribution 4.0 International License.