Physio-psycho parameter consists of muscular physiology parameter, i.e., muscular and motor action parameter, cognitive and psychological parameter. Muscular features Is the patient suffering with oversleep problem? Y: [OS =1] Is the patient suffering with muscle weakness? Y: [MW =1] Motor action parameters Is the patient having difficulty in movement? Y: [MO =1] Is the patient having difficulty in locomotion? Y: [LO =1] Is the patient having difficulty in using toilet? Y: [UT =1] 65 Is the patient having difficulty in climbing stairs? Y: [CS =1] Is the patient having difficulty in walking? Y: [W =1] Cognitive parameter Does the patient have visual disability? Y: [VD = 1] Does the patient have speech disability? Y: [SD = 1] Does the patient …show more content…
Y: [AC =1] Is abnormality observed in cingulate gyms? Y: [CG =1] Is abnormality observed in Frontal? Y: [FL =1] Is abnormality observed in Parietal? Y: [PL =1] Is abnormality observed in Occipital? Y: [OL =1] Is abnormality observed in Temporal? Y: [TL =1] Is abnormality observed in basal ganglion observed? Y: [BG =1] Case-based reasoning is a method that concerned with solving problems by making use of previous similar situation and reusing the information and knowledge about such situation [69]. The various processes of case-based reasoning deployed in the work are shown in Figure 3.17. In case-based reasoning a large set of previous cases with their solutions are stored in the case base and used whenever a similar new case has to be dealt with [69] [70] [71]. Generally case-based reasoning consists of four processes [72]: (i) retrieve, (ii) reuse, …show more content…
In the retrieval, process indexing and similarity metrics are used to retrieve the most relevant stored case(s) to the new case from the case base, Indexing scheme 67 is used for the efficient retrieval of relevant cases from the case base, thus it limits the search time. Similarity metrics are used to assess the relevance of the retrieved cases to the new case. In the reuse process, a solution for the new case based on the retrieved most relevant case(s) is created. In the revise process the correctness of the proposed solution is validated with the intervention of the user. Finally, the retain process decides whether the knowledge learned from the solution of the new case is important enough to be incorporated into the system. The main advantages of case-based reasoning are [73] ability to express specialized knowledge, naturalness of representation, modularity, easy knowledge acquisition, selfupdatability, handling unexpected or missing inputs and inference efficiency. The main disadvantages of case-based reasoning are inability to express general knowledge; cases are unable to express specialized knowledge, knowledge acquisition problems, case adaptation problems, inference efficiency problems and provision of explanations. A case