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Fuzzy logic applied to a Patient Classification System Presented by: Dheeraj Mor (121416012) Pallavi Patil (121416009) Najuka Jagtap(121417015) Anuja Agharkar(121417008)
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Fuzzy logic applied to a Patient Classification System

Presented by:Dheeraj Mor (121416012)Pallavi Patil (121416009)

Najuka Jagtap(121417015)Anuja Agharkar(121417008)

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CONTENTS

• INTRODUCTION• LITERATURE SURVEY• FUZZY LOGIC CONCEPT• RESULT • CONCLUSION• FUTURE SCOPE • REFERENCE

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INTRODUCTION• Requirement of optimization of hospital management.- Correct number of nurses and healthcare workers

• Why patient classification required?- nurse duty adjustment- Complexity level of each patient- Economy point of view

• Why fuzzy logic?-optimization-works best incase of uncertainity

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LITERATURE SURVEY• Optimization prime concern

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FUZZY CONCEPT

• Grouping patients according to nursing care required.

• An algorithm MAP(Metodo Assistenziale Professionalizzante – Professionalizing Healthcare Method)

• MAP evaluates patients on his clinical condition and environment.

• Three dimensions are:1)Clinical stability2)responsiveness3)Self sufficiency

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• Dimensions along with environment is associated with set of characteristics for classification of patients.

• a list of variables is used to describe the possible patient conditions relative to a specific characteristic.

• This distribution enables minimum and recommended number of nurses

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Model based on FUZZY• What is fuzzification?• Example: temperature of a patient can be model into four

categories :1) Normal temperature2) Hypothermia3) Hyperthermia4) Hyperyrexia

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FUZZIFICATIONBody temperature = {Low, Medium, High}

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RESULTS

Figure 1. Example of the body temperature characteristic as defined in theoriginal MAP version (left) and in the new version based on FL (right).

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• Figure 2. Input (clinical stability, responsiveness, self-sufficiency,

• environment) and the output (complexity) MFs of the final FIS. Figure 2. Input (clinical stability, responsiveness, self-sufficiency,

• environment) and the output (complexity) MFs of the final FIS.

Figure 2. Input (clinical stability, responsiveness, self-sufficiency,environment) and the output (complexity) MFs of the final FIS.

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Figure 3. Example of rule activation and patient classification in the finalFIS. In this rule the four input variables are connected among them with theAND operator.

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CONCLUSION• Patient classification based on fuzzy logic enable nurses to

evaluate single patient in more efficient way.

• Optimization of clinical resource is possible.

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THANK YOU!!