Abstract

Since past few years data mining lot of attention related to knowledge like extracting methods in health care system like diabetes, cancer, CVS etc. There are lot of technique of data mining like decision tree, Naive base, KNN; J48 etc. are being used for prediction of diabetes. Diabetes is metabolic disorder related to poor absorption of insulin into body mussels or poor lowered secretion of insulin from pancreases. As this disease, this is main death causes disease in the world. So, prediction of these diseases with the help of data mining technique may help to protect many lives. In this study, we have to discuss various data mining technique, types of diabetes, application of these data mining technique. Prediction of diabetes or any other disease could play a significant role in health system. Data mining are very useful in the scenario. These techniques help in selection, understanding and designing of large size data to analysis the chances of diseases occurrence. Recently who has announced diseases a major cause of death worldwide. The prediction and identification early stage of diabetes can play major role to treat this disease significantly. Various data mining techniques like KNN, Decision tree, Naïve Bays etc. would be a significant asset for the researcher for gaining various data about diabetes, its causes, symptoms and possible treatment that have been using in the past and currently used by various physician. In this study we have briefly discussed various data mining techniques/models. Which have been currently used for diabetes prediction? Along with this discussion, we have also focused on performance and short coming of existing models/techniques time to time evaluated by researchers.

Highlights

  • Brain is among the one of the complex organ of the human body

  • The aim of this paper is to present the overview of brain tumor and application of machine learning approaches in diagnosing brain tumors grades and types

  • The developed model achieved accuracy equal to 91% in detecting brain tumor

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Summary

INTRODUCTION

Once tumor grade and type is diagnosed precisely, clinician may plan the futher treatment such as chemotherapy, radiotherapy or combination of these Biopsy, whether it is conducted normally or stereotactically, is invasive in nature and time consuming. The errors in biopsy report may cause the inaccurate grading and type’s detection which futher affect treatment planning and survival rates of suffering patients. These all factors motivated clinicians and engineering scientists of various domains such as computer, maths, biomedical, information sciences, bioinformatics, electrical etc. To collaborate inorder to find some non-invasive method using MR imaging to precisely detect the type and grade of brain tumor improving the treatment planning and increasing the survival rate. The whole paper is organized in three major sections i.e. introduction, related work, conclusion and future research directions

Related Work
Conclusion & Future Research
Findings
Extraction Method With Regularized Extreme
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