- Open Access
- Authors : R. Kalaiselvi , G. Santhoshni
- Paper ID : IJERTV8IS100314
- Volume & Issue : Volume 08, Issue 10 (October 2019)
- Published (First Online): 04-11-2019
- ISSN (Online) : 2278-0181
- Publisher Name : IJERT
- License: This work is licensed under a Creative Commons Attribution 4.0 International License
A Comparative Study on Predicting the Probability of Liver Disease
R. Kalaviselvi 1
1Assistant Professor, Department of Computer Science and Engineering, Kumaraguru college of technology, Coimbatore, Tamilnadu, India.
2 M.E, Department of Computer Science and Engineering, Kumaraguru college of technology, Coimbatore, Tamilnadu, India.
Abstract- In recent times, many people suffer from liver disease due to their food habits, alcohol consumption, stress, and many more unusual practices. Early diagnosis of liver disease may help in more possibility of getting cured, if it is not treated properly at an early stage it leads to a serious health condition. Though the existing techniques are good in prediction, they are inefficient when data grows. As the clinical test report consists of high volume of data, it is very difficult to predict any respective disease. To overcome this kind of issues, generally the medical domain collaborates with automation technologies. Many computing techniques like machine learning, classification algorithms, data analytics and many more are used. To sort out the issues in liver disease prediction, a detailed study on prediction algorithms was made and a comparative analysis was carried out to find the best algorithm with high accuracy. Though the existing solutions are good, their accuracy, execution time, specificity and sensitivity have to be focused to bring up an effective system[3,4]. A comparative result among various algorithms are tabulated and efficiency of the existing methods is discussed.
keyword:- Machine learning, Data Mining, Accuracy, Specificity, Sensitivity.
In recent years, data mining provides a best interpretative features in automating the prediction of diseases. The process of extracting the required data from the large database is called data mining and the extracted data is used for predicting the hidden facts for further analysis in healthcare. Data mining has a major part in prediction process. The liver has a vital role in the human body functions from protein production to removing toxins from the body and it is essential for the survival. The failure of liver functioning leads to serious health conditions. The functioning of the liver is examined by two types of tests such as imaging test and liver function tests which help to diagnose liver diseases. Liver diseases are caused by many factors such as stress, food habits, consumption of alcohol drug intake, etc. In recent days, it could be found that it is very difficult to detect at an early stageas symptoms are very hard toidentify. The physician often slips to detect the liver disease which leads to improper medical treatment. Various data mining algorithms can be used to predict the various disease stages including early stage so that it could be help the physician to give the proper treatment.
Nazmun Nahar and Ferdous Ara et al.,  implemented decision tree algorithms: J48, LMT, Random Tree,
Random Forest, REPTree, Decision Stump and Hoeffding Tree to predict the liver disease. A comparative study also has been carried out among these algorithms. The system analyzes the performance of all the algorithms by measuring their accuracy, precision, recall, mean absolute error, F-measure, kappa statistic and run time. From the analysis, it was found that the Decision Stump algorithm works effectively when compared to other algorithms and its accuracy rate is 70.67%.
Classification is an yet another technique used to distinguish the various types of data and predicting the accuracy [2,3,5]. Clustering is the process of making a group of abstract objects into classes of similarobjects. Association rule mining is process of findingrules that may govern associations and causal objects between set of items.A survey on various classification techniques to predict the liver diseases was discussed by Sindhujaetal., .Algorithms such as C4.5, Naive Bayes, Decision Tree, SVM, Back Propagation Neural Network and Classification and Regression Tree algorithms were compared and evaluated based on the criteria like speed, accuracy, performance and cost. It was concluded that C4.5 algorithm is best when compared to other algorithms.
Vijaranietal., implemented classification algorithms such as Navies Bayes and Support Vector Machine(SVM) using MATLAB 2013 tool to identify the disease and the algorithms' performance. Based on the comparison done by considering accuracy and execution time it was observed that SVM algorithm works better when compared to Navies Bayes.
Chieh-Chen Wua et al.,  used the data from New Taipei city hospital and implemented machine learning algorithms such as random forest, Naive Bayes, Artificial Neural Networks (ANN), and logistic regression to predict Fatty liver disease(FLD). Based on the comparison, the performances ROC curve and accuracy. It is concluded that Random forest model showed higher performance RN(87.48) when compared to other classification models could help doctors to classify fatty liver patients for early treatments.
Sadiyah Noor Novita Alfisahrin ei al., designed a model in WEKA tool where the liver function test attributes such as age, gender, total bilirubin , direct bilirubin , alkaline phosphotase,total proteins, albumin Aspartateamino transferase,ratio albumin and globulinare considered with
classification algorithms such as Decision Tree, Navies Bayes, NBTree to predict the liver disease. Also Chai- Squared ranking method was used to measure the impact of different attributes. The performance of each algorithmare evaluated by measuring execution time. Confusion matrix wsas used to measure the accuracy. As an experimental result, it shows that NBTree has highest accuracy and Navies Bayes algorithm gives the fastest computation time. Alice Auxilia etal., designed model to analyze various liver disease disorders using R tool. The datasets are well trained and tested using machine learning techniques such as decision tree, support vectormachine and Naive Bayes algorithm. Pearson correlation is applied to measure the accuracy, specificity and sensitivity of each algorithm and as a result the decision tree gives better accuracy than other classification algorithms.
Automated prediction and diagnosis of disease is the one of the most challenging aspect of medical data mining. Sina Bahramirad, etal., constructed a classification model based on two real liver patient dataset and used eleven algorithms like Logistic,Linear Logistic Regression, Gaussian Processes,Logistic Model Trees ,Multilayer Perceptron,K-STAR ,RIPPER, Neural Net, Rule Induction
,Support Vector Machine, Classification and Regression Trees. By using these algorithm, a comparative study is done for two types of datasets namely Andhra Pradesh state of India (AP dataset), California state of USA (BUPA dataset) and their performance were evaluated to measure accuracy, precision and recall. As a result, it is observed that AP dataset is better than BUPA dataset in terms of accuracy but in terms of precision andrecall BUPA dataset is more accurate than AP dataset.
Ashwani Kumar etal., implemented the info-gain feature selection method in classification algorithms like
C4.5, Random forest, CART, Random tree and REP to get best algorithm. The datasets were divided into two set(70- 30% and 80-20% ) of training testing ratio to achieve better accuracy. Based on comparison,the performance are evaluated.As a result, it is concluded that an accuracy of 79.22% is achieved in Random forest using 80-20% training-testing data partition with 6 features.
Anju Guliaetal., designed a hybrid model with different algorithms like J48,MLP,SVM,RandomForest,BayesNet and a comparison between algorithmswas done to improve accuracy. The model was divided into three phases. In 1st phase, classification algorithm is applied on original dataset in 2nd that features influencing the liver disease are selected and in 3rd phase the result of original dataset with and without features are compared each other. Based on the experiments, the performance was evaluated by measuring the algorithms' accuracy. As a result, SVM algorithm is considered as the best before applying feature selection. After feature selection Random Forest algorithm is considered as the better performance algorithm than other algorithms.
Sanjay Kumar etal., used real liver diseases patient data for developing models using various classification algorithms to detect the liver disorders where the liver function test attributes contains age, gender ,DB, Alkphos, total bilirubin, SgptTP, ALB, A/G Ratio, Sgot,Selector field where considered with classification algorithm such as Naive-Bayes, Random forest, K-means, C5.0 and K- Nearest Neighbors(KNN). As a result, the Random Forest algorithm gives high accuracy before the implementation of adaptive boosting algorithm. But after the implementing the C5.0 algorithm gives better accuracy.
Training Dataset Testing Dataset
Train the classifier and get input data for prediction
Train the classifier and get input data for prediction
Ensemble classification technique
Ensemble classification technique
Prediction of liver disease and related disease
Prediction of liver disease and related disease
Fig 1 : Functional blocks of liver disease prediction
Comparing Performance of Algorithm
Liver disease prediction by using different Decision tree techniques.
J48, LMT, Random Tree, Random Forest, REPtree, DecisionStump and Hoeffding Tree
Accuracy, Precision, Recall, MeanAbsolute Error, F- Measure, Kappa Statistic and Run time.
Decision Stump algorithm- 70.67%.
Liver disease prediction using SVM and Navies Bayes
Navies Bayes, Support Vector Machine
MATLAB 2013 tool
Accuracy and Execution time
A Survey on Classification Techniques in Data Mining for Analyzing Liver Disease Disorder
C4.5, Naive Bayes,
Decision tree, Support Vector Machine, Back propagation , Neural network, Classification and regression tree algorithm
Speed, Accuracy, Performance and Cost
C4.5 algorithm has good accuracy when compared to the mentioned.
Data Mining Techniques For Optimatization of Liver Disease Classification
Time complexity, confusion matrix to measure the accuracy
NB Tree has highest accuracy -67.01%.Navies Bayes algorithm gives the fastest computation time-0.04 Seconds
Prediction of fatty liver disease using machine learning algorithms
random forest , NaÃ¯ve Bayes, artificial neural networks and logistic regression
Receiver operating characteristic curve and its accuracy
Random forest model – 87.48,%
Accuracy Prediction using Machine Learning Techniques for Indian Patient
NaÃ¯ve Bayes, Random Forest, SVM and Artificial Neural Network.
accuracy, specificity and sensitivity
Classification of Liver Disease Diagnosis: A Comparative Study
Logistic,Linear Logistic Regressio n,GaussianProcesses,Logistic Model Trees,Multilayer Perceptron,K-STAR
Precision and Recall
AP dataset was slightly better than the BUPA dataset in
terms of Accuracy.
Categorization of Liver Disease Using Classification Techniques
C4.5,Random forest, CART, Random Tree and REP
Accuracy, Sensitivity, Specificity, Precision and F- measures
Random forest -79.22%
Effective Analysis and Diagnosis of Liver Disorder by Data Mining
Naive-Bayes, Random forest, K-means, C5.0 and K-Nearest Neighbors.
Accuracy, Precision and Recall
Random Forest gives high accuracy before implementation adaptive boosting algorithm. But after the implementing the C5.0 algorithm gives better accuracy-75.19%
Liver Patient Classification Using Intelligent Techniques
Before Feature selection: SVM-71.3551
After Feature Selection:Random Forest71.8696
Decision Tree, Navies Bayes, NB tree algorithm.
Chai-Squared Ranking method
This study represents the various machine learning and classification algorithms to detect liver diseases at early stage. The algorithms are analyzed and compared based on various factors like accuracy, execution time, precision and so on to achieve the best solution. The future work could include comparison of Decision tree, Adaptive neuro fuzzy
inference system and K-nearest neighbor with respect to Accuracy, sensitivity, specificity and precision. The proposed method results could infer the best algorithm with highest accuracy.
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