The chronic kidney disease is the loss of kidney function. Often time, the symptoms of the disease is not noticeable and a significant amount of lives are lost annually due to the disease. Using machinelearning algor...
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ISBN:
(数字)9781728197449
ISBN:
(纸本)9781728197456
The chronic kidney disease is the loss of kidney function. Often time, the symptoms of the disease is not noticeable and a significant amount of lives are lost annually due to the disease. Using machinelearning algorithm for medical studies, the disease can be predicted with a high accuracy rate and a very short time. Using four of the supervised classification learningalgorithms, i.e., logistic regression, Decision tree, Random Forest and KNN algorithms, the prediction of the disease can be done. In the paper, the performance of the predictions of the algorithms are analyzed using a pre-processed dataset. The performance analysis is done base on the accuracy of the results, prediction time, ROC and AUC Curve and error rate. The comparison of the algorithms will suggest which algorithm is best fit for predicting the chronic kidney disease.
Weather prediction is gaining up ubiquity quickly in the current period of machinelearning and Technologies. It is fundamental to foresee the temperature of the climate for quite a while. Decision trees, K-NN, Random...
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ISBN:
(数字)9781728154619
ISBN:
(纸本)9781728154626
Weather prediction is gaining up ubiquity quickly in the current period of machinelearning and Technologies. It is fundamental to foresee the temperature of the climate for quite a while. Decision trees, K-NN, Random Forest algorithms are an integral asset which has been utilized in several prediction works for instance, flood prediction, storm detection etc. In this paper, a simple approach for weather prediction of future years by utilizing the past data analysis is proposed by the decision tree, K-NN and random forest algorithm calculations and showing the best accuracy result of these three algorithms. Weather prediction plays a significant job in everyday applications and in this paper the prediction is done based on the temperature changes of the certain area. All these algorithms calculate the mean values, median, confidence values, probability and show the difference between plots of all the three algorithms etc. Finally, using these algorithms in this work we can predict whether the temperature increases or decreases, is it a rainy day or not. The dataset is completely based on the weather of certain area including few objects like year, month, and temperature, predicted values and so on.
Anomaly detection aims at identifying patterns in data that do not conform to the expected behavior, relying on machine-learningalgorithms that are suited for binary classification. It has been arising as one of the ...
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ISBN:
(数字)9781728172606
ISBN:
(纸本)9781728172613
Anomaly detection aims at identifying patterns in data that do not conform to the expected behavior, relying on machine-learningalgorithms that are suited for binary classification. It has been arising as one of the most promising techniques to suspect intrusions, zero-day attacks and, under certain conditions, failures. This tutorial aims to instruct the attendees to the principles, application and evaluation of anomaly-based techniques for intrusion detection, with a focus on unsupervised algorithms, which are able to classify normal and anomalous behaviors without relying on input data with labeled attacks.
The maximum diversified demand is an important factor to consider when utilities design new distribution systems. To estimate the maximum diversified demand, engineers need to make an estimate of the diversity factor ...
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ISBN:
(数字)9781728155081
ISBN:
(纸本)9781728155098
The maximum diversified demand is an important factor to consider when utilities design new distribution systems. To estimate the maximum diversified demand, engineers need to make an estimate of the diversity factor (DF). In practice, electricity utility companies usually estimate the DF using DF tables, in which the DF changes with the number of customers. However, besides the number of customers, DF also depends on many other factors, such as customer type, weather, demographics, and socioeconomic conditions. Ignoring these factors, DF tables have limited accuracy. In addition, engineers cannot interpret or understand how various factors affect the DF. In this paper, by leveraging supervised machine learning algorithms, we build comprehensive DF prediction models that take a variety of factors into account. These models show high prediction accuracy and interpretabilty when applied to real-world distribution feeders. Using the interpretation method called SHapley Additive exPlanations, we quantity the importance of different features in determining DFs. Finally, we offer more insights into how various factors affect DFs.
Wireless sensor network is one of the most hopeful technologies for its small-shape, low-price, and simply circulated behavior. It may be altered dynamically because of some exterior or interior causes. The consecutiv...
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ISBN:
(数字)9781728168517
ISBN:
(纸本)9781728168524
Wireless sensor network is one of the most hopeful technologies for its small-shape, low-price, and simply circulated behavior. It may be altered dynamically because of some exterior or interior causes. The consecutive methods have been bluntly programmed that anticipate the networks difficult to react dynamically. For overcoming this kind of situation, machinelearning approaches can be exercised to respond correctly. machinelearning is the procedure of learning from the expertness and actions without human help or re-program. There are many opportunities present in this field and we have highlighted some of them in this survey.
The timely detection of malicious traffic and the prevention of DDoS attacks is an important task in today's informational environment. There was considered a theoretical part of the classical machinelearning alg...
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ISBN:
(数字)9781728181790
ISBN:
(纸本)9781728181806
The timely detection of malicious traffic and the prevention of DDoS attacks is an important task in today's informational environment. There was considered a theoretical part of the classical machine learning algorithms (the principles of their work and the information about parameters). The Functional and non-functional requirements were identified then the action schemes and the use cases were presented. There was developed a traffic classification system appearing as a window application. There was presented the implementation of the classical machine learning algorithms and a user's interface. The developed network traffic identification and classification system uses the machine learning algorithms: k-NN, Naive Bayes, SVM, Ridge / Lasso, Decision Tree and k-Means. The accuracy of the system ranged from 46.69% to 99.81% depending on which algorithm was used.
Day by day, biological data is increasing and researchers face various problems to extract informative data from a large scale of dataset. Cancer has been identified as most common and unexpected disease worldwide. In...
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ISBN:
(数字)9781728168517
ISBN:
(纸本)9781728168524
Day by day, biological data is increasing and researchers face various problems to extract informative data from a large scale of dataset. Cancer has been identified as most common and unexpected disease worldwide. In our proposed model, we build a combined machinelearning model using some efficient feature selection algorithm and then analyses it through ANN and high performance classification algorithms. We also implement ensemble methods for building our model more accurate. For verifying our model we implement breast cancer miRNA data. Chi Squared Test gives the minimum relevant features where we get 99.23% accuracy from SVM. We use 10 fold cross validation to test the dataset. The result is promising and encouraging. With the processing of the data, our system model able to identify most relevant features responsible for breast cancer.
This paper deals with the prediction of Cardiovascular Disease (CVD) by performing an analysis of six supervised machine learning algorithms such as K-Nearest Neighbors Classifier, Naïve Bayes Classifier, Decisio...
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ISBN:
(数字)9781728169163
ISBN:
(纸本)9781728169170
This paper deals with the prediction of Cardiovascular Disease (CVD) by performing an analysis of six supervised machine learning algorithms such as K-Nearest Neighbors Classifier, Naïve Bayes Classifier, Decision Tree Classifier, Random Forest Classifier, Support Vector machine Classifier and Linear Discriminant Analysis. Further, by introducing two health risk factors (feature extraction) - Blood Pressure and Body Mass Index - into the dataset, we have observed an increase in the accuracy. Feature selection was performed to find out the important risk factors. Our main goal is to find the most optimal results in terms of CVD prediction from the available dataset.
machine learning algorithms differ from conventional ones in a way that they adjust themselves to perform better when exposed to surplus data. Huge volumes of data were pipelined from the grades scored by student over...
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ISBN:
(数字)9781728154640
ISBN:
(纸本)9781728154657
machine learning algorithms differ from conventional ones in a way that they adjust themselves to perform better when exposed to surplus data. Huge volumes of data were pipelined from the grades scored by student over the last `n' years. Among the data earned from these, `k' years were populated as trained set and `(n-k)' as test sets. For the proposed Multi-level Predictive with Training Framework (MP with TF), five AI based approaches such as k-nearest neighbors, neural networks, Logistic regression, Naive Bayes and Random forest were considered to predict the target variable set. The performance of these machine learning algorithms were implemented using the actual grades scored by the students in their End Examination through a data science toolkit. Furthermore, the performances of these algorithms were ranked based on the accuracy of predicting the grades scored by the students.
The Internet of Things, with its enormous growth in the recent decades, has not just brought convenience to the different aspects of our lives. It has also increased the risks of various forms of cybercriminal attacks...
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ISBN:
(数字)9781728196565
ISBN:
(纸本)9781728196572
The Internet of Things, with its enormous growth in the recent decades, has not just brought convenience to the different aspects of our lives. It has also increased the risks of various forms of cybercriminal attacks, ranging from personal information theft to the disruption of the entire network of a service provider. As the demands of such devices increase rapidly on a global scale, it has become increasingly difficult for different corporations to focus on security efficiently. As such, the demand for methodologies that can aptly respond to prevent intrusion within a network has soared disturbingly. Various utilization of anomaly traffic detection techniques has been conducted in the past, all with the similar aim to prevent disruption in networks. This research aims to find an efficient classifier that detects anomaly traffic from N_BaIoT dataset with the highest overall precision and recall by experimenting with four machinelearning techniques. Four binary classifiers: Decision Trees, Extra Trees Classifiers, Random Forests, and Support Vector machines are tested and validated to produce the result. The outcome demonstrates that all the classifiers perform exceptionally well when used to train and test the anomaly within a single device. Moreover, Random Forests classifier outperforms all others when training is done on a particular device to test the anomaly on completely unrelated devices.
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