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This article largely focused on the effective study of a body of norms to detect the Brute Force on the inner surface of a provided guided or unguided game theory in the Financial System. One of the most fascinating areas of conceptual arithmetic is guided or unguided game theory.A focus: the idea of guided or unguided Game theory outcomes in agreement with tracking down and unguided Game theory is shown to be a Game theory design if they are linked to one another. Using guided or unguided Behavioural economics, find a key demonstration for the simple investor for the client to the financial institution. [ABSTRACT FROM AUTHOR]

This paper uses the hybrid method to estimate state of charge (SOC) for lead acid battery and the recurrent neural network (RNN) technique in order to estimate the state of health of a li-ion battery. The hybrid method utilises (i) the Coulomb Counting Method, (ii) the Electrical Circuit Model, and (iii) a mathematical model based on the Peukert Law in order to estimate state of charge of battery. In this work, the method that is used to measure the internal resistance of the battery in order to determine the open-circuit voltage and approximate the State of Charge is provided. The LSTM (Long-Short Term Memory) algorithm is used which is based on the recurrent neural network are to determine the State of Health (SOH) of a li-ion battery. Estimation of the battery's state of health can be derived from the NASA Li-ion battery dataset. [ABSTRACT FROM AUTHOR]

To Electric vehicles (EVs) are large loads and with the penetration of more EVs into the grid, they always can affect the power system network on a large scale. While investigating, the impact of EV is felt in the grid system from an electrical perspective (like voltage stability, losses, reliability). The project aims at finding a feasible solution for reducing the burden on the power system. The main areas of concern while integrating EVs into the system are power losses, utilization factors, voltage, and reliability. The extended view of the project is to implement renewable sources of energy in the form of distributed generation that can greatly help in reducing the impact of a large number of EV charging station (CS) loads on the grid. Hence this paper presents a comprehensive analysis using TLBO and Grey Wolf optimization algorithms for reducing power loss, and reliability while improving the utilization factor of the system. The method is tested in a standard IEEE 33 bus system using MATLAB. The results show a reduction in power loss and other parameters apart from which the system's voltage profile has been improved to a large extent. [ABSTRACT FROM AUTHOR]

The W3C typically describes web services as: "a piece of software that is designed to support machine-to-machine interoperability over a network. With the rapid expansion of functionally similar web services over the internet exposes a great challenge for users to identify the web service origin and integrity process. A traditional centralized web service registry drastically shifts the dynamic power of web services, by establishing a platform for service provider‟s to advertise their self-contained, self-reliable and self-governing data. Though, these centralized infrastructures do not offer easy way to explore available services for users in thenetwork, and also nor have the ability to verify their origin and history. The contribution of the paper is to address these challenges by leveraging the decentralized, immutable, tamper-proof Blockchain technology by establishing Blockchain service registry and execution via smart contract for secured semantic web service discovery. This allows users to explore the services in a network and also able to identify its service origin and integrity. Our first evaluation shows the promising results with this system paradigm in the field of web service provisioning. [ABSTRACT FROM AUTHOR]

In this research, we will look at interstitial lung disease (ILD), which is an inflammation and fibrotic respiratory illness that mostly damages the cells and area around the lungs' air sacs known as the interstitium. There are around group of 200 diseases belonging to this category. This disease affects the other compartments of lungs, the airways known as alveoli, the blood vessels and the outside lining of lung known as pleura. This disease is characterized by respiratory symptoms, chest radiographic abnormalities, pulmonary fibrosis and fibrosis results from chronic inflammation. The lung biopsies with predominance of fibrosis results in poor prognosis comparatively than inflammation. Many studies reported that 80.9 per 1, 00,000 men and 62.7 per1, 00,000 women was diagnosed with this disease every year. There is no established treatment that prolongs life for patients with these diseases. It is critical to do accurate diagnosis in order tohave significantly dissimilar treatment choices and a improved prognosis. [ABSTRACT FROM AUTHOR]

The rate of death in heart failure patients keeps increasing, but the causes of death are always uncertain. Even though heart failure is a diverse syndrome classified by ejection fraction, the relationship among both ejection fraction and death rates is significant but elusive. According to health cardiology report, Patients with heart failure and reduced ejection fraction have greater risk of dying, compared with heart failure patients and preserved ejection fraction. However, the factors influencing the death rate of heart failure patients remains a challenging task for the doctors and researchers. With this motivation, this paper attempts to analyze the important features that influences the mortality rate of the patients. The Heart Failure dataset from UCI data warehouse repository is subjected for analyzing the heart failure patients. The dataset is preprocessed with data cleaning process and missing values. The preprocessed dataset is applied to all the classifiers and the performance of the mortality grading is analyzed before and after feature scaling. The raw dataset with entire 12 features are applied to Ada Boost, Random Forest, Extra Tree and Gradient Boost classifier to extract the top six important features to increase the accuracy performance. The feature importance dataset is then applied to all the classifier and the performance is analyzed in terms of accuracy, precision, recall, FScore and Run Time. The implementation results shows that random forest classifier is showing the accuracy of 89% after feature scaling and the random forest classifier with the feature importance of Gradient Boost classifier shows the accuracy of 97%. [ABSTRACT FROM AUTHOR]

Precise and early diagnosis is crucial for the cancer patients to get optimal care. Tools available to predict cancer in advance remains deficient and also there are considerable false positive rates. In order to avoid this, the proposed work focuses on Clinical Data analysis and Image analysis of Ultra sound images to predict cancer at initial stages. In this analysis, Adaptive Randomized Tree (ART) uses clinical data such as percentage of unbound Prostate Specific Antigen (PSA), bound PSA, age, PSA density and PSA velocity and intensity extracted from Ultra sound images as metrics to predict carcinoma. Hence ART has a better prognostic performance than other diagnostic indicators for prostate cancer. This gives the preliminary evidence that ART can be used as an effective diagnosis tool for other type of cancers with appropriate metrics. [ABSTRACT FROM AUTHOR]

In the past few decades, IoT (Internet of Things) based m-healthcare applications are arising to provide real time services in the fast world. These applications save people's lives by getting regular updates about health conditions of them for their easy lifestyle. Cloud based health care framework are provide better outcomes when compared to conventional methodologies. Nowadays Incorporating IoT devices in clinical environments plays major role in handling huge volume of medical data. Researchers thus sought to automate the process of detecting and diagnosis diseases using could computing technology. Accordingly, number of explores has been proposed an infection forecast and analysis framework in cloud based IoT utilizing distinctive secure ML (Machine Learning) calculations. This paper reviews the existing heart disease classification research frameworks with its pros and cons. Here, totally twenty-five papers are analyzed. In addition, this study gives an elaborate idea about disease prediction and diagnosis system. [ABSTRACT FROM AUTHOR]

In this paper, we introduced some new concepts of the distance measurement based on RSSI localization of cooperative game theory technique in Mathematical software. Investigating some of their properties, we show that the detachment sandwiched between node i and node j is Gij, which is defined as the smallest path in RSSI localization of cooperative game theory technique in Mathematical software d1 and dj i. e we find the shortest path between all the pair of nodes in Mathematical software is termed as all pair shortest path using Floyd’s algorithm. [ABSTRACT FROM AUTHOR]