Online privacy for people is getting worse every day. Computer malware is tainting the data records of some well-known companies. Hackers can gain access to a network and change data, once inside. this work discusses ...
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Online privacy for people is getting worse every day. Computer malware is tainting the data records of some well-known companies. Hackers can gain access to a network and change data, once inside. this work discusses several types of malware and communication strategies, such as Trojans, keyloggers, port forwarding, source code obfuscation, application format converters, and social engineering techniques. three different machinelearning algorithms are applied in this work to derive meaningful insights from the data. As a result of the work proposed, given malware can be categorized as a malicious or a non-malicious application. this is executed by analyzing the classification report, accuracy and f1 score metrics. the Random Forest is selected as a champion model based on the highest f'1-score for the validation dataset.
Cardiovascular disease (CVD) is a formidable public health challenge across the globe and is the most prevalent cause of mortality. Early detection and accurate prediction of CVD can help prevent disease progression a...
Cardiovascular disease (CVD) is a formidable public health challenge across the globe and is the most prevalent cause of mortality. Early detection and accurate prediction of CVD can help prevent disease progression and reduce the risk of complications. machinelearning (ML) techniques show promising results in improving the accuracy and efficiency of CVD prediction to precision. However, the effectiveness of machinelearning algorithms in CVD prediction largely depends on the selection of relevant features from complex datasets. the performance and interpretability of ML models are improved by feature selection strategies, which attempt to identify significant attributes while eliminating duplicate or irrelevant features. the feature selection and ML algorithms for CVD are thoroughly reviewed in this publication. the review provides insight into the selection of appropriate feature selection techniques and machinelearning algorithms for accurate CVD prediction and evaluates the effectiveness and performance of these methods on cardiovascular datasets. Insights from the findings of this study can be used for interpreting the selection of optimal feature selection methods and ML algorithms for the precise prediction of cardiovascular disease, thereby improving patient outcomes and reducing healthcare costs.
A decision-making process backed by the integration and evaluation of an organization's data resources is referred to as business intelligence. Since information has been recognized as a business's most valuab...
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Unsupervised Domain Adaptation (UDA) intends to achieve excellent results by transferring knowledge from labeled source domains to unlabeled target domains in which the data or label distribution changes. Previous UDA...
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the news is the most crucial resource for the general population to learn about what is occurring across the world. Even if newspapers remain a reliable source of news, social media is currently the next frontier in n...
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the proposed ensemble learning framework integrates diverse machinelearning algorithms. Each base model is trained on a diverse set of features derived from comprehensive patient data. To evaluate the ensemble model&...
the proposed ensemble learning framework integrates diverse machinelearning algorithms. Each base model is trained on a diverse set of features derived from comprehensive patient data. To evaluate the ensemble model's performance, a large-scale dataset comprising anonymized electronic health records from a diverse patient population is employed. the dataset includes longitudinal data, allowing for the incorporation of temporal information. Preliminary results demonstrate that the ensemble learning approach outperforms individual models in terms of predictive accuracy and stability. Moreover, the model exhibits robustness across different subpopulations, indicating its potential for generalizability and applicability in diverse healthcare settings. the accuracy metrics is being utilized as a foundation for assessing the effectiveness of all classifications. With an accuracy of 93.01% the stacking classifier has proven to be the finest model.
this research study intends to bring convenience to any user to find the appropriate medicine that suits them. the application finds the brand and name of medicine that has the least side-effects and lack harmful chem...
this research study intends to bring convenience to any user to find the appropriate medicine that suits them. the application finds the brand and name of medicine that has the least side-effects and lack harmful chemicals. the primary objective of this research study is to design a prototype for a computer software that would make it simpler and more straightforward for users to evaluate the potential utility of a new pharmaceutical product in an unbiased manner.
In the world, breast cancer is regarded as one of the main factors that cause death for females between the ages of 20 and 59. Early detection and treatment can enable patients to receive appropriate care, hence lower...
In the world, breast cancer is regarded as one of the main factors that cause death for females between the ages of 20 and 59. Early detection and treatment can enable patients to receive appropriate care, hence lowering the rate of breast cancer morbidity. In line with research, most experienced doctors can correctly identify cancer with79% accuracy, whereas deep learning algorithms can do so with 91% accuracy. this research study analyzes the most recent deep learning-based breast cancer models detection and classification and present them through a comparative study. Additionally, to make it easier for any future experiments and comparisons, the datasets that are used and available to usage are listed in this research work. Models based on decision trees, random forests, logistic regression, and support vector machines are the most up-to-date, most accurate models used in machinelearning techniques
this study presents a novel approach to automate the process of job eligibility verification. the suggested system examines the candidate’s qualifications and the job criteria using machinelearning and natural langu...
this study presents a novel approach to automate the process of job eligibility verification. the suggested system examines the candidate’s qualifications and the job criteria using machinelearning and natural language processing methods. the algorithm generates an eligibility score by comparing a candidate’s qualifications to the job’s criteria. Both recruiters and job seekers will have a smooth experience because to the suggested system’s powerful, effective, and user-friendly architecture. the system also gives suggestion of skills and courses required for the eligibility job. the system’s effectiveness was evaluated through extensive experimentation on a large dataset of job requirements and candidate qualifications, and the results demonstrated its high accuracy and effectiveness. the proposed system has the potential to revolutionize the job application process, making it easier and more efficient for both recruiters and job applicants.
Due to the advancement of network threats at present, it is crucial to conduct research on identifying and preventing network anomalies. machinelearning (ML) is one strategy for Intrusion Detection System (IDS). Find...
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Due to the advancement of network threats at present, it is crucial to conduct research on identifying and preventing network anomalies. machinelearning (ML) is one strategy for Intrusion Detection System (IDS). Finding a reliable system to act as a networking shield is still difficult despite the fact that various IDS are suggested utilizing ML. this paper suggests a hybrid model combined withthe gradient boost methods XGBoost and Lightgbm to forecast the various attacks that are urging in the network. To obtain the higher precision, hyperparameters of the algorithms are tuned. the proposed system is trained using the UNSW-NB15 dataset, which contains attacks for Generic, Exploits, Denial of Service (DoS), Shellcode, Fuzzer, and Reconnaissance. the system has an average accuracy of 99.89%. Because of the recent dataset training, the proposed system is relevant to modern Intrusion Detection Systems used in current network systems.
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