To monitor and control the critical components of agricultural farming using the modernized IOT Technology, AGRI - AUTOMATA emphasizes efficiency by increasing the yield by majorly looking through humidity and tempera...
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Heart disease is one of the leading causes of death worldwide. Understanding the presence of heart disease is crucial for timely intervention and effective management. However, it is still a challenging task to accura...
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machinelearning models are being increasingly relied on for many natural language processing tasks. However, these models are vulnerable to adversarial attacks, i.e., inputs designed to target models into making a wr...
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With the continuous development of machinelearning, it has been widely used in the fields of image processing and computer vision. However, it needs to be transformed into images before feeding network traffic data i...
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Every software deals with issues such as bugs, defect tracking, task management, development issue to a customer query, etc., in its entire lifecycle. An issue-tracking system (ITS) tracks issues and manages software ...
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ISBN:
(纸本)9789897586477
Every software deals with issues such as bugs, defect tracking, task management, development issue to a customer query, etc., in its entire lifecycle. An issue-tracking system (ITS) tracks issues and manages software development tasks. However, it has been noted that the inferred issue types often mismatch with the issue title and description. Recent studies showed machinelearning (ML) based issue type prediction as a promising direction, mitigating manual issue type assignment problems. This work proposes an ensemble method for issue-type prediction using different ML classifiers. The effectiveness of the proposed model is evaluated over the 40302 manually validated issues of thirty-eight java projects from the SmartSHARK data repository, which has not been done earlier. The textual description of an issue is used as input to the classification model for predicting the type of issue. We employed the term frequency-inverse document frequency (TF-IDF) method to convert textual descriptions of issues into numerical features. We have compared the proposed approach with other widely used ensemble approaches and found that the proposed approach outperforms the other ensemble approaches with an accuracy of 81.41%. Further, we have compared the proposed approach with existing issue-type prediction models in the literature. The results show that the proposed approach performed better than existing models in the literature.
From humanity's existential risks to safety risks in critical systems to ethical risks, responsible AI, as the saviour, has become a major research challenge with significant real-world consequences. However, achi...
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ISBN:
(纸本)9781665457019
From humanity's existential risks to safety risks in critical systems to ethical risks, responsible AI, as the saviour, has become a major research challenge with significant real-world consequences. However, achieving responsible AI remains elusive despite the plethora of high-level ethical principles, risk frameworks and progress in algorithmic assurance. In the meantime, softwareengineering (SE) is being upended by AI, grappling with building system-level quality and alignment from inscrutable machinelearning models and code generated from natural language prompts. The upending poses new challenges and opportunities for engineering AI systems responsibly. This talk will share our experiences in helping the industry achieve responsible AI systems by inventing new SE approaches. It will dive into industry challenges (such as risk silos and principlealgorithm gaps) and research challenges (such as lack of requirements, emerging properties and inscrutable systems) and make the point that SE is the linchpin of responsible AI. But SE also requires some fundamental rethinking - shifting from building functions into AI systems to discovering and managing emerging functions from AI systems. Only by doing so can SE take on critical new roles, from understanding human intelligence to building a thriving human-AI symbiosis.
Tumor segmentation using radiological images, particularly in the brain region, is a challenging task due to the heterogeneous nature of the tissue representing the brain lesions. In computerized diagnostic systems, t...
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The proceedings contain 67 papers. The topics discussed include: FLUENT: factoid retrieval based chatbot using LSTM;secure mobile application for uniform resource locator (URL) phishing detection based on deep learnin...
ISBN:
(纸本)9798350306484
The proceedings contain 67 papers. The topics discussed include: FLUENT: factoid retrieval based chatbot using LSTM;secure mobile application for uniform resource locator (URL) phishing detection based on deep learning;CNN-based detection of SARS-CoV-2 variants using spike protein hydrophobicity;conserved sequence : progressive alignment and binary Boolean logic algorithm;Indonesia white sugar supply and demand forecast using machinelearning;a hybrid machinelearning enabled tourism recommender system providing a context-aware experience to tourists in Ireland;sentiment-score analysis of P2P lending industry on android applications in Indonesia;forecasting energy consumption in the Chimborazo Province, Ecuador, using random forest and XGBoost Algorithms;and towards optimal efficiencies in software defined network SDN-edge cloud: performance evaluation of load balancing algorithms.
software repository hosting services contain large amounts of open-source software, with GitHub hosting over 200 million repositories, from new to established ones. However, these repositories are not easy to find, ca...
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ISBN:
(纸本)9781665452786
software repository hosting services contain large amounts of open-source software, with GitHub hosting over 200 million repositories, from new to established ones. However, these repositories are not easy to find, calling for various attempts to classify their application domains automatically. However, most proposed approaches use artifacts, like README files, as a proxy for the project, losing the information in the source code and the interaction between files. Furthermore, they all focus on the project-level, ignoring the decomposition of software projects into components and modules. This work presents a weak labelling approach based on keyword extraction to annotate source files in a software project. Our findings suggest that using keywords to perform file-level annotations is an effective approach that can capture enough information from the source file so that new labels can be predicted. The long-term goal of our research is to classify source code files and use these annotations to identify semantic components in software projects. In addition, these annotations can be used for semantic reverse engineering, software reuse, and more. We plan to train machinelearning models that use our proposed weak supervision to better annotate source files inside software projects.
Studies about maintenance effort estimation of open-source software have investigated the impact of single instance selection on the performance machinelearning techniques. However, Ensemble of Instance Selection (EI...
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