this research study proposes Drone-TOOD, the low-power consumption task-aligned object detection algorithm for vehicle detection that was designed from the images captured by UAVs. In the aim of bringing low-power, re...
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As the cyber threats areevolving, intrusions exploit vulnerabilities in software or systems and can occur 24/7, targeting individuals and *** Intrusion detection system (IDS) is designed to help in the detection of cy...
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Apple Fruit Disease Identification plays a pivotal role in ensuring optimal crop health and yield in agricultural settings. In this study, we propose a novel approach leveraging Enhanced Deep Learning Strategy (EDLS) ...
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this paper discusses the pivotal role of integrated circuits (ICs) in contemporary electronic devices and the component error issues they encounter. ICs facilitate the rapid advancement of electronic technology throug...
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this study focuses on optimizing the use of a coolant pump to clean the CNC machine holder while conserving electrical energy. Coolant pumps serve several functions, including cleaning, lubrication, and cooling. there...
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Due to the difficulty of performing repairs during flight, spacecraft is operated according to operational scenarios tested before launch. Operational models, a type of SysML activity diagram, can be used to depict th...
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ISBN:
(纸本)9789897586477
Due to the difficulty of performing repairs during flight, spacecraft is operated according to operational scenarios tested before launch. Operational models, a type of SysML activity diagram, can be used to depict these scenarios. Although it aids in communication between engineers and stakeholders, the activity diagram can rapidly grow rather large. Due to the extensive operational model, it is therefore challenging to review the activity diagram, which could result in serious issues. therefore, to make operational models easier to evaluate, they should be made concise. this study offers a metamodel that offers stereotypes that can succinctly characterize spacecraft operational scenarios. First, a mind map was used to depict the domain knowledge of spacecraft operations. Second, stereotype metamodel was created by extracting common knowledge from the mind map. Utilizing stereotypes, operational models' size can be decreased;however, crucial review-related data could be lost. therefore, shrinking stereotypes assures that crucial information would not be lost. Several trials were conducted and showed that the number of elements of operational models with stereotypes, as well as their size, reduced by almost half, compared withthe original ones, allowing for a simplified review process and boosting trust in the accuracy of the operational scenarios.
Aim: the mark of this review is to contemplate the introduction of the Faster Region based Novel Convolutional Mind Association (FCNN) and Simple Bayes Estimation (NBA) in multi not set in stone to redesign accuracy. ...
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the process of taking attendance in the traditional manner is one that is both laborious and time-consuming. Face recognition and identification technology was developed withthe primary objective of providing a times...
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A code defect detection method based on Bidirectional Encoder Representations from Transformers (BERT) and ensemble learning was proposed to solve the low accuracy and reliability of the existing neural networks in th...
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Designing Cyber-Physical Systems (CPS) is a complex task involving integrating physical and digital components to achieve specific objectives. this process consolidates data from various Internet of things (IoT) devic...
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ISBN:
(纸本)9798350344172
Designing Cyber-Physical Systems (CPS) is a complex task involving integrating physical and digital components to achieve specific objectives. this process consolidates data from various Internet of things (IoT) devices and sources to generate meaningful insights and actionable outcomes. IoT-cloud data communication comprises multiple stages, e.g., data collection, processing, analysis, and visualization. Adopting a comprehensive approach that considers physical and digital aspects is essential to ensure effective data communication in CPS. As a result, architectural design choices are crucial in determining CPS functionality and runtime qualities, e.g., performance, security, and reliability. While numerous CPS architectural patterns and practices have been proposed, much of the relevant knowledge remains scattered across various sources, such as practitioner blogs and system documentation. these sources are often based on personal experiences and lack consistency. To address this gap, our study presents the outcomes of an in-depth qualitative investigation into practitioners' descriptions of the best practices and patterns in CPS architecture. We have developed a formal architectural decision model using a model-based qualitative research method. We aim to bridge the division between scientific understanding and practical use cases, enhance comprehension of practitioners' approaches to CPS, and provide decision-making support for designing CPS applications.
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