the proceedings contain 35 papers. the special focus in this conference is on Computational Intelligence in Security for Information systems. the topics include: Deep Wavelet Extreme Learning Machine for Data Classifi...
ISBN:
(纸本)9783030200046
the proceedings contain 35 papers. the special focus in this conference is on Computational Intelligence in Security for Information systems. the topics include: Deep Wavelet Extreme Learning Machine for Data Classification;palm Vein Age and Gender Estimation Using Center Symmetric-Local Binary Pattern;neuro-Evolutionary Feature Selection to Detect Android Malware;improving Blockchain Security Validation and Transaction Processing through Heterogeneous Computing;anomaly Detection on Patients Undergoing General Anesthesia;an Internet Voting Proposal Towards Improving Usability and Coercion Resistance;linearization of Cryptographic Sequences;On-the-Fly Testing an Implementation of Arrow Lightweight PRNG Using a LabVIEW Framework;a Novel construction for Streaming Networks with Delays;comparison of System Call Representations for Intrusion Detection;hyot: Leveraging Hyperledger for Constructing an Event-Based Traceability System in IoT;data Mining for Statistical Evaluation of Summative and Competency-Based Assessments in Mathematics;looking for the Antidote for Contaminated Water: Learning through an Escape Game;enhancing Collaborative Learning through Pedagogical Alignment;rules_Math: Establishing Assessment Standards;evaluate Mathematical Competencies in Engineering Using Video-Lessons;statistical Methods – What Is the Problem Here?;enhancing the Learning of Cryptography through Concept Maps;analysis of Student Achievement Scores: A Machine Learning Approach;analysis of Teacher Training in Mathematics in Paraguay’s Elementary Education System Using Machine Learning Techniques;Efficient Verification of Security Protocols Time Properties Using SMT Solvers;cooperative Evaluation Using Moodle;automatic Categorization of Introductory Programming Students;using Scratch to Improve Undergraduate Students’ Skills on Artificial Intelligence;project-Based Methodology to Lecture on Web Frameworks Applied to the Management of Health-Related Data;mirkwood: An Online Parallel Craw
In this study, General Regression Neural Network(GRNN), Artificial Neural Network (ANN), Fully Connected Neural Network (FCNN), Support Vector Regression (SVR) and Linear Regression (LR) models have been implemented i...
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the present article is devoted to the problem of increase of the production planning process efficiency. there is considered the task of production plan development withthe help of intellectual analysis of the curren...
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An Ontology is an absolute formal conceptualization of some realm of significance. Nowadays Ontologies play a vibrant part in Information Architecture, Biomedical Informatics, Electronic commerce, Software Engineering...
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Engineered land filling is one of the most environmentally friendly methods to dispose municipal solid waste. Bottom liner and top capping are two basic elements of engineered landfill. Bottom liner is expected to pre...
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Flood events are the most frequent cause of damage to infrastructure compared to any other natural hazard, and global changes (climate, socio-economic, technological) are likely to increase this damage. Transportation...
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ISBN:
(纸本)9780429279119;9780367232788
Flood events are the most frequent cause of damage to infrastructure compared to any other natural hazard, and global changes (climate, socio-economic, technological) are likely to increase this damage. Transportation infrastructure systems are responsible for moving people, goods and services, and ensuring connection within and among urban areas;a failed link in this system can impact the community by reducing evacuation capability, recovery operations and the overall economy. Bridges are critical links in the system, since they are associated with less redundancy and a high construction cost. Riverine bridges are particularly prone to failure during flood events;in fact, the risks to bridges from high river flows and bank erosion have been recognized as crucial at global level. this study aims to establish rigorous practices of computational fluid dynamics (CFD) for modelling hydrodynamic forces on inundated bridges, and understanding the consequences of such impact on the surrounding network. Objectives of this study are to model hydrodynamic forces as demand on the bridge structure and to advance a reliability analysis of the structure under the modelled loading. Implications of the hydrodynamic impact on the performance and functionality of the surrounding transport network are discussed. this research will help to fill the gap between current guidance for design and assessment of bridges relevance within the overall transport system.
the sense of touch provides an intimate connection to our surroundings and is a critical component for navigating the environment and manipulating objects. To better capture and convey touch information to prosthetic ...
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the sense of touch provides an intimate connection to our surroundings and is a critical component for navigating the environment and manipulating objects. To better capture and convey touch information to prosthetic arm users or autonomous robots, it is useful to leverage biological representations of tactile signals for rapid and efficient processing. We developed a software pipeline that simulates and analyzes biomimetic tactile signals for developing better techniques and approaches for robotic systemsthat rely on the sense of touch. Touch sensor signals were simulated with a virtual hand model (MuJoCo HAPTIX) and were converted to a biological representation of tactile afferent spiking activity using existing neuron models (TouchSim). We simulated virtual hand object interaction, at three different movement speeds, and found that biomimetic tactile signals yield better results (91%) compared to using traditional force signals (61%) at classifying the different hand speeds. this software toolkit enables researchers to quickly generate, capture, and analyze biologically realistic tactile behavior for creating smarter and more effective robotic systems.
the Human-System Interaction (HSI) approach focuses on analysis, design, and evaluation of work systems for humans to interact with technical systems ergonomically designed for human use. An initial framework is devel...
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ISBN:
(纸本)9783030204976;9783030204969
the Human-System Interaction (HSI) approach focuses on analysis, design, and evaluation of work systems for humans to interact with technical systems ergonomically designed for human use. An initial framework is developed for human factors and ergonomics (HFE) design requirements with regard to occupational safety and health (OSH). the framework refers to concept, criteria and intended user populations in work systems design. Some future work systems in industry 4.0 and cyber-physical systems call for emphasising human information processing with interchange of information variable and dynamic in quantity, quality and time. Taking into account new solutions and challenges in digital manufacturing, selected requirements, explanations, examples and references should inform manufacturers and health and safety experts at the shop floor level about HFE and OSH. Information presented at an internet platform, should assist in how to integrate these factors into construction of machinery or other technical installations, in workplace, equipment and software design and for practical use in HSI.
the continuing trend of increasing functional diversity in control systems poses a great challenge for the development of human-machine interactions. Adaptive control systems or adaptive interface systems, short aIS, ...
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ISBN:
(纸本)9783030191351;9783030191344
the continuing trend of increasing functional diversity in control systems poses a great challenge for the development of human-machine interactions. Adaptive control systems or adaptive interface systems, short aIS, can be a solution to this challenge. the development of such an interface system comes out of a project called aISA which stands for adaptive interface systems in agricultural tractors. the example of application is the tractor which is used for a multitude of work scenarios with appropriate implements. this contribution contains the approach of the development of the adaptive armrest. the sections are the introduction, analysis, method, tool usage, results and conclusion. the most important sections in this contribution are the method and the tool usage. the goal of the paper is a good insight on how the aIS is developed and what the important tools are to achieve the results.
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