The proceedings contain 34 papers. The special focus in this conference is on Agents and Multi-Agent Systems: technologies and applications. The topics include: Fair Path Generation for Formation Control Combinin...
ISBN:
(纸本)9789819764686
The proceedings contain 34 papers. The special focus in this conference is on Agents and Multi-Agent Systems: technologies and applications. The topics include: Fair Path Generation for Formation Control Combining Ant Colony and Particle Swarm Optimizations;preference Definition in a Multi-agent System Approach for User-Centric Internet of Things Smart Environments;AI-Driven Nitrogen Stress Management in Cereal Crops via Drone Technology;agent-Based simulation for Withdrawal of Energy-Inefficient Housing;resource Limitations of Business Process simulations: Literature Study;data Augmentation for Business Process Alignment: Proof of Concept and Experimental Design;smart Scheduling in Urban Traffic: A Multi-Agent System for Dynamic Vanpooling;analysis of the Impact on Area Prices Using Propensity Score Matching, Considering the Proportions of Photovoltaic and Thermal Power Generation Simultaneously;consideration of Building a Simulator to Evaluate Methods to Maximize the Effectiveness of Advertising to Households;Human-AI-Collaboration SECI Model: The Knowledge Management Model of the Experts’ Tacit Knowledges with Augmented LLM-Based AI;modeling Agent Awareness After Hierarchical Managerial Training;development of An Application for Extracting Needs Related to Actual Gas Use Using Text Mining;Impact of Intelligent Systems in the Home Office on Employee Satisfaction—Lessons Learned from the COVID-19 Pandemic;agile methodologies in Software Development: A Study of Effective Management Strategies for Companies in the Digital Era;predictive Analysis of Cyclical Sales Data;EMG Signal Classification Using Machine Learning for Augmentative Assistance in Cerebral Palsy;wellnessWave—Platform for the Digitization of the Romanian Public Medical System;TRIAGE Predictive Model Based on Artificial Neural Networks and Deep Learning;platform for Automated Assessment of Obstetric Ultrasounds, Using Machine Learning;identification of Fonts in Unstructured Environments Through Deep Lea
In this research, we focus on various issues related to BPS and its possible impact on integration of time-driven activity-based costing (TDABC). The primary focus is on issues related to modeling and simulation of hu...
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In modern digital world, the amount of information is increasing dramatically. All this information requires immediate processing which can be done by automated systems. To accelerate processing in automated systems, ...
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ISBN:
(纸本)9783031734199;9783031734205
In modern digital world, the amount of information is increasing dramatically. All this information requires immediate processing which can be done by automated systems. To accelerate processing in automated systems, new models, methods and efficient algorithms for their implementation are needed. The article considers the problem of distributing incoming messages to handlers in an automated system of an organization. The classical assignment problem and known methods of its solution are the mathematical basis for solving the problem. A generalization of the assignment problem with invalid combinations of assignments is considered as a model. A solution algorithm is developed and a software product for solving the described problem in the Python language is implemented. Moreover, numerical experiments are carried out to verify the quality of the developed algorithm and check its feasibility. The applied problem posed in this paper is relevant as in terms of its practical application and as the study of the mathematical model of the assignment problem and methods of its solution. The developed algorithm allows us to calculate the system load and regulate the number of handlers in operation. The obtained results can serve as input parameters for the simulation model of the incoming message processing system which will allow experimenting with the load of such a system.
In this study, the reasearch is focused on the simulation of vehicular communication networks, especially intelligent traffic systems, to enhance dependability, safety, and optimality in communication. The simulation ...
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This paper presents the design of Dual-band compact microstrip patch antenna. The antenna was made of a material like FR-4 as a substrate and copper for the patch and ground. The design has a resonating frequency of 2...
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An investigation of the design, evaluation, and testing of a high-voltage-generating multilevel inverter system based on the TI F28379D microcontroller is detailed in this work. To evaluate the proposed system's p...
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Problems of control of unmanned aerial vehicles (UAVs) are investigated. The problem of developing an automatic controller to maintain the spatial position of UAVs is addressed. The spatial position here is altitude, ...
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ISBN:
(纸本)9783031734168;9783031734175
Problems of control of unmanned aerial vehicles (UAVs) are investigated. The problem of developing an automatic controller to maintain the spatial position of UAVs is addressed. The spatial position here is altitude, yaw, roll and pitch angles. It is assumed that the initial information comes from the MPU6000 type sensors. An approach to solving the problem of signal denoising and tuning is proposed. Sensors of this type output loads (accelerometers) and angular velocities. To calculate the current angle, it is necessary to integrate the angular velocities. In doing so, it becomes necessary to solve two problems. First, angular velocities are measured in the local coordinate system, while the spatial position of the UAV is calculated relative to the global coordinate system. Second, when integrating angular velocities, the effect of error accumulation occurs. The possibilities of refining gyroscope readings based on accelerometer readings are investigated. A simulation program is developed on the basis of a mathematical model of quadcopter motion. The source of forces and torques acting on the system is the Earth's gravity, the thrust force and torques generated by the motors, and the drag force. Numerical methods are used to solve the system of equations. A PD controller is proposed to maintain the spatial position of the quadcopter. The coefficients are found experimentally. The proposed approach is verified in a computer simulation program.
In this research work, a novel approach in the design and modeling of metamaterial-based microwave devices for improved bandwidth and efficiency for the next generation wireless technology;5G and all subsequent genera...
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For development and application of the System Identification in Dynamic Design Solution and Health Monitoring of Civil Engineering Structures, based on author's awarded project (MF-046), related facility has been ...
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ISBN:
(纸本)9783031734168;9783031734175
For development and application of the System Identification in Dynamic Design Solution and Health Monitoring of Civil Engineering Structures, based on author's awarded project (MF-046), related facility has been established at the Department of Civil Engineering, Ondokuz Mayis University, Turkey in 2002-2003 years. And it was the first in this field. FE model updating was performed through an optimization procedure that starts from a sensitivity analysis to find the most influential model parameters on the modal properties of the system. The updated model was used as a benchmark to define the properties of a model, with which an assessment of the vulnerability of the structure. The presented research offers an overview of monitoring systems, alongside highlighting major findings concerning the dynamic response properties of monitored structures, with a particular focus on: -finite element calibration of reinforce concrete and steel structures;steel structures with cable elements;steel structures retrofitted with CFRP;possibility using micro tremor data on ground level for ambient excitation in shaking tables;aliasing (bound checking) problems for extracting modal and physical parameters;and others like this.
Over the past ten years, metamaterials research has attracted a lot of attention. Metamaterials are materials that have been created artificially and exhibit characteristics that cannot be seen in materials that natur...
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