Distributed Computer and Communication Networks
portes grátis
Distributed Computer and Communication Networks
27th International Conference, DCCN 2024, Moscow, Russia, September 23-27, 2024, Revised Selected Papers
Samouylov, Konstantin E.; Vishnevskiy, Vladimir M.; Kozyrev, Dmitry V.
Springer International Publishing AG
05/2025
171
Mole
Inglês
9783031892103
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.- Computer and Communication Networks.
.- Software Implementation of the Guaranteed Data Transfer Method Based on Recurrent Sequences.
.- Development of a Refined Method for Assessing the Dependability of Industrial Internet of Things Systems.
.- Remote Discrimination of Applications' Types in 6G Terahertz Systems with Directional Antennas.
.- An Internet of Thing based Obstacle Avoidance Robotic Vehicle Using Ultrasonic Sensor and Arduino.
.- Clustering Algorithm for Ultra Reliable and Low Latency Communications Based on Population Density.
.- Analytical Modeling of Distributed Systems.
.- On Optimal Exponential Splitting of Some Probability Density Functions.
.- A Practical Solution to the Problem of High Quality Detecting People and Vehicles From Video Frames.
.- Analysis of Functioning All-Optical Networks in Transient Mode Using Simulation Modeling.
.- Towards Modeling Network Node Behavior in Decentralized Mobile Network.
.- Distributed Systems Applications.
.- Development of Distributed Digital Twins of Complex Technical Objects Based on an Agent-Oriented Software Architecture.
.- Deep Learning Chest X-Rays of Pneumonia Binary Classification Based on Convolutional Neural Network for IoT networking.
.- An Intelligent Approach for Early Detection of Potato Diseases.
.- Software Implementation of the Guaranteed Data Transfer Method Based on Recurrent Sequences.
.- Development of a Refined Method for Assessing the Dependability of Industrial Internet of Things Systems.
.- Remote Discrimination of Applications' Types in 6G Terahertz Systems with Directional Antennas.
.- An Internet of Thing based Obstacle Avoidance Robotic Vehicle Using Ultrasonic Sensor and Arduino.
.- Clustering Algorithm for Ultra Reliable and Low Latency Communications Based on Population Density.
.- Analytical Modeling of Distributed Systems.
.- On Optimal Exponential Splitting of Some Probability Density Functions.
.- A Practical Solution to the Problem of High Quality Detecting People and Vehicles From Video Frames.
.- Analysis of Functioning All-Optical Networks in Transient Mode Using Simulation Modeling.
.- Towards Modeling Network Node Behavior in Decentralized Mobile Network.
.- Distributed Systems Applications.
.- Development of Distributed Digital Twins of Complex Technical Objects Based on an Agent-Oriented Software Architecture.
.- Deep Learning Chest X-Rays of Pneumonia Binary Classification Based on Convolutional Neural Network for IoT networking.
.- An Intelligent Approach for Early Detection of Potato Diseases.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Networks architecture;network protocols;distributed computer systems;distributed communication systems;simulation;stochastic processes;queueing and reliability theory;Internet and web applications and services;wireless networks;Internet of things;performance analysis;high-altitude communication platforms
.- Computer and Communication Networks.
.- Software Implementation of the Guaranteed Data Transfer Method Based on Recurrent Sequences.
.- Development of a Refined Method for Assessing the Dependability of Industrial Internet of Things Systems.
.- Remote Discrimination of Applications' Types in 6G Terahertz Systems with Directional Antennas.
.- An Internet of Thing based Obstacle Avoidance Robotic Vehicle Using Ultrasonic Sensor and Arduino.
.- Clustering Algorithm for Ultra Reliable and Low Latency Communications Based on Population Density.
.- Analytical Modeling of Distributed Systems.
.- On Optimal Exponential Splitting of Some Probability Density Functions.
.- A Practical Solution to the Problem of High Quality Detecting People and Vehicles From Video Frames.
.- Analysis of Functioning All-Optical Networks in Transient Mode Using Simulation Modeling.
.- Towards Modeling Network Node Behavior in Decentralized Mobile Network.
.- Distributed Systems Applications.
.- Development of Distributed Digital Twins of Complex Technical Objects Based on an Agent-Oriented Software Architecture.
.- Deep Learning Chest X-Rays of Pneumonia Binary Classification Based on Convolutional Neural Network for IoT networking.
.- An Intelligent Approach for Early Detection of Potato Diseases.
.- Software Implementation of the Guaranteed Data Transfer Method Based on Recurrent Sequences.
.- Development of a Refined Method for Assessing the Dependability of Industrial Internet of Things Systems.
.- Remote Discrimination of Applications' Types in 6G Terahertz Systems with Directional Antennas.
.- An Internet of Thing based Obstacle Avoidance Robotic Vehicle Using Ultrasonic Sensor and Arduino.
.- Clustering Algorithm for Ultra Reliable and Low Latency Communications Based on Population Density.
.- Analytical Modeling of Distributed Systems.
.- On Optimal Exponential Splitting of Some Probability Density Functions.
.- A Practical Solution to the Problem of High Quality Detecting People and Vehicles From Video Frames.
.- Analysis of Functioning All-Optical Networks in Transient Mode Using Simulation Modeling.
.- Towards Modeling Network Node Behavior in Decentralized Mobile Network.
.- Distributed Systems Applications.
.- Development of Distributed Digital Twins of Complex Technical Objects Based on an Agent-Oriented Software Architecture.
.- Deep Learning Chest X-Rays of Pneumonia Binary Classification Based on Convolutional Neural Network for IoT networking.
.- An Intelligent Approach for Early Detection of Potato Diseases.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Networks architecture;network protocols;distributed computer systems;distributed communication systems;simulation;stochastic processes;queueing and reliability theory;Internet and web applications and services;wireless networks;Internet of things;performance analysis;high-altitude communication platforms
