Bio-Inspired Optimization in Fog and Edge Computing Environments
portes grátis
Bio-Inspired Optimization in Fog and Edge Computing Environments
Principles, Algorithms, and Systems
Rawat, Pradeep; Zia, Kashif; Gupta, Punit; Kumar Saini, Dinesh
Taylor & Francis Ltd
10/2024
252
Mole
9781032345895
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
1. Introduction to Optimization in Fog Computing. 2. Open Issues and Challenges in Fog and Edge. 3. Future Challenges of Fog and Edge Computing Applications. 4. Geographic Information Systems-Based Modeling of Healthcare Data and its Optimization using Various Approaches. 5. Application of Optimization Techniques in Cloud Resource Management. 6. Use of Fog Computing in Healthcare. 7. Fog Computing for Agriculture Application and its Issues. 8. Fog Computing and Vehicular Networks for Smart Traffic Control: Fog Computing-Based Cognitive Analytics Model for Smart Traffic Control. 9. Virtualization Concepts and Industry Standards in Cloud Computing. 10. Optimized Cloud Storage Data Analysis using the Machine Learning Model. 11. Resource Management in Fog Computing Environment using Optimal Fog Network Topology. 12. Applications of Fog in Healthcare Services. 13. Roles and Future of Internet of Things-Based Smart Healthcare Models.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Internet of Things;IoT;systems complexity;healthcare informatics;distributed computing;resource management;Fog Computing;IoT Device;Edge Computing;Cloud Computing;Fog Devices;IoT System;Power Consumption;IoT Network;Execution Time;Fog Network;Cloud Data Centres;Fog Layer;Parallel PSO;Service Oriented Computing Paradigm;IoT Application;Smart Health Care;Cloud Service Providers;IoT Technology;Ml Model;Fog;Edge Devices;Cloud Environment;Cloud Resource Management;SDSS;Cloud Node
1. Introduction to Optimization in Fog Computing. 2. Open Issues and Challenges in Fog and Edge. 3. Future Challenges of Fog and Edge Computing Applications. 4. Geographic Information Systems-Based Modeling of Healthcare Data and its Optimization using Various Approaches. 5. Application of Optimization Techniques in Cloud Resource Management. 6. Use of Fog Computing in Healthcare. 7. Fog Computing for Agriculture Application and its Issues. 8. Fog Computing and Vehicular Networks for Smart Traffic Control: Fog Computing-Based Cognitive Analytics Model for Smart Traffic Control. 9. Virtualization Concepts and Industry Standards in Cloud Computing. 10. Optimized Cloud Storage Data Analysis using the Machine Learning Model. 11. Resource Management in Fog Computing Environment using Optimal Fog Network Topology. 12. Applications of Fog in Healthcare Services. 13. Roles and Future of Internet of Things-Based Smart Healthcare Models.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Internet of Things;IoT;systems complexity;healthcare informatics;distributed computing;resource management;Fog Computing;IoT Device;Edge Computing;Cloud Computing;Fog Devices;IoT System;Power Consumption;IoT Network;Execution Time;Fog Network;Cloud Data Centres;Fog Layer;Parallel PSO;Service Oriented Computing Paradigm;IoT Application;Smart Health Care;Cloud Service Providers;IoT Technology;Ml Model;Fog;Edge Devices;Cloud Environment;Cloud Resource Management;SDSS;Cloud Node
