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ACCEDER A LA PUBLICACIÓN: Scopus Orcid Dialnet

Electrical and Electronic Engineering, Hardware and Architecture

SJR: 0.333

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OTRAS PUBLICACIONES DE INTERÉS

Providing Support To Iot Devices Deployed In Disconnected Rural Environment
Energy Consumption And Workload Prediction For Edge Nodes In The Computing Continuum
A Developer-Focused Genetic Algorithm For Iot Application Placement In The Computing Continuum
Energy Consumption And Workload Prediction For Edge Nodes In The Computing Continuum
A Developer-Focused Genetic Algorithm For Iot Application Placement In The Computing Continuum
Elto: Energy Efficiency-Load Balancing Trade-Off Solution To Handle With Conflicting Metrics In Hybrid Ip/sdn Scenarios
A Developer-Focused Genetic Algorithm For Iot Application Placement In The Computing Continuum
Elto: Energy Efficiency-Load Balancing Trade-Off Solution To Handle With Conflicting Metrics In Hybrid Ip/sdn Scenarios
Human Digital Twins: Enhancing Interactions With Digital Ecosystems
Elto: Energy Efficiency-Load Balancing Trade-Off Solution To Handle With Conflicting Metrics In Hybrid Ip/sdn Scenarios
Human Digital Twins: Enhancing Interactions With Digital Ecosystems
Enhancing Smartphone Battery Life: A Deep Learning Model Based On User-Specific Application And Network Behavior
Human Digital Twins: Enhancing Interactions With Digital Ecosystems
Enhancing Smartphone Battery Life: A Deep Learning Model Based On User-Specific Application And Network Behavior
Multi-Layered Continuous Reasoning For Cloud-Iot Application Management
Enhancing Smartphone Battery Life: A Deep Learning Model Based On User-Specific Application And Network Behavior
Multi-Layered Continuous Reasoning For Cloud-Iot Application Management
Evolutionary Computation For Latency Minimization In Sdn Microservice Architectures
Multi-Layered Continuous Reasoning For Cloud-Iot Application Management
Evolutionary Computation For Latency Minimization In Sdn Microservice Architectures
Enabling Reusable And Comparable Xapps In The Machine Learning-Driven Open Ran
Evolutionary Computation For Latency Minimization In Sdn Microservice Architectures
Enabling Reusable And Comparable Xapps In The Machine Learning-Driven Open Ran
Enabling Automated Service Orchestration In A Computing Continuum With User-Owned Devices
Enabling Reusable And Comparable Xapps In The Machine Learning-Driven Open Ran
Enabling Automated Service Orchestration In A Computing Continuum With User-Owned Devices
Xstart: Xapp Simulated Evaluation Environment For Developers
Enabling Automated Service Orchestration In A Computing Continuum With User-Owned Devices
Xstart: Xapp Simulated Evaluation Environment For Developers
Orchestrating Microservice-Based Sdn Controllers: The Msn Realistic Use Case
Xstart: Xapp Simulated Evaluation Environment For Developers
Orchestrating Microservice-Based Sdn Controllers: The Msn Realistic Use Case
Logistic Regression-Based Solution To Predict The Transport Assistant Placement In Sdn Networks
Orchestrating Microservice-Based Sdn Controllers: The Msn Realistic Use Case
Logistic Regression-Based Solution To Predict The Transport Assistant Placement In Sdn Networks
Efcc: A Flexible Emulation Framework To Evaluate Network, Computing And Application Deployments In The Cloud Continuum
Logistic Regression-Based Solution To Predict The Transport Assistant Placement In Sdn Networks
Efcc: A Flexible Emulation Framework To Evaluate Network, Computing And Application Deployments In The Cloud Continuum
Context-Aware Service Delegation For Opportunistic Pervasive Computing
Efcc: A Flexible Emulation Framework To Evaluate Network, Computing And Application Deployments In The Cloud Continuum
Context-Aware Service Delegation For Opportunistic Pervasive Computing
Multi-Objective Optimal Deployment Of Sdn-Fog Infrastructures And Iot Applications
Context-Aware Service Delegation For Opportunistic Pervasive Computing
Multi-Objective Optimal Deployment Of Sdn-Fog Infrastructures And Iot Applications
Minimizing Deployment Cost Of Hybrid Applications
Multi-Objective Optimal Deployment Of Sdn-Fog Infrastructures And Iot Applications
Minimizing Deployment Cost Of Hybrid Applications
Latency-Optimal Network Microservice Architecture Deployment In Sdn
Minimizing Deployment Cost Of Hybrid Applications
Latency-Optimal Network Microservice Architecture Deployment In Sdn
Dantalion: Digital Twinning The Computing Continuum
Latency-Optimal Network Microservice Architecture Deployment In Sdn
Dantalion: Digital Twinning The Computing Continuum
Energy-Efficient Qos-Aware Application And Network Configuration For Next-Gen Iot
Dantalion: Digital Twinning The Computing Continuum
Energy-Efficient Qos-Aware Application And Network Configuration For Next-Gen Iot
Identification And Visualization Of A Patient’s Medical Record Via Mobile Devices Without An Internet Connection
Energy-Efficient Qos-Aware Application And Network Configuration For Next-Gen Iot
Identification And Visualization Of A Patient’s Medical Record Via Mobile Devices Without An Internet Connection
Joint Optimization Of Response Time And Deployment Cost In Next-Gen Iot Applications
Identification And Visualization Of A Patient’s Medical Record Via Mobile Devices Without An Internet Connection
Joint Optimization Of Response Time And Deployment Cost In Next-Gen Iot Applications
Continuous Qos-Aware Adaptation Of Cloud-Iot Application Placements
Joint Optimization Of Response Time And Deployment Cost In Next-Gen Iot Applications
Continuous Qos-Aware Adaptation Of Cloud-Iot Application Placements
Joint Energy Efficiency And Load Balancing Optimization In Hybrid Ip/sdn Networks
Continuous Qos-Aware Adaptation Of Cloud-Iot Application Placements
Joint Energy Efficiency And Load Balancing Optimization In Hybrid Ip/sdn Networks
Context-Aware Privacy-Preserving Access Control For Mobile Computing
Joint Energy Efficiency And Load Balancing Optimization In Hybrid Ip/sdn Networks
Context-Aware Privacy-Preserving Access Control For Mobile Computing
Qos-Aware Fog Node Placement For Intensive Iot Applications In Sdn-Fog Scenarios
Context-Aware Privacy-Preserving Access Control For Mobile Computing
Qos-Aware Fog Node Placement For Intensive Iot Applications In Sdn-Fog Scenarios
Deploying Next Generation Iot Applications Through Sdn-Enabled Fog Infrastructures
Qos-Aware Fog Node Placement For Intensive Iot Applications In Sdn-Fog Scenarios
Deploying Next Generation Iot Applications Through Sdn-Enabled Fog Infrastructures
Improving The Energy Efficiency Of Software-Defined Networks Through The Prediction Of Network Configurations
Deploying Next Generation Iot Applications Through Sdn-Enabled Fog Infrastructures
Improving The Energy Efficiency Of Software-Defined Networks Through The Prediction Of Network Configurations
Quality Of Service-Adaptive Industrial Internet Of Things Leveraging Edge Computing And Deep Reinforcement Learning The Deep Qos-Adaptive Learning Environment (Deqale) Architecture
Improving The Energy Efficiency Of Software-Defined Networks Through The Prediction Of Network Configurations
Quality Of Service-Adaptive Industrial Internet Of Things Leveraging Edge Computing And Deep Reinforcement Learning The Deep Qos-Adaptive Learning Environment (Deqale) Architecture
Fog Node Placement In Iot Scenarios With Stringent Qos Requirements: Experimental Evaluation
Quality Of Service-Adaptive Industrial Internet Of Things Leveraging Edge Computing And Deep Reinforcement Learning The Deep Qos-Adaptive Learning Environment (Deqale) Architecture
Fog Node Placement In Iot Scenarios With Stringent Qos Requirements: Experimental Evaluation
Optimal Deployment Of Fog Nodes, Microservices And Sdn Controllers In Time-Sensitive Iot Scenarios
Fog Node Placement In Iot Scenarios With Stringent Qos Requirements: Experimental Evaluation
Optimal Deployment Of Fog Nodes, Microservices And Sdn Controllers In Time-Sensitive Iot Scenarios
Oppnets And Rural Areas: An Opportunistic Solution For Remote Communications
Optimal Deployment Of Fog Nodes, Microservices And Sdn Controllers In Time-Sensitive Iot Scenarios
Oppnets And Rural Areas: An Opportunistic Solution For Remote Communications
Optimizing The Response Time In Sdn-Fog Environments For Time-Strict Iot Applications
Oppnets And Rural Areas: An Opportunistic Solution For Remote Communications
Optimizing The Response Time In Sdn-Fog Environments For Time-Strict Iot Applications
Privacy-Aware And Context-Sensitive Access Control For Opportunistic Data Sharing
Optimizing The Response Time In Sdn-Fog Environments For Time-Strict Iot Applications
Privacy-Aware And Context-Sensitive Access Control For Opportunistic Data Sharing
Predicting Response Time In Sdn-Fog Environments For Iiot Applications
Privacy-Aware And Context-Sensitive Access Control For Opportunistic Data Sharing
Predicting Response Time In Sdn-Fog Environments For Iiot Applications
Early Detection Of Link Failures Through The Modeling Of The Hardware Deterioration Process
Predicting Response Time In Sdn-Fog Environments For Iiot Applications
Early Detection Of Link Failures Through The Modeling Of The Hardware Deterioration Process
On The Tradeoff Between Load Balancing And Energy-Efficiency In Hybrid Ip/sdn Networks
Early Detection Of Link Failures Through The Modeling Of The Hardware Deterioration Process
On The Tradeoff Between Load Balancing And Energy-Efficiency In Hybrid Ip/sdn Networks
Optimizing Response Time In Sdn-Edge Environments For Time-Strict Iot Applications
On The Tradeoff Between Load Balancing And Energy-Efficiency In Hybrid Ip/sdn Networks
Optimizing Response Time In Sdn-Edge Environments For Time-Strict Iot Applications
Personal Data Gentrification
Optimizing Response Time In Sdn-Edge Environments For Time-Strict Iot Applications
Personal Data Gentrification
Meeting Stringent Qos Requirements In Iiot-Based Scenarios
Personal Data Gentrification
Meeting Stringent Qos Requirements In Iiot-Based Scenarios
A Privacy-Aware Architecture To Share Device-To-Device Contextual Information
Meeting Stringent Qos Requirements In Iiot-Based Scenarios
A Privacy-Aware Architecture To Share Device-To-Device Contextual Information
Multi-Objective Genetic Algorithm For The Joint Optimization Of Energy Efficiency And Rule Reduction In Software-Defined Networks
A Privacy-Aware Architecture To Share Device-To-Device Contextual Information
Multi-Objective Genetic Algorithm For The Joint Optimization Of Energy Efficiency And Rule Reduction In Software-Defined Networks
The Service Node Placement Problem In Software-Defined Fog Networks
Multi-Objective Genetic Algorithm For The Joint Optimization Of Energy Efficiency And Rule Reduction In Software-Defined Networks
The Service Node Placement Problem In Software-Defined Fog Networks
A Machine Learning-Based Framework To Estimate The Lifetime Of Network Line Cards
The Service Node Placement Problem In Software-Defined Fog Networks
A Machine Learning-Based Framework To Estimate The Lifetime Of Network Line Cards
A Microservice Architecture For Access Control Based On Long-Distance Facial Recognition
A Machine Learning-Based Framework To Estimate The Lifetime Of Network Line Cards
A Microservice Architecture For Access Control Based On Long-Distance Facial Recognition
Providing Support To Iot Devices Deployed In Disconnected Rural Environment
A Microservice Architecture For Access Control Based On Long-Distance Facial Recognition
Providing Support To Iot Devices Deployed In Disconnected Rural Environment
Energy Consumption And Workload Prediction For Edge Nodes In The Computing Continuum
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