PUBLICACIÓN

Management and Optimization of xApp and Near-Real-Time RIC Deployment in the Edge

Logo Open Access

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Herrera J.L.; Montebugnoli S.; Bellavista P.; Foschini L.

2026 IEEE Networking Letters

CITAS

0

DOI

10.1109/lnet.2026.3664166

EID

2-s2.0-105030178202

EISSN

2576-3156

AUTORES DE LA UEX

Juan Luis Herrera González

OTRAS PUBLICACIONES DE INTERÉS

Providing Support To Iot Devices Deployed In Disconnected Rural Environment
Medical Support Platform For Melanoma Analysis And Detection Based On Federated Learning
Avoiding Sdn Application Conflicts With Digital Twins: Design, Models And Proof Of Concept
Medical Support Platform For Melanoma Analysis And Detection Based On Federated Learning
Avoiding Sdn Application Conflicts With Digital Twins: Design, Models And Proof Of Concept
Predictively Controlling The Computing Continuum With Distributed Energy-Aware Orchestration
Avoiding Sdn Application Conflicts With Digital Twins: Design, Models And Proof Of Concept
Predictively Controlling The Computing Continuum With Distributed Energy-Aware Orchestration
Pods: Context-Aware Service Delegation And Adaptation In The Collaborative Edge Cloud
Predictively Controlling The Computing Continuum With Distributed Energy-Aware Orchestration
Pods: Context-Aware Service Delegation And Adaptation In The Collaborative Edge Cloud
Sustainable, Qos, And Cost-Aware Placement Of Microservices On The Continuum: A Use Case On The Internet Of Medical Things
Pods: Context-Aware Service Delegation And Adaptation In The Collaborative Edge Cloud
Sustainable, Qos, And Cost-Aware Placement Of Microservices On The Continuum: A Use Case On The Internet Of Medical Things
Active Inference For Sustainable Computing Continuum Systems
Sustainable, Qos, And Cost-Aware Placement Of Microservices On The Continuum: A Use Case On The Internet Of Medical Things
Active Inference For Sustainable Computing Continuum Systems
Management And Optimization Of Xapp And Near-Real-Time Ric Deployment In The Edge
Active Inference For Sustainable Computing Continuum Systems
Management And Optimization Of Xapp And Near-Real-Time Ric Deployment In The Edge
Isac-Assisted Drl For Dynamic Mac Scheduler Reconfiguration In O-Ran
Management And Optimization Of Xapp And Near-Real-Time Ric Deployment In The Edge
Isac-Assisted Drl For Dynamic Mac Scheduler Reconfiguration In O-Ran
A Developer-Focused Genetic Algorithm For Iot Application Placement In The Computing Continuum
Isac-Assisted Drl For Dynamic Mac Scheduler Reconfiguration In O-Ran
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
Mumiplop: Optimal Multi-Core Iot Service Placement In Fog Environments
Human Digital Twins: Enhancing Interactions With Digital Ecosystems
Mumiplop: Optimal Multi-Core Iot Service Placement In Fog Environments
Energy Consumption And Workload Prediction For Edge Nodes In The Computing Continuum
Mumiplop: Optimal Multi-Core Iot Service Placement In Fog Environments
Energy Consumption And Workload Prediction For Edge Nodes In The Computing Continuum
On Optimizing Energy Efficiency In Sdn Networks Through Ml-Driven Configuration
Energy Consumption And Workload Prediction For Edge Nodes In The Computing Continuum
On Optimizing Energy Efficiency In Sdn Networks Through Ml-Driven Configuration
Joint Sdn Controller And Microservice Placement For Scalable Deployments In Computing Continuum Networks
On Optimizing Energy Efficiency In Sdn Networks Through Ml-Driven Configuration
Joint Sdn Controller And Microservice Placement For Scalable Deployments In Computing Continuum Networks
Drl-Based Dynamic Mac Scheduler Reconfiguration In O-Ran
Joint Sdn Controller And Microservice Placement For Scalable Deployments In Computing Continuum Networks
Drl-Based Dynamic Mac Scheduler Reconfiguration In O-Ran
A Software Architecture For Seamless Simulated To Real Testbed Transition For O-Ran Ai
Drl-Based Dynamic Mac Scheduler Reconfiguration In O-Ran
A Software Architecture For Seamless Simulated To Real Testbed Transition For O-Ran Ai
A Multidimensional Elasticity Framework For Adaptive Data Analytics Management In The Computing Continuum
A Software Architecture For Seamless Simulated To Real Testbed Transition For O-Ran Ai
A Multidimensional Elasticity Framework For Adaptive Data Analytics Management In The Computing Continuum
Automating Docker Image Deployment Across Network-Segmented Environments
A Multidimensional Elasticity Framework For Adaptive Data Analytics Management In The Computing Continuum
Automating Docker Image Deployment Across Network-Segmented Environments
Multi-Layered Continuous Reasoning For Cloud-Iot Application Management
Automating Docker Image Deployment Across Network-Segmented Environments
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
Enhancing Smartphone Battery Life: A Deep Learning Model Based On User-Specific Application And Network Behavior
Xstart: Xapp Simulated Evaluation Environment For Developers
Enhancing Smartphone Battery Life: A Deep Learning Model Based On User-Specific Application And Network Behavior
Orchestrating Microservice-Based Sdn Controllers: The Msn Realistic Use Case
Enhancing Smartphone Battery Life: A Deep Learning Model Based On User-Specific Application And Network Behavior
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
Medical Support Platform For Melanoma Analysis And Detection Based On Federated Learning
WEB ACCESIBLE