de
en
Schliessen
Detailsuche
Bibliotheken
Projekt
Impressum
Datenschutz
zum Inhalt
Detailsuche
Schnellsuche:
OK
Ergebnisliste
Titel
Titel
Inhalt
Inhalt
Seite
Seite
Im Dokument suchen
Fang, Hongjie: Execution environment for integrated real-time systems based on software-defined networking. 2019
Inhalt
Acknowledgements
Abstract
Kurzfassung
Contents
List of Figures
List of Tables
Introduction
Problem Statement
Contributions
Document Structure
Basic Concepts and Terms
Dependability
Attributes
Availability
Reliability
Safety
Confidentiality
Integrity
Maintainability
Impairments
Fault Classes
Hardware Faults
Software Faults
Interaction Faults
Means of Dependability
Fault Prevention
Fault Tolerance
Fault Removal
Fault Forecasting
System Architecture
Federated Architecture
Integrated Architecture
Mixed-Criticality Architecture
Execution Environment
Real-Time Systems
Hard Real-Time System
Soft Real-Time System
Fault Hypothesis
Fault-Containment Regions
Failure Mode Assumptions
Failure Rate Assumptions
Recovery Interval of an FCR
Maximum Number of Failures
Partitioning
Temporal Partitioning
Spatial Partitioning
Fault and Error Containment
Fault Containment
Error Containment
Within computing node
Communication Mechanisms
Shared-memory based Communication
Message-based Communication
System Reconfiguration
Related Work
Real-Time Operating System
RTOS Capability
Memory Management
Scheduling
Related Work on RTOS
PikeOS
Linux RTAI/LXRT
ARINC 653
System Architecture
Partitioning
Communication Mechanism
Inter-partition Communication
Intra-partition Communication
System Reconfiguration
Research Gap
AUTOSAR
System Architecture
Communication Mechanisms
Client/Server Paradigm
Sender/Receiver Paradigm
System Timing
System Reconfiguration
Research Gap
Virtual Networking
History of Network Virtualization
Network Virtualization Deployment
Data Center and Cloud Computing
Network Function Virtualization
Network Virtualization in an Integrated Architecture
Virtualized Network Management
SNMP
NETCONF
Comparison between NETCONF and SNMP
Research Gap
Software-Defined Networking
SDN Architecture
Infrastructure Layer
Control Layer
Application Layer
Research Gap
SDN-based Execution Environment for Integrated Architecture
Requirements
Technical Requirements
Systematic Adaptation
Temporal and Spatial Partitioning
Timing Determinism
Non-technical Requirements
Safety
Security
Functional Distribution Framework Concept
Logical Structure
Conceptual Building Blocks
Variable and Message
Function and Process
Partition
Shared Memory
Execution Environment Services
Basic architectural services
Software Components
Behavioural View
Proof-of-concept Implementation
Design Instantiation Based on PikeOS
Framework Manager
Configuration Manager
Function Manager
Variable Manager
Message Manager
Network Manager
Experimental Results
Use Case
Results
Conclusion
Virtual Data Comm. for Integrated Real-Time Systems based on SDN
Virtual Switch Supporting TSP and Dynamic Configuration
System requirements
Temporal and Spatial Partitioning
System Reconfiguration
System Architecture
General Architecture
Communication Architecture
Resource Partition and Time Partition
Proof-of-Concept Implementation
System Setup
Implementation
Relevant data structures
Scheduling
System reconfiguration
Experimental Results
Sending and Configuration Overhead
Receiving Overhead
Relaying Overhead
Temporal Isolation
Conclusion
Virtual Gateway
Overall Description
Requirements of the Virtual Gateway
Role of the Virtual Gateway
Property Transformation
Encapsulation
Architecture of the Virtual Gateway
Proof-of-concept Implementation
Data Communication
Component Specification
Convertible element database
System Workflow
Use Case and Experimental Results
Use Case
Experimental Results
Conclusion
Virtual Switch supporting IEEE 802.1 Qci and Qbv
System Requirements
Timing Determinism
Spatial Isolation
General Design
System Model
Architectural Model
Application Model
Schedule Model for Multiple Virtual Switches
Dispatching Algorithm
Virtual Switch Workflow
Proof-of-Concept Implementation
Implementation Platform
Realisation of Virtual Switch
Related Data Structures
Temporal and Spatial Partitioning
Realisation of Application
Experimental Results
Conclusion
Conclusion
Bibliography