Modelling, Configuration and Visualization
Describe networks and communication requirements with design variants
Optimize configuration for TSN, AFDX, CAN, LIN, FlexRay and ARINC: priorities, offsets, shapers, transmission schedule, preemption
Understand network timing behavior e.g. with transmission Gantt charts across links and networks
Fine-grained performance evaluation for complex protocols (DoIp, TCP, etc) with timing-accurate simulation
Provide firm guarantees on delays and memory usage with worst-case analysis
Define and validate gatewaying & bridging strategies for interconnected networks
Check by communication trace analysis that network devices and applications behave according to their specification
Share network description and configuration alternatives with all stakeholders using the Viewer
Augmented Engineering: Design-Space Exploration and Generative Design
Select the networking technologies (data rate & protocols) needed to support upcoming use-cases for which communication requirements are not fully known
Estimate the capacity of additional traffic that an existing network can support
Identity network bottlenecks and propose incremental improvements to lift them
Automate the selection of TSN protocols and their configuration with respect to communication requirements and design goals
Extend RTaW-Pegase capabilities
