Models a large scale automotive network with multiple CAN, Can-FD buses, Gateways and Ethernet interfaces. Support for Idle Slope, Send Slope, Control Gate, preemption, Message and Signal Routing, Clock Synchronization
Single CAN Network with signal generation, error and RTR support
Designing a bus topology for a UAV and Drone application
Configure an AFDX network and optimize the specification for explore impact of number of Virtual Links, BAG values and data sizes
Standard:Stream Reservation Protocol, bandwidth allocation and compare AVB vs Best effort with multiple talkers and listeners for variety of applications
Implementing an Anti-lock braking system using FlexRay network
Optimized transport of data traffic over optical fiber ring networks
Single PHY to single Link-Layer connection, extendable using virtual links
Across Ethernet and other prorpeitary protocols
High-speed switch
Connected 8 cores around a Ring using a single dispatcher
Single CAN Network with signal generation, error and RTR support
Designing a bus topology for a UAV and Drone application
Configure an AFDX network and optimize the specification for explore impact of number of Virtual Links, BAG values and data sizes
Standard:Stream Reservation Protocol, bandwidth allocation and compare AVB vs Best effort with multiple talkers and listeners for variety of applications
Implementing an Anti-lock braking system using FlexRay network
Optimized transport of data traffic over optical fiber ring networks
Single PHY to single Link-Layer connection, extendable using virtual links
Across Ethernet and other prorpeitary protocols
High-speed switch
Connected 8 cores around a Ring using a single dispatcher
