1553B Designing a bus topology for a UAV and Drone application
AFDX Configure an AFDX network and optimize the specification for explore impact of number of Virtual Links, BAG values and data sizes
Audio-Video Bridging Standard:Stream Reservation Protocol, bandwidth allocation and compare AVB vs Best effort with multiple talkers and listeners for variety of applications
Time-Sensitive Networking 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
CAN/CAN-FD Single CAN Network with signal generation, error and RTR support
FlexRay Implementing an Anti-lock braking system using FlexRay network
Resiliant Packet Ring Optimized transport of data traffic over optical fiber ring networks
SPI Single PHY to single Link-Layer connection, extendable using virtual links
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click on the links - Windows- Compatibility:Windows 10 or higher (*) macOS - Compatibility:macOS 10.15 (Catalina) or higher (*) Linux - Compatibility:Ubuntu 18.04 LTS or higher (*)
For an executable version,
Mouse over the icons to view parameters. Click on hierarchy and plotters to reveal content (if provided).
To simulate, click on Launch button, open downloaded file and click Run on the Java Security Page.
"This model emulates a high-speed switch. The model has data traffic being generated with
different packet sizes and different priorities for each individual packet. The core switch
is a crossbar with point-to-point connection between ingress and egress connection. The model
generates latency plots for each egress port on the same display. Also, the model generates
the statistcis for the switch. Each Queue_Number coressponds to a egress port. "