Differences
This shows you the differences between two versions of the page.
Next revision | Previous revision | ||
testequipment:cansimulators [2012/03/16 11:07] – created heinz | testequipment:cansimulators [2018/08/21 23:09] (current) – external edit 127.0.0.1 | ||
---|---|---|---|
Line 1: | Line 1: | ||
CAN simulators are tools that can simulate systems - that is, create CAN messages with proper timing derived from a model of the system. Note that most standard CAN hardware can do simple things like generate Error Frames or generate a random bus load, which is useful for stress testing your system. | CAN simulators are tools that can simulate systems - that is, create CAN messages with proper timing derived from a model of the system. Note that most standard CAN hardware can do simple things like generate Error Frames or generate a random bus load, which is useful for stress testing your system. | ||
+ | |||
A very special kind of devices is only able to control a special behavior of CAN devices, e.g. by destroying messages on the bus, and by this creating error frames. This is very important to test the device implementation under error conditions that are very difficult to create otherwise. | A very special kind of devices is only able to control a special behavior of CAN devices, e.g. by destroying messages on the bus, and by this creating error frames. This is very important to test the device implementation under error conditions that are very difficult to create otherwise. | ||
- | | + | |
- | * NSI http:// | + | |
- | * Vector CANoe: A Tool for Professional Network Development http:// | + | * NSI [[http:// |
- | * Ficosa International' | + | * Vector CANoe: A Tool for Professional Network Development |
- | * Embedded System Academy http:// | + | * Ficosa International' |
- | * Warwick Control Technologies X-Analyser and Keil Soft Interface http:// | + | * Embedded System Academy |
- | * CanEasy? by Schleissheimer: | + | * Warwick Control Technologies X-Analyser and Keil Soft Interface |
+ | * CanEasy by Schleissheimer: |