![myrio fpga simulation myrio fpga simulation](https://www.researchgate.net/publication/318274485/figure/fig3/AS:513445345071105@1499426317610/Axle-counter-architecture-for-level-grade-crossing-applications_Q320.jpg)
#Myrio fpga simulation windows#
Your myRIO is running a Real-Time operating system that's considered the "Host." It also contains an FPGA that's the "Target." If the myRIO supports it, you can also connect directly from the Windows machine to the FPGA, bypassing the Real-Time system, in which case the Windows computer is the "Host" and all FPGA communication between the host and target goes over Ethernet, which is a bit slower. You need additional functionality to discover and enumerate the hardware in question before use and query its current hardware addresses which can change with every boot or even plug and play event. The resources are typically allocated and assigned dynamically at discovery time (almost anything is nowadays plug and play hardware), which makes it completely unreliable to use fixed addresses even if you can access them through some device driver. The entire physical memory access is highly protected from user space applications, and not just to pester users but to protect them.Īlso the term physical memory address is pretty unclear when you talk about external hardware resources that get mapped into the system memory through techniques like PCI or similar. Physical memory access is something you can't do on any modern OS without intervention through kernel device drivers. Is it even possible for labview to access physical memory on my windows computer?
#Myrio fpga simulation how to#
So far, I can't figure out how to do that. The problem is I want to send the z-coordinates to the fpga on myRIO using the Host to Target scope in the link above. At present, I am writing this coordinates to memory using the memorystream method in c#. I am presently using the kinect Face Tracking Basics WPF c# program to track a manikin head and extract z-coordinates which represent the distance of the camera from the manikin head. I have setup the following attachment on my system and myRIO (_ ). It's been a lot of effort trying to get around this but no luck.