Read me:
1.Read the final report part 1 and has a basic understanding of the SCADA we are going to build
2.Read the final report part 2 and learn has this idea be realized based on the embedded system.
3.Login in one board, run the RTU_KERNEL file program in the kernel module
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Login in the same board, run the PROJECT_RTU_USER file program in the user space, use the command “ifconfigure” to get the IP of the board. And run it by use the “./project_RTU_user+space+IP+space+port_number”. The port number is greater than 2000.For example, “./project_RTU_user 10.3.52.16 2200”.
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Login in the other board, run the PROJECT_GENERAL_USER file program in the user space. And run it by using the command “./project_GENERAL_user+space+port_number”. The port number is greater than 2000. For example, “./project_ GENERAL _user 2200”.
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Be careful to the space, the upper case and the lower case, you should use the same with the name of your file in the Linux program.
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The buttons are connected to the DIO in the TS-7250 board that is used as the testing board as well.
8.You need a sin wave generate circuit and the output connects to the MAX 197 (chip in the TS-7250 board) corresponding bits.
My email is yzcmf@mail.missouri.edu; If you want the part 1 and part 2 report to learn more, just send me an email, I'll get in touch with you as soon as possible.