Difference between revisions of "CSC270 Final Exam 2016"
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| + | ==Submission== | ||
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| + | * Submit a text file (not pdf, not RTF, not doc, or docx, just plain ASCII) to Moodle, in the Final Exam, Problem 1 section. | ||
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=Problem 2= | =Problem 2= | ||
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::* Upgraded to A for a successful demonstration of your project. | ::* Upgraded to A for a successful demonstration of your project. | ||
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| + | =Problem 2= | ||
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| + | ==Your Assignment== | ||
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| + | # Program the 6811 to generate a signal on an output bit that oscillates at 3 different frequencies. To switch frequency, you will simply stop the 6811, enter a different program (or constants) in memory, and restart it. You are free to pick the 3 different frequencies | ||
| + | # Connect the output of the 6811 kit that you have wired up in Step 1 above to an Arduino that activates 3 different LEDs. | ||
| + | # Program the Arduino to recognize the different frequencies. When the Arduino recognizes the slowest of the 3 frequencies, it activates one LED. When it recognizes the fastest frequency, it activates another LED. Finally, it activates the last of the 3 LEDs when it recognizes the medium-range frequency. | ||
| + | # All LEDs should be off when the 6811 is not activating its output signal. | ||
| + | # Demonstrate the correct behavior of your setup to your instructor for credit. If your instructor is not around, take a detailed movie of your experiment, with explanations of what happens. | ||
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| + | ==Submission== | ||
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| + | * Write up a lab report of your setup, including the diagrams of your hardware setup, and the code (assembly and C). | ||
| + | * Submit the lab report to Moodle, in the Final Exam Problem 2 section. | ||
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=Scheduling Lab Time= | =Scheduling Lab Time= | ||
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