The given scenario involves two DIP switches and eight LEDs connected to an FPGA. At a frequency of 0.01 Hz, different blinking patterns need to be implemented based on the position of the switches. Let's go through each operation step by step:
(i) When the switches are set to "00":
- All the LEDs should blink (on/off) for 3 times.
- After that, the LEDs should blink clockwise, one by one.
(ii) When the switches are set to "11":
- All the LEDs should blink (on/off) for 6 times.
- After that, the LEDs should blink anti-clockwise, one by one.
(iii) When the switches are set to "01":
- An odd number of LEDs should blink (on/off).
(iv) When the switches are set to "10":
- An even number of LEDs should blink (on/off).
It is important to note that the exact pattern and combination of LEDs to blink is not specified, so you can use your creativity to design the specific blinking sequences.
To summarize, based on the switch positions, the LEDs will blink according to the mentioned patterns. Please keep in mind that this is a general overview, and for a more detailed implementation, it is recommended to consult the specific FPGA's datasheet and use the appropriate programming language or hardware description language.
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