only for question C The arbiter FSM defined in Figure 1 may cause device 3 never get serviced if device 1 and 2 continuously keep raising requests, so that in the Idle state it always happens that device 1 or device 2 has an outstanding request Modify the proposed FSM to ensure that device 3 will get serviced such that if it raises a request, the device 1 and 2 will be serviced only once before the device 3 is granted its request Write Verilog code to perform the modified arbiter By using the modified arbiter, design the following application Data are stored at three different files in SD card (File 1, File 2 and File 3) When device 1 is triggered, File 1 will be read from the SD card and data will be displayed on LEDs or PC When device 2 is triggered, File 2 will be read from the SD card and data will be displayed on LEDs or PC When device 3 is triggered, File 3 will be read from the SD card and data will be displayed on LEDs or PC Note Input pin does the triggering process Propose and implement a complete system with automated triggering process

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Question: only for question C The arbiter FSM defined in Figure 1 may cause device 3 never get serviced if device 1 and 2 continuously keep

only for question C

The arbiter FSM defined in Figure 1 may cause device 3 never get serviced if device 1 and 2 continuously keep raising requests, so that in the Idle state it always happens that device 1 or device 2 has an outstanding request.

Modify the proposed FSM to ensure that device 3 will get serviced such that if it raises a request, the device 1 and 2 will be serviced only once before the device 3 is granted its request.

Write Verilog code to perform the modified arbiter.
By using the modified arbiter, design the following application:
1. Data are stored at three different files in SD card (File 1, File 2 and File 3)
2. When device 1 is triggered, File 1 will be read from the SD card and data will be displayed on LEDs or PC.
3. When device 2 is triggered, File 2 will be read from the SD card and data will be displayed on LEDs or PC.
4. When device 3 is triggered, File 3 will be read from the SD card and data will be displayed on LEDs or PC.

Note: Input pin does the triggering process

Propose and implement a complete system with automated triggering process.

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