Construct a Cortex-M4 assembly program to implement the pseudocode below. This code is from steps the...

 

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Construct a Cortex-M4 assembly program to implement the pseudocode below. This code is from steps the tag takes to determine its rank in the order that 00 is communicating with tags. Define the following data items in the code area: PID_r, PID_prev, and array PID_Q. Define the following data items in the data area: rank and used_prev. The value of count can be held in a register. rank 0 count - 0 used_prev - 0 while PID_Q(count) # 0 if PID_Q(count) = PID_r rank + count if PID_Q(count) = PID_prev rank + count used_prev - 1 count count + 1 Demonstrate your results to the lab TA. Sample results for Part 2 - For the following inputs: PID_r = Oxabcd; PID_prev = 0x76543, PID_Q = Oxab34, 0x2c, Ox76543, 0x0, 0x3e, the following outputs are produced: rank = 2; used_prev = 1 Construct a Cortex-M4 assembly program to implement the pseudocode below. This code is from steps the tag takes to determine its rank in the order that 00 is communicating with tags. Define the following data items in the code area: PID_r, PID_prev, and array PID_Q. Define the following data items in the data area: rank and used_prev. The value of count can be held in a register. rank 0 count - 0 used_prev - 0 while PID_Q(count) # 0 if PID_Q(count) = PID_r rank + count if PID_Q(count) = PID_prev rank + count used_prev - 1 count count + 1 Demonstrate your results to the lab TA. Sample results for Part 2 - For the following inputs: PID_r = Oxabcd; PID_prev = 0x76543, PID_Q = Oxab34, 0x2c, Ox76543, 0x0, 0x3e, the following outputs are produced: rank = 2; used_prev = 1

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