Next State Present State SO S1 S2 S3 S4 RUN SO SO SO SO So RUN S1 S2 S3 S4 S4 7-Segment Output A, B, C, D, E, F, G 0000001 1001111 0010010 Show the transition table corresponding to the state table using one-hot encoding for the state assignments. (Do not try to reduce the number of states.) How many D Flip-Flops would you need to store the state with this encoding scheme? 6.2.2 A property of one-hot state assignment is the simplicity of the flip-flop input logic. Draw a logic schematic for the one-hot FSM using D Flip-Flops after deriving the input equations directly using the transition table from 6.2.2 (without using K-maps). Add the decoding logic to your schematic showing an implementation for the 7-Segment Output 6.2.3 6.2.4 Following the behavioral description example provided in Section 6.3, write up a VHDL code for FSM with one-hot state assignment. Do not forget to include the implementation of the 7-Segment Output decoding logic in the same code. Submit a printout of your VHDL code. d idea for you to bring along a USB flash memory containing your code, and also save all of your lab work to it. Your work from this lab will be useful in the final project