0 votes 0 votes Use the construction in the proof of $\text{Theorem 1.45}$ to give the state diagrams of $\text{NFA’s}$ recognizing the union of the languages described in $L_{1}=\text{\{w| w begins with a 1 and ends with a 0\}}\cup L_{2}=\text{\{w| w contains at least three 1s\}}$ $L_{1}=\text{\{w| w contains the substring 0101 (i.e., w = x0101y for some x and y)\}}\cup L_{2}=\text{\{w| w doesn’t contain the substring 110\}}$ Theory of Computation michael-sipser theory-of-computation finite-automata state-diagram descriptive + – admin asked Apr 21, 2019 • edited May 7, 2019 by Lakshman Bhaiya admin 4.6k views answer comment Share Follow See all 3 Comments See all 3 3 Comments reply aditi19 commented May 7, 2019 reply Follow Share @Lakshman Patel RJIT the actual question is a. L1={w| w begins with a 1 and ends with a 0} union L2={w| w contains at least three 1s} b. L1={w| w contains the substring 0101 (i.e., w = x0101y for some x and y)} union L2={w| w doesn’t contain the substring 110} pls edit the question 0 votes 0 votes Lakshman Bhaiya commented May 7, 2019 reply Follow Share @aditi19 Now i edit please check it. 0 votes 0 votes aditi19 commented May 8, 2019 reply Follow Share 👍 ok 1 votes 1 votes Please log in or register to add a comment.
0 votes 0 votes a. L=1(0+1)*0+0*10*10*1(0+1)* b. L1={w| w contains the substring 0101 (i.e., w = x0101y for some x and y)} union L2={w| w doesn’t contain the substring 110} aditi19 answered May 7, 2019 • edited May 7, 2019 by aditi19 aditi19 comment Share Follow See all 0 reply Please log in or register to add a comment.