Final answer:
The task is to convert an NFA to a DFA using the subset construction algorithm, which involves creating DFA states representing sets of NFA states and adding transitions accordingly.
Step-by-step explanation:
The question asks to convert a Nondeterministic Finite Automaton (NFA) into an equivalent Deterministic Finite Automaton (DFA). To achieve this, one must apply the subset construction algorithm, which systematically builds the states of the DFA from the possible states of the NFA. Each state in the DFA represents a set of states in the NFA. The conversion process involves starting with the initial state of the NFA, then for each symbol in the input alphabet, determining the reachable states in the NFA and assigning this set as a state in the DFA. Transitions are then added to the DFA based on the transitions of the NFA. This process is repeated until all reachable combinations of NFA states have been represented in the DFA, ensuring that every possible string that could be accepted by the NFA is also accepted by the DFA.