Sequence Detector for 1001 Sequence (Mealy FSM - Continued): - Here's the completed state transition and output table for the 1001 sequence detector Mealy FSM: Current State Input (0) Next State Output S0 S1 X S1 S2 X S2 S3 X S3 S0 Detect S0 1 S0 X S1 1 S0 X S2 1 S0 X S3 1 S3 Detect Explanation: This Mealy FSM operates similarly to the previous example. Transitions happen based on the current input (0 or 1). The output "Detect" is generated only in state S3 and when the curre

Fig. Mealy FSM A Mealy FSM is a type of finite state machine where the output depends on both the current state and the current input. This makes it well-suited for tasks like sequence detection, where the output (detection signal) depends on both the current state in the sequence recognition process and the incoming bit. Sequence Detector FSM Example: Detecting "1001" Sequence Fig. Sequence Detector for 1001 sequence Here's how we can design a Mealy FSM to detect the sequenc

A Finite State Machine (FSM) is a mathematical model that represents a system's behavior in terms of its states, inputs, and outputs. It's a fundamental concept in digital logic design and computer science. Fig. Finite state machine States: An FSM can be in one of a finite number of states at any given time. These states represent different conditions or situations the system can be in. Inputs: The FSM accepts inputs (symbols or events) that trigger transitions between state