Top 7 Projects on Finite State Machines

FSM- Finite State Machines is nothing but a computational strategy which could be deployed alongside diverse software/ hardware. It could be utilized for simulating a few computer programs and sequential logics. This FSM is deployed with regards to sectors like Games, AI- Artificial Intelligence, linguistics, etc. In the discipline of electronic engineering, it is able to administer many digital systems and to comprehend the logic behind decision-makings.  The power incurred for computation in the FSM will also be much least when compared to other counterparts. In this article, we will discuss with the top 7 projects on finite state machines so that the students could realize every pre-requisite even before starting their own projects. These listed top 7 projects on finite state machines have been curated with regards to aspects like controlling, automation, practicality, AR- Augmented Reality, software developments, etc. Though FMS is used for various purposes, it is found widely used for accomplishing the automations in many sectors.

Listing the Top 7 Projects on Finite State Machines for the student to know and master every pre-requisites

1. Design and implementation of subway automatic ticketing system based on Verilog HDL

In any automated system, the rate of power utilization might be higher than the manually operated systems. 

With the deployment of FSM- Finite State Machine as well as the Verilog HDL- Hardware Description Language, the manually operated ticketing system in a sub-way station could be automated by giving rise to the reduced rate of power utilization.

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; HDL; Verilog tool; sub-way operations; Xilinx tools; Ticketing system; FPGA- Field Programmable Gate Array; Stochastic Computing; Software Engineering; Requirements Engineering; and Control arrangement.

2. Fully Automated Traffic Light Controller system for a four-way intersection using Verilog 

Many automations are getting evolved these days due to the rapid growth of technologies. However, the power and time related factors are at times compromised due to the involvement of many sophisticated constituents. 

By making use of Verilog HDL and three versions of Xilinx like Vivado, ISE, and Artix, an automated controlling system to administer the traffic signals could be developed. 

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; vehicle movements; HDL; Verilog tool; Xilinx tools; FPGA; Road traffic and its controlling; Stochastic Computing; Software Engineering; Requirements Engineering; and Control arrangement.

3. Approach for Implementation of Vending Machine through Verilog HDL

In this modern age that we people live in, almost every thing including the food items and beverages are easily available for grabbing with the prospects of vending machines. However, the power concerns hinder the effective performance of such vending machines.

The power concerns in the typical vending machine could be sorted out by the appropriate utilization of Verilog HDL.

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; HDL; Verilog tool; Xilinx tools; FPGA; Vending machines and its prospects; Stochastic Computing; Software Engineering; Requirements Engineering; and Control arrangement.

4. Design of FSM-based Function with Reduced Number of States in Integral Stochastic Computing 

From the context of the SC- Stochastic Computing, the complexity often tend to be higher since a diverse types of hardware are used to serve the intended purpose.

The functionality of offering reduced counts of states in a SC could be accomplished by using FSM. This kind of design would also be able to final circuit consuming reduced rates of power.

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; HDL; Verilog tool; Xilinx tools; FPGA; understanding of integration; Stochastic Computing; Software Engineering; management of states; Requirements Engineering; and Control arrangement.

5. Practical Software Engineering with FSM

From the context of software engineering, both the kinds of FSMs like Moore as well as the Mealy methodologies are found to deployed for serving software developmental purposes.

By using the enhanced version of the Moore methodology, the making of better and much practically feasible software could be developed with ease to serve the intended purpose with increased accuracy.

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; HDL; Verilog tool; Xilinx tools; FPGA; Stochastic Computing; application-specific requirements; Software Engineering; software development tools; Requirements Engineering; and Control arrangement.

6. Using morphology of trees and FSM for practical three-dimensional visualizing technique for spread of fire in forest

The fire getting developed in a forest area often become uncontrollable as those fires are known to the relevant authorities with some delay.

Therefore, a much intelligent and quicker three-dimensional visualizing methodology could be developed for knowing and acting on the fires getting developed over the time by analyzing the tree morphology using the FSM.

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; HDL; fire caution systems; Verilog tool; Xilinx tools; FPGA; Floral knowledge; Stochastic Computing; Software Engineering; Requirements Engineering; and Control arrangement.

7. FSM-based application Mobile Augmented Reality (AR) utility to impart better Engineering Education

AR- Augmented Reality is a much useful tech that has been found utilized in the arena of gaming since the past few years. This very tech of AR could also be deployed to serve the education sector as well owing its offered benefits.

A mobile platform targeted AR-based system could be developed for facilitating and easing the education routines in the discipline of Engineering. Often engineering concepts pose to be complex, however, with the lights of AR- based lectures, the students could better understand those concepts.

When proceeding with any kind projects based on FSM, the students need to realize a few bunches of pre-requisites for successful project implementation. Those pre-requisites include the following: Sequential circuits; HDL; Verilog tool; Xilinx tools; FPGA; Inculcation of lecturing approaches; Stochastic Computing; Software Engineering; AR; Requirements Engineering; concept visualization; and Control arrangement.