Engineering Homework Help

Brief explanation and understanding of our project:

The main project goal is to develop an IoT-based system that would improve monitoring of the industrial plant from a remote location. It is also aimed at designing an IoT-based system that will provide continuous updates regarding the status of the plant.

The design requirement for the selected problem is the application of Internet of Things technology (IoT) where the internet will be connected to the world using devices and sensors that can provide efficient and cost-effective monitoring and control of systems. The IoT enables a machine to machine (M2M protocol) communication via the technology of cloud computing, that significantly reduces any human interactions and involvement.

The targeted problem for this project is to include remote control of the human operator machine, which currently lacks the remote control and monitoring. It aims at solving the ineffectiveness, of the previous systems and enhancing efficiency and effectiveness of industrial plant control.

Refer to the 3 PDF files, and answer questions 1 & 2 in your own words and findings:

1- Mention and explain the techniques/approaches/methods/algorithms that you found (at least 3). Detail the advantages and disadvantages of each one of them and their possible contribution towards your project. (At least 2 advantages and 2 disadvantages for each)

2. Discuss similar projects that you found and comment on their possible utilization as a solution for your targeted problem. 3 solutions needed with a brief methodology on how it works (see targeted problem above).

Answer question 3 from the Project Design above:

3- Identify design constraints: public health, safety, welfare, global, cultural, social, environmental, and economic factors. Explain how it is related to the project. (See project design above)

Note: I want all the the questions shortly and briefly answered in points and in a basic, simple english, meaningful and efficient way. (Because I will be making a PowerPoint presentation later on from the answers).