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Assignment1 - Practice Designing Models (Template)

(remove: text between brackets to be removed)

  • Participant name: (your name)
  • Project Title: (Title of the problem you are looking and modeling)

General Introduction

A smart city is an urban area that uses different types of electronic data collection sensors to supply information which is used to manage assets and resources efficiently.

Image of Smart City

(remove: States your motivation clearly: why is it important / interesting to solve this problem?) (remove: Add real-world examples, if any) (remove: Put the problem into a historical context, from what does it originate? Are there already some proposed solutions?)

Requirements (Experimental Design)

(remove: You should start by specifying a set of requirements. I specified a topic Smart Cities but what exactly does that mean- you should practice formulating your own set of requirements and an experiment. Define a hypothesis of a problem cities face and how a smart city would possibly help alleviate this issue. This helps you think about your problem communication and system objectives inputs, functions, and outputs - they should be clearly specified.)

Smart City (My Problem) Model

(remove: add a high-level overview of your model, the part below should link to the model directory markdown files) (remove: Look at the Object Diagram for how to structure this part of Part 2 for each diagram. Only the Object diagram has the template, the rest are blank. )

Smart City (My Problem) Simulation

(remove: for part 3 add two to three sentences here and link the (your own name) file in the analysis folder - which describe how you would simulate this - type of simulation, rough details -inputs, outputs - how it will help you analyze your experimental hypothesis, or nullify your null hypothesis.)

Smart City (My Problem) Model

Code template - Starting coding framework for the (insert your exact problem here.)

Portable Organic Trouble-free Self-watering System (POTS) Model

Here we provide an overview of the Portable Organic Trouble-free Self-watering System (POTS) Model and provide a source code template.

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