Pick a software system and create architectural views diagrams using these view models:

$1.$ A logical view, which shows the key abstractions in the system as objects or object classes.

$2.$ A process view, which shows how, at run$-$time, the system is composed of interacting

processes.

$3.$ A development view, which shows how the software is decomposed for development.

$4.$ A physical view, which shows the system hardware and how software components are

distributed across the processors in the system.

You need to draw $4$ figures. Prototyping Model: It is the best fit for a Smart Traffic Management System. This model allowed

the requirements to be developed iteratively through feedback, as is natural given that this was a

highly complex system with AI and image processing mixed in manual controls. Regular testing

makes it possible to refine the system by experimenting with actual circumstances that can

improve both, the automation and manual modes.

Prototype Development Model plan:

$1.$ Define objectives of the prototype: Implement a system to act as proxy and capture real time

traffic data, use OpenCV for processing acquired image $/$ video information in form $1$ or above

format, also perform signal control automatically.

$2.$ Prototype Functionality Outline Definition: $-$ Real$-$time traffic data collection $-$ Processing of

TrafficData using OpenCV $($Open Source Computer Vision Library$)$ and AI based automatic

signal control ON $/$ OFF from the flow of traffics

$3.$ Build a prototype$-$prototype: OpenCV to process images; AI$-$based training. Prototype

Develop an Executable prototype $->$ Implementation of OpenCV to process image files and

Using AI to control stoplights based on data

$4.$ Evaluate Prototype Testing in Various Traffic Conditions Gathering feedback and refining

based on performing and end$-$user input Re$-$evaluation $-$ The evaluator made a small

inconclusive statement that the prototype does perform as expected from an MLS$.$