/Smart_City

Smart City Networking on Cisco Packet Tracer

Project Title

Smart Town - Cisco Packet Tracer

Table of Contents

  1. Introduction
  2. Problem Statement
  3. Proposed Solution
  4. Technologies Used
  5. Design Description
  6. Commands
  7. Conclusion And Further Work
  8. References

Introduction

Introduction

The Smart Town project represents a groundbreaking endeavor focused on revolutionizing urban management. By harnessing the capabilities of Cisco Packet Tracer, STOS aims to optimize town operations comprehensively. The goal is to elevate residents' quality of life by introducing innovative systems that enhance healthcare accessibility, traffic management, waste disposal, energy conservation, and other vital aspects, fostering a more connected and sustainable modern community.

Problem Statement

The challenge lies in designing and implementing a network tailored to the multifaceted necessities of a town. This system must effectively oversee and address various domains, including infrastructure management, energy utilization, public service facilitation, and security protocols. The primary aim is to devise a scalable solution that can seamlessly adapt to the distinctive specifications and dimensions of towns, accommodating diverse requirements while ensuring optimal functionality across varying scales.

Proposed Solution

The proposed solution centers on crafting a Smart Town designed to address the intricate needs of diverse towns. It comprises modular components adaptable to integrate technologies like IoT sensors and robust data management systems. This amalgamation enables efficient resource management, predictive maintenance, and real-time monitoring across infrastructure, energy utilization, public services, and security protocols.

Technologies Used

Utilizing the Cisco Packet Tracer platform, the system ensures seamless interconnectivity among its components, fostering effective communication and data exchange.

Technologies and devices used include:

  • Routers
  • Switches
  • Servers
  • Home gateways
  • DHCP protocol
  • IoT devices:
    • Cameras
    • Multiple sensors
    • Smart home appliances
    • MPU

Design Description

Use Case Diagram

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User Interfaces

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Commands

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Conclusion And Further Work

We have made a network for a small town. This network will upgrade the town's security and enhance the lifestyle of people. We have successfully implemented gate security, antitheft in banks, garage smoke detection and smoke controlling, home automation, automatic parking, smart garden monitoring, gate security, and maintaining a central data warehouse. Further smart traffic control can be integrated. Additionally, a smart emergency alert system that sends signals to hospitals and the fire brigade automatically can be developed.

References

  1. Youtube. [Online]. Available: https://www.youtube.com/watch?v=UW0U5L1iwcM
  2. Youtube. [Online]. Available: https://www.youtube.com/watch?v=HBS5xPA0YBs
  3. Youtube. [Online]. Available: https://www.youtube.com/watch?v=O-XWRU6UAr0&t=128s