Networking and IoT: Melbourne Smart Office Infrastructure Report

This report presents the IoT infrastructure for a Melbourne smart office, detailing the design and configuration of its smart devices. The report utilizes Packet Tracer to demonstrate the network infrastructure, providing screenshots to illustrate the setup process. It covers the configuration of the registration server, the addition and setup of various IoT devices, and the protocols used for data transmission. The report also explores the remote operation of devices from a branch office in Adelaide. Furthermore, it discusses the conditions under which the three windows in the office are opened or closed based on sensor data, including carbon monoxide and carbon dioxide levels, offering a comprehensive overview of the smart office's automated environment. The report concludes with a summary of the key findings and references relevant literature.

Running head: NETWORKING AND IOT
Networking and IoT
Name of the Student
Name of the University
Author Note

1NETWORKING AND IOT
Table of Contents
Introduction............................................................................................................................2
Melbourne smart office Design..............................................................................................2
Configuring Registration Server............................................................................................3
Adding of IoT smart devices..................................................................................................5
Connection, activation and set up of devices.........................................................................6
Protocols for transmission of PDUs.......................................................................................7
Adding branch in Adelaide....................................................................................................7
Web browser log in................................................................................................................8
Switching ceiling fan..............................................................................................................9
Locking/unlocking door.......................................................................................................10
Switching lamp.....................................................................................................................11
Switching sprinkler..............................................................................................................12
Conditions to open windows................................................................................................13
Carbon monoxide detector...............................................................................................13
Carbon Dioxide (outside).................................................................................................13
Window 1.........................................................................................................................14
Carbon Dioxide detector (In house).................................................................................15
Window 2.........................................................................................................................16
Window 3.........................................................................................................................17
Conclusion................................................................................................................................18
Bibliography.............................................................................................................................19

2NETWORKING AND IOT
Introduction
The following report provides the IoT infrastructure for Melbourne smart office and
explains the configuration of the smart devices. To do this packet tracer is used to
demonstrate the IoT infrastructure and screenshots are attached to explain the process. The
report also discusses about conditions for opening and closing of the three windows and ends
with concluding notes.
Melbourne smart office Design
The above diagram shows the IoT infrastructure design of Melbourne smart office and
how it is connected to the branch at Adelaide.

3NETWORKING AND IOT
Configuring Registration Server
IP address and corresponding subnet mask are specified in the registration server.

4NETWORKING AND IOT
The assigned IP is entered in the web browser of the registration server and the login
page is verified.

5NETWORKING AND IOT
Adding of IoT smart devices
Smart devices are added and configured by assigning their respective SSID numbers
in the Wireless tab.

6NETWORKING AND IOT
Connection, activation and set up of devices
After entering respective User ID and password the connect button is clicked. Once
successfully connected the refresh button appears.

7NETWORKING AND IOT
Protocols for transmission of PDUs
For connecting the smart devices a wireless network is used with WPA2-PSK
authentication.
Adding branch in Adelaide
The network of the Adelaide branch is also shown in a very abstract level. The listed
IoT devices can be operated from this branch.

8NETWORKING AND IOT
Web browser log in
The login page is opened in web browser with the IP address of registration server
and user ID, password are provided.

9NETWORKING AND IOT
After logging in the connected smart devices and respective information is available.
Switching ceiling fan

10NETWORKING AND IOT
The ceiling fan is a smart IoT device that is remotely connected to the wireless router
and is activated or deactivated as per sensory data obtained by it.
Locking/unlocking door
The smart door is a smart IoT device that is remotely connected to the wireless router
and is activated as per sensor information.

11NETWORKING AND IOT
Switching lamp
The LED lamp is a smart IoT device that is remotely connected to the wireless router
and is activated at scheduled times.

12NETWORKING AND IOT
Switching sprinkler
The lawn sprinkler is a smart IoT device that is remotely connected to the wireless
router and is activated at scheduled times.

13NETWORKING AND IOT
Conditions to open windows
Carbon monoxide detector
The Carbon monoxide detector is always switched ‘On’. When the carbon monoxide
detector detects increase in carbon monoxide (CO) outside the house instructions are
forwarded for window 1 to be closed.
Carbon Dioxide (outside)
The Carbon dioxide detector is always switched ‘On’.When the carbon dioxide
detector detects increase in carbon dioxide (CO2) outside the house instructions are forwarded
for window 1 to be closed.

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Window 1
Window 1 is a smart IoT device which is remotely connected to the wireless router
and is closed when respective instructions are received from the sensors.

15NETWORKING AND IOT
Carbon Dioxide detector (In house)
The Carbon dioxide detector inside the house is always switched ‘On’.When the
carbon dioxide detector detects increase in carbon dioxide (CO2) outside the house
instructions are forwarded for window 2 to be opened.

16NETWORKING AND IOT
Window 2
Window 2 is a smart IoT device which is remotely connected to the wireless router
and is closed when respective instructions are received from the sensors.

17NETWORKING AND IOT
Window 3
Window 3 is a smart IoT device which is remotely connected to the wireless router
and is closed when respective instructions are received from the sensors.

18NETWORKING AND IOT
Conclusion
To conclude the report successfully provides the IoT infrastructure for Melbourne
smart office and explains the configuration of the smart devices. For this, packet tracer is
used to demonstrate the IoT infrastructure and screenshots are attached to explain the process.
The report lastly discusses about conditions for opening and closing of the three windows.

19NETWORKING AND IOT
Bibliography
Bramsen, P., Kumar, S., Chen, A., & Majumdar, D. (2017). Exploring a New IoT
Infrastructure.
González García, C., Meana Llorián, D., Pelayo García-Bustelo, B. C., & Cueva Lovelle, J.
M. (2017). A review about smart objects, sensors, and actuators. International
Journal of Interactive Multimedia and Artificial Intelligence.