Description
This project aims to design and simulate a Wireless Sensor Network (WSN) for air pollution monitoring using CupCarbon (an open-source WSN simulator). The network will consist of sensor nodes deployed in different locations, transmitting data to a central sink node. Students will focus on node placement, network connectivity, energy efficiency, and data transmission performance.
“I want the solution exactly as required in the file, with everything included.” and “I want the solution to be in the file”.
Project
Deadline: Sunday 20/04/2025 @ 23:59
[Total Mark is 14]
Student Details:
CRN:
Name:
Name:
Name:
ID:
ID:
ID:
Instructions:
• You must submit two separate copies (one Word file and one PDF file) using the Assignment Template on
Blackboard via the allocated folder. These files must not be in compressed format.
• It is your responsibility to check and make sure that you have uploaded both the correct files.
• Zero mark will be given if you try to bypass the SafeAssign (e.g. misspell words, remove spaces between
words, hide characters, use different character sets, convert text into image or languages other than English
or any kind of manipulation).
• Email submission will not be accepted.
• You are advised to make your work clear and well-presented. This includes filling your information on the cover
page.
• You must use this template, failing which will result in zero mark.
• You MUST show all your work, and text must not be converted into an image, unless specified otherwise by
the question.
• Late submission will result in ZERO mark.
• The work should be your own, copying from students or other resources will result in ZERO mark.
• Use Times New Roman font for all your answers.
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Description and Instructions
Pg. 01
Description and Instructions
This project aims to design and simulate a Wireless Sensor Network (WSN) for air pollution
monitoring using CupCarbon (an open-source WSN simulator). The network will consist of
sensor nodes deployed in different locations, transmitting data to a central sink node. Students
will focus on node placement, network connectivity, energy efficiency, and data transmission
performance.
Group size:
•
3-4 members for each group, depending on the size of the CRN.
Project Requirements:
1. Use CupCarbon to create and simulate WSN.
2. Focus on air pollution monitoring in a smart city environment.
3. Optimize the node placement, communication, and energy consumption.
4. Deliverables: final report, and PowerPoint presentation (demo).
Software Download Link:
•
CupCarbon:
o
•
Java Runtime (if required):
How to download/use CupCarbon (Arabic-version):
Project Tasks & Implementation Steps:
1. Step 1: Setting Up the Smart City Environment (1.5 Points)
a. Import a city map into CupCarbon.
b. Identify key pollution-prone areas such as:
i. Industrial zones.
ii. Highways.
iii. Residential areas. Parks.
c.
Include a screenshot of the imported map in CupCarbon with Key Pollution
Zones Highlighted.
2. Step 2: Designing the Wireless Sensor Network (3 Points)
a. Add 10 sensor nodes to monitor air pollution levels as follows:
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Description and Instructions
Pg. 02
i. 3 near industrial areas.
ii. 3 near highways.
iii. 2 in residential zones.
iv. 2 in parks.
b. Place 1 sink node to collect data from the sensors.
c.
Configure each node with:
i. Transmission range: 50 meters.
ii. Communication protocol: ZigBee.
iii. Sensing interval: Every 5 minutes.
d. Illustrate sensor node locations and their coverage areas (WSN Node
Placement in CupCarbon).
3. Step 3: Establishing Communication & Running Initial Tests (2 Points)
a. Connect nodes using multi-hop routing to relay data to the sink.
b. Run the initial simulation and check for:
i. Connectivity issues.
ii. Packet loss.
iii. High energy consumption.
c.
Show how data travels from sensors to the sink (WSN Communication Paths &
Data Flow).
4. Step 4: Optimizing the Network for Efficiency (1.5 Points)
a. Rearrange node positions to improve connectivity.
b. Reduce energy consumption by adjusting transmission intervals.
c.
Test different routing strategies to minimize packet loss.
d. Compare the optimized layout with the initial setup (Optimized WSN Layout).
5. Step 5: Analyzing Performance Metrics (3 Points)
a. Fill the following table (use a graph or table to present performance metrics
before & after optimization)
Metric
Packet Delivery
Ratio
Energy
Consumption
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Initial Value
Optimized Value
Improvement
Description and Instructions
Pg. 03
Average Delay
(ms)
6. Step 6: Presentation & Demonstration (3 Points)
a. Each group will:
i. Prepare a 5-minute demo showing your simulation in CupCarbon.
ii. Create a 5-6 slide PowerPoint presentation, including:
1. Project overview & objectives.
2. WSN design and node placement.
3. Simulation results & optimizations.
4. Key findings & recommendations.
5. Present your findings and answer Q&A.
6. Screenshot of CupCarbon Simulation Running (show an
active simulation with data transmission.)
Final Grading Breakdown (Total: 14 Points)
Section
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Points Allocated
Step 1: Setting Up the Smart City Environment
1.5 Points
Step 2: Designing the Wireless Sensor Network
3 Points
Step 3: Establishing Communication & Running Initial Tests
2 Points
Step 4: Optimizing the Network for Efficiency
1.5 Points
Step 5: Analyzing Performance Metrics
3 Points
Step 6: Presentation & Demo
3 Points
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