SEU Wireless Sensor Networks Questions

College of Computing and Informatics Project Deadline: Day 12/5/2024 @ 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. Description and Instructions Pg. 01 Description and Instructions Objective: The aim of this project is to explore and propose solutions to real-world problems using Wireless Sensor Networks (WSNs). Students will work in groups of 2-3, selecting a specific problem from a provided list and devising innovative solutions (see below). The project will involve research, analysis, and the development of a comprehensive proposal. Group size: • 2-3 members for each group. Research Problems (ideas): 1. Environmental Monitoring: a. Air quality monitoring in urban areas. b. Water quality monitoring in rivers and lakes. c. Soil moisture and temperature monitoring for agriculture. 2. Healthcare: a. Patient monitoring for vital signs in hospitals. b. Caring for elderly care through fall detection and activity monitoring. c. Epidemic outbreak detection through monitoring body temperature and symptoms. 3. Industrial Automation: a. Conditional monitoring of machinery and equipment in factories. b. Inventory tracking and management in warehouses. c. Monitoring and controlling energy consumption in industrial plants. 4. Smart Agriculture: a. Crop monitoring for temperature, humidity, and soil conditions. b. Livestock tracking and health monitoring. c. Precision farming for optimized resource usage. 5. Home Automation: a. Smart energy management for home appliances. b. Intrusion detection and security monitoring. c. Environmental control (temperature, lighting) for energy efficiency. Description and Instructions Pg. 02 6. Wildlife Conservation: a. Tracking and monitoring endangered species. b. Monitoring wildlife habitats and ecosystems. c. Early detection of poaching activities. 7. Traffic Management: a. Intelligent transportation systems for traffic monitoring. b. Parking space management in urban areas. c. Road condition monitoring for maintenance. 8. Disaster Management: a. Earthquake and seismic activity monitoring. b. Flood detection and warning systems. c. Fire detection in forests and urban areas. 9. Smart Cities: a. Waste management through bin-fill level monitoring. b. Smart street lighting for energy efficiency. c. Noise and pollution monitoring for urban planning. 10. Water Resource Management: a. River and dam level monitoring for flood control. b. Water quality monitoring in reservoirs. c. Irrigation system optimization for agriculture. 11. Structural Health Monitoring: a. Monitoring the structural integrity of bridges and buildings. b. Early detection of defects in critical infrastructure. 12. Military and Surveillance: a. Border surveillance and intrusion detection. b. Monitoring and securing military installations. c. Battlefield monitoring for situational awareness. Project Deliverables: 1. Introduction – Problem Selection and Proposal (1.5 Mark): a. Each group will review the provided list of problems. b. Select a specific problem they find interesting and relevant. c. Develop a project proposal outlining the chosen problem, its significance, and the proposed WSN-based solution. d. This is your Introduction Section. Description and Instructions Pg. 03 2. Literature Review and Research Questions (3 Marks): a. Conduct a comprehensive literature review related to the selected problem. b. Research existing WSN solutions and technologies relevant to the chosen problem. c. Refine the proposal based on the literature review findings. d. Based on your analysis, list some possible research questions that you want to investigate. 3. Methodology – Solution Design and Specification (3.5 Marks): a. Develop a detailed design for the proposed WSN solution. b. Specify the required sensors, communication protocols, and network architecture. c. Clearly define the roles of each component in the solution. d. Outline a step-by-step plan for implementing the proposed solution. e. Break down tasks among group members. f. Consider the use of simulations or modeling for a virtual demonstration (e.g., OPNET, OMNeT++, etc.) 4. Results – Major Findings (2 Marks): a. Discuss your major findings and the ideal solution to the chosen problem. b. Highlight any limitation(s) in your proposed solution. 5. Conclusion – Final Report and Documentation (1 Mark): a. Document the entire project, including the problem statement, literature review, solution design, feasibility analysis, implementation details, and any challenges faced. b. Ensure the report is well-organized and clearly communicates the group’s findings and contributions. 6. Oral Presentation (3 Marks): a. Each group will present their project to the class. b. Highlight the chosen problem, proposed solution, design, and implementation details. c. Discuss the feasibility and potential impact of the proposed solution. d. Allow time for questions and feedback from classmates and the instructor. Assessment Criteria: 1. Clarity and significance of the chosen problem. 2. Thoroughness of the literature review and research. Description and Instructions Pg. 04 a. Make sure to reference at least 5 research projects in the chosen area. 3. Quality and innovation of the proposed solution. 4. Feasibility analysis and risk assessment. 5. Effectiveness of the implementation plan. 6. Quality of the final report and documentation. 7. Clarity and professionalism of the oral presentation. Submission Requirements: 1. One group member (group leader/coordinator) should submit all files: Project Report and Presentation Slides on blackboard. Marks will be given based on your submission and quality of the contents. Presentation Requirements: 1. Students (Group) need to present their project (either F2F or Virtual). 2. The presentation schedule with date and allocated timing will be shared with the students via Blackboard. 3. Each group will only have 5 minutes for their oral presentation. Use your given time wisely. Grade Distribution: Report Oral Presentation Total 11 3 14 ******************************* Your Answer Starts Below This Line *******************************

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