“Report 2: Implementation Phase A Comparative Study of MQTT…

Section 3 Proposed Method / Approach

• State that this is a Comparative Study (Track 2)
• List the two protocols:
  • MQTT (proposed)
  • HTTP (baseline)
• Explain in 1 paragraph why these two are compared refer back to the literature review findingsSection 4 System Design
• Draw an architecture diagram showing:
  • Sensor Broker/Server Client
• Explain each component:
  • What it does
  • How it connects to the next component
• Explain the workflow step by stepSection 5 Dataset
• This project does not use a real dataset the data is simulated in Python to represent a typical IoT sensor device
• Describe the simulated data:
  • What is being simulated: a sensor device sending readings (e.g. temperature or humidity values)
  • Payload size: 100 bytes per message
  • Transmission interval: 1 message every 1 second
  • Test duration: 10 minutes per protocol
  • Total messages sent: 600 messages per protocol
• Define the test scenarios:
  • Both protocols are tested separately but under identical conditions
  • Same payload size, same interval, same duration, same machine
• Preprocessing:
  • No preprocessing needed data is generated and sent directly
  • Timestamps are recorded at send and receive time for latency calculation
  • Packet size is recorded for bandwidth measurement
  • Message delivery is tracked for reliability calculationSection 6 Experimental Setup
• List all tools used:
  • Python
  • Paho-MQTT
  • Flask
  • Mosquitto
  • Wireshark / Scapy
• Define configuration:
  • Payload size: 100 bytes
  • Transmission interval: 1 second
  • Test duration: 10 minutes
• Mention hardware:
  • Your laptop specs (RAM, processor)Section 7 Implementation Details
• Describe how the simulation was built step by step:
  • Setting up Mosquitto broker
  • Setting up Flask server
  • Writing the MQTT publisher client
  • Writing the HTTP client
• Explain the testing process:
  • How messages are sent
  • How metrics are measured
• Mention any challenges faced and how they were solvedSection 8 Results
• Run the simulation and collect real numbers for both protocols
• Present results in a comparison table showing MQTT vs HTTP across all 4 metrics:
  • Latency
  • Bandwidth Usage
  • Power Consumption
  • Reliability
• Add graphs comparing both protocols fairly one graph per metric is ideal
• Make sure both protocols are tested under identical conditions so the comparison is fair
• Do not favor one protocol present the numbers as they are

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