Milestone 1: Preliminary Design Complete

Task 1: Research

• Create a work breakdown for each member
• Examine existing products and user needs 
• Look into available technologies to use in solution

Task 2: Preliminary Design (HW|SW) 

• Utilize research to decide design specifications
• Create general parallel workflows

Task 3: Purchase Components

• Divided amongst various purposes
  • Hardware (HW)
  • Software (SW)
  • Power System (PS)
  • Misc. Components
• All major components for HW|SW|PS purchased

Milestone 2: Triggered Image Capture Complete

Task 4: Configure Camera Module with Processor

• Setup Raspberry Pi Operating System
• Enable camera support and be able to take snapshots

Task 5: Configure PIR Motion Sensor to Trigger Camera

• Have PIR sensor signal the processor when motion is detected
• Allow the camera to take a snapshot when a signal from the PIR sensor is sent

Task 6: Process Captured Image

• Encode image so it can be sent via cellular

Milestone 3: Cellular Connectivity Complete

Task 7: Configure Cellular HAT with Processor

• Connect cellular HAT to processor headers, connect SIM card
• Install required software necessary for HAT to interface with processor
• Make POST HTTP request to web server

Task 8: Interface with Notification System

• Be able to send data to the user from the web server via a cellular connection

Milestone 4: Notification System Complete

Task 9: Implement Software for User Notification Interface via Cellular

• Perform processing on the image taken by the camera to prepare for sending
• Create a notification for the user in the form of a prompt
  • Provide a snapshot of the object that moved in front of the camera
  • Ask the user if the presented snapshot is a threat
• Send notification to the user via cellular
• Allow user interactivity

Milestone 5: Power System Complete

Task 10: Implement Power System

• Develop and implement standalone power generation and storage capabilities
• Integrate power-saving techniques to reduce current draw of processor and increase total processor lifetime

Milestone 6: System Integration Complete

Task 11: System Integration/Construction 

• Construct and connect all hardware and software systems
• Verify connection of hardware and software
• Make any necessary modifications to hardware for greater performance

Task 12: End-to-End Verification

• Run through entire programming workflow (i.e. Processor to Notification System)
• Generate test cases for hardware and software
• Verify test cases
• Test embedded and application software for various users and vehicles