Autonomous mobility scooter requirements

in order to make a product or a model of the system, it must first be decided what the actual requirements and limitations of our model are. with these requirements we can see what our model should eventually do.

we have split the requirements in four different sections, to split main concerns of the system.

navigation: these requirements concern everything to with the software and navigation, what it should, can, cannot or should not do.
safety: these requirements concern safety issues of a mobility scooter.
smart mobility: these requirements concern how to enhance the mobility scooter such that it responds to the requests of the user.
physical: these requirements concern the actual hardware that is needed for the mobility scooter.

navigation

- the mobility scooter is able to navigate through a shop
- the mobility scooter can use lifts
- the mobility scooter can use public transport

safety

- the mobility scooter should drive 5 km/h or less on a walking path
- the mobility scooter should not get closer than 10 centimetres to another person while driving.
- if the autonomous system detects a failure, it should notify the user

smart mobility

- the mobility scooter should have a display
- a user can set their destination using the display
- a user should not have to take more than 5 seconds to get in to the mobility scooter time to be edited after more research

physical

- the mobility scooter should fit IR sensors
- the mobility scooter should fit ultrasonic sensors
- the mobility scooter should fit a LIDAR system
- the mobility scooter should have batteries that can last 3 hours of driving time
- the mobility scooter should have a computer system built in such that it can process the massive amount of data
- the mobility scooter should fit a 4g antenna