Please enable JavaScript.
Coggle requires JavaScript to display documents.
Driverless Food Service - Coggle Diagram
Driverless Food Service
-
Client Experience
Route Optimisation
Ensures drivers take the fastest and safest to their jobs by analysing real-time traffic conditions and avoiding traffic
GPS Tracking
Real-time GPS tracking helps eliminate customer inconvenience. The autonomous delivery vehicles will be tracked by the customer so they know when the technician arrives.
-
Autonomous Delivery
If the repair is an easy fix that customers can do themselves, a driverless vehicle can deliver the part without a technician needing to be present, once again boosting productivity and profit
Developer
Reduce Jobs
-
-
Security
An idea to ensure that no one else can take your order, the autonomous car must include a pin pad.
When the car arrives with your food, it will send you a message to say that your order has arrived, and on that message it will have a code attached.
Hardware
-
-
-
-
-
Sensors and Actuators
-
-
To collect data from the environment, dozens of sensors will be required
The different actuators will be activated by sensors, which will create the command to activate the final component.
Software
-
Scene Recognition
Scene recognition consists of driving scenario integration, prediction of surrounding behavior, and global course planning
The primary goal of driving scenario fusion is to analyse data from numerous heterogeneous sensors, get increasingly precise environmental target knowledge, and perform road scene type assessment
The primary goal of surrounding behavior prediction is to forecast the future trajectory and speed of vehicles that will be driving around the intelligent vehicle
The primary goal of global route planning is to complete the selection and planning of a path from the beginning point to the destination point