PRE2017 3 Groep12: Difference between revisions
(→Users) |
(→Users) |
||
| Line 17: | Line 17: | ||
== Users == | == Users == | ||
The robot we want to develop and are describing in this wiki is a robot to replace the guiding dogs. This robot will be used by the visually impaired the way they are now using guiding dogs. This means that they will use the guiding robot to walk inside, outside and to find there way to a store, | The robot we want to develop and are describing in this wiki is a robot to replace the guiding dogs. This robot will be used by the visually impaired the way they are now using guiding dogs. This means that they will use the guiding robot to walk inside, outside and to find there way to a store, bus stop etc. So the robot will not only have an impact on the visually impaired that is directly using the guiding robot it will also have an impact on the people in the direct surroundings of the visually impaired. For example when a visually impaired using the guiding robot wants to cross the street the drivers of the cars must really on the guiding robot to not cross the street if this isn’t possible. So this gives us the visually impaired who are the primary users, the people in the surrounding of a visually impaired that is guided by the guiding robot as the secondary users. And then we have the developers who are the tertiary users. | ||
===Users=== | ===Users=== | ||
Revision as of 12:18, 20 February 2018
Guiding Robot
Subject
Guiding Robot
Objectives
- Autonomous robot.
- Scan environment.
- Keeping the user into account.
- It can guide its user in a restricted area.
Users
The robot we want to develop and are describing in this wiki is a robot to replace the guiding dogs. This robot will be used by the visually impaired the way they are now using guiding dogs. This means that they will use the guiding robot to walk inside, outside and to find there way to a store, bus stop etc. So the robot will not only have an impact on the visually impaired that is directly using the guiding robot it will also have an impact on the people in the direct surroundings of the visually impaired. For example when a visually impaired using the guiding robot wants to cross the street the drivers of the cars must really on the guiding robot to not cross the street if this isn’t possible. So this gives us the visually impaired who are the primary users, the people in the surrounding of a visually impaired that is guided by the guiding robot as the secondary users. And then we have the developers who are the tertiary users.
Users
State of the Art
Approach
- Research
- Which robot we will use to implement the software.
- Perceiving of the environment and recognizing obstacles.
- Obstacle avoidance.
- Adapting to the environment (tension on the rope).
- GPS navigation.
- Voice recognition.
Planning
TaskWhom::Duration (hour):: Duration (hour): Discuss initial project. All group members 1 Research of state of the art: Perceiving the environment Obstacle avoidance GPS navigation and voice recognition Robotic design Guiding dogs
Dylan
Renee
Thomas
Jarno
Anne
10 10 10 10 10
Milestones
Research is complete. Hardware is available. Robot can scan the environment. It can keep the user in mind. It is fully autonomous. It can guide the user in a restricted area.
Deliverables
prototype