Retake Embedded Motion Control 2018 Nr1: Difference between revisions
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Retake Albu, T.F. | Retake Albu, T.F. | ||
Requirements: | <b>Requirements:</b> | ||
R1. The robot will start by searching for the POI. The robot shall rotate until it detect the 2 legs of the POI in the range 0.2m..1m, after that it will move at the "watching" position -- a central position at 0.4m behind the POI, facing 15t. | R1. The robot will start by searching for the POI. The robot shall rotate until it detect the 2 legs of the POI in the range 0.2m..1m, after that it will move at the "watching" position -- a central position at 0.4m behind the POI, facing 15t. | ||
Revision as of 13:20, 17 August 2018
Retake Albu, T.F.
Requirements:
R1. The robot will start by searching for the POI. The robot shall rotate until it detect the 2 legs of the POI in the range 0.2m..1m, after that it will move at the "watching" position -- a central position at 0.4m behind the POI, facing 15t.
R2. The robot will follow the POI, positioning itself at the "watching".
R3. The robot will filter out another person, even if it comes in the POI range.
R4. If the contact with the POI is lost, the robot will search for POI with the same procedure as at start.
Assumptions:
A1. POI will move with a speed less than 0.5m/s.
Design Decisions:
D1. In order to find the POI, the robot will scan 2 times 180 degrees, and will parse the information.
D2. The "watching" position is calculated as follows:
- the robot detects the 2 legs of the POI, and their centers of mass.
D2. In order to filter out