State of the art: Difference between revisions

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[https://www.mdpi.com/1424-8220/8/2/1278/htm]
[https://www.mdpi.com/1424-8220/8/2/1278/htm]
Paper about asphalt analysis, to detect whether the road needs maintenance. This paper was actually meant for airborne sensing, but could be used by our robot as well.
Paper about asphalt analysis, to detect whether the road needs maintenance. This paper was actually meant for airborne sensing, but could be used by our robot as well.
[https://www-sciencedirect-com.dianus.libr.tue.nl/science/article/pii/S1474667016449207]
Paper about stair-climbing methods for robots, useful for our robot to easily get on or off the pavement.

Revision as of 14:41, 10 February 2019

State of the Art of group 5

Jasper

[1][2] Article about a trash collecting robot (team). It is about office cleanup, but with some changes the technique can also be relevant for outside use. It is about a competition. One document describes the solution of the winning team, the other gives some more information about the competition.

[3] A patent for sucking and filtering for a dust collection vehicle.

[4] A patent for an autonomous lawn mower robot. Also about navigating over the lawn.

[5] Paper about weed control, describing navigating through specific areas, detecting weed with a camera, making weed maps and spraying weed.

[6] A patent for a snow sweeper for sidewalks.

Tom

[7] Paper about the design of an autonomous vacuum cleaner.

[8] Paper about pathing algorithms for autonomous vacuum cleaner robots.

[9] Analysis of snow melting approaches.

[10] Paper about machine vision application for weed removal.

[11] Analysis of pavement maintenance methods.

[12] Research into small (< 20kg) urban robots for disaster relief.

Stan

[13] Paper about navigation on pavements, avoiding litter, pedestrians and bicycles.

[14] Paper about asphalt analysis, to detect whether the road needs maintenance. This paper was actually meant for airborne sensing, but could be used by our robot as well.

[15] Paper about stair-climbing methods for robots, useful for our robot to easily get on or off the pavement.