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Peter Ahrendt

Trends in Robotic Sensor Technologies for Fruit Harvesting: 2010-2015

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  • Andrejs Zujevs, Vidseme University of Applied Sciences, Latvia
  • Vitalijs Osadcuks, Mitavas roboti Ltd, Latvia
  • Peter Ahrendt
In the modern world processes and technologies tend to be automated, autonomous and precise. The world population is constantly growing and thus food production technologies should be brought to a qualitatively new level. Quality requirements for food products also tend to increase and become more complex. Precision Agriculture provides the possibility to use soil more intelligently and effectively. Precision Agriculture includes sensor technologies for yield mapping and measuring, soil sensing, nutrient and pesticide application, irrigation control, robotic harvesting, etc. With the increase of the density and energy effectiveness of computing power, it has also become possible to use open source libraries to incorporate complex signal processing, object detection and machine learning into embedded applications. These factors have led to a situation where designs of commercially successful robotic plant inspection and harvesting solutions can emerge. This paper provides a review of modern sensor systems used in semi or fully automated robotic harvesting, including fruit detection and localization prior to pick or slice. Sensors used in selective harvesting were also reviewed. Sensor systems were classified in the following categories: computer vision, chemical sensors, tactile sensors and proximity sensors. The main trends in the future of robotic harvesting will involve usage of combinations of different sensor systems that provide accuracy and reliability.
Original languageEnglish
JournalProcedia Computer Science
Volume77
Pages (from-to)227-233
Number of pages7
ISSN1877-0509
DOIs
Publication statusPublished - 31 Dec 2015

Bibliographical note

ICTE in regional Development 2015 Valmiera, Latvia

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