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SUMMARY:Augmented Reality &amp\; Cobots - Krzysztof Zieliński\, Universal
  Robots &amp\; University of Southern Denmark
DTSTART:20230711T110000Z
DTEND:20230711T120000Z
UID:TALK203104@talks.cam.ac.uk
CONTACT:Slawomir Tadeja
DESCRIPTION:Speakers Bio:\n\nKrzysztof Zieliński is an Industrial PhD stu
 dent at the University of Southern Denmark and Universal Robots\, speciali
 zing in robotics. With four years of industry experience and co-founding a
  robotic toy startup\, he has developed a strong foundation in the field. 
 His interests lie in Augmented Reality\, computer vision (with a focus on 
 3D mapping)\, and robotics.\n\n!!! Open to the public.\n\nInstitute of Man
 ufacturing (IfM)\, Seminar Room 2\n2023/07/11\, 12:00-13:00\n\nTitle: Augm
 ented Reality & Cobots\n\nAbstract: In this talk\, the exploration of Augm
 ented Reality (AR) in the context of robotics is undertaken\, with a speci
 fic emphasis on the utilization of two types of displays - mobile and wear
 able-based. The aim is to investigate how AR can be integrated into roboti
 cs and to shed light on the challenges and use cases currently present in 
 the field. Although AR has found its place in a wide range of applications
 \, its integration with collaborative robots has yet to be fully realized.
  By examining the potential of mobile and wearable-based displays\, this t
 alk provides an overview of the current technological limitations that nee
 d to be overcome and offers insights into the use cases where AR can be ap
 plied to enhance robotic systems.\n\n!!! Invite only.\n\nTitle: Context-aw
 are deployment of collaborative robots\n\nAbstract: This talk introduces a
  PhD project aimed at empowering robot end-users by streamlining the deplo
 yment of automation solutions. It explores automation challenges for Small
  and Medium Enterprises. The talk focuses in particular on AR-based User I
 nterface for improving I/O setup in robot deployment process. Through vali
 dated design\, the chosen UI is compared to existent methods using RTLX an
 d SUS methods to evaluate mental demand and usability of the proposed solu
 tion.
LOCATION:Institute of Manufacturing (IfM)\, Seminar Room 2
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