Titanilla Komenda

Fraunhofer Austria, TU Wien, University of Applied Sciences Technikum Wien

Papers

13

Total Citations

178

H-Index

7

About

No biography available yet.

Research Focus

Computer science13 · 178 citations
Robot8 · 146 citations
Artificial intelligence8 · 146 citations
Engineering9 · 108 citations
Factory (object-oriented programming)2 · 69 citations
Systems engineering5 · 61 citations
Business3 · 59 citations
Risk analysis (engineering)4 · 58 citations
Human–computer interaction2 · 55 citations
Programming language2 · 54 citations
Engineering management2 · 54 citations
Software engineering2 · 54 citations

Key Achievements

7
H-Index
13
Papers
178
Total Citations
14
Avg Citations/Paper
🏆 Most Cited Paper
Teaching Cobots in Learning Factories – User and Usability-Driven Implications
51 citations · 2020
📈 Most Prolific Year: 2021 (5 Papers)
🤝 Key Collaborators: 36
🏛 Institutions: Fraunhofer Austria, TU Wien, University of Applied Sciences Technikum Wien

Top Papers

  1. 1
    Teaching Cobots in Learning Factories – User and Usability-Driven Implications
    51 citations · 2020
  2. 2
    A Morphology of Human Robot Collaboration Systems for Industrial Assembly
    36 citations · 2018
  3. 3
    A Practical Approach of Teaching Digitalization and Safety Strategies in Cyber-Physical Production Systems
    18 citations · 2019
  4. 4
    MILP model to decrease the number of workers in assembly lines with human-robot collaboration
    15 citations · 2021
  5. 5
    Learning to Share - Teaching the Impact of Flexible Task Allocation in Human-cobot Teams
    12 citations · 2021
  6. 6
    Versatile Collaborative Robot Applications Through Safety-Rated Modification Limits
    11 citations · 2019
  7. 7
    Optimisation of compressed air and electricity consumption in a complex robotic cell
    10 citations · 2012
  8. 8
    A comparison of and critical review on cycle time estimation methods for human-robot work systems
    7 citations · 2021
  9. 9
    Wirtschaftliche Mensch-Roboter-Arbeitssystemgestaltung
    4 citations · 2021
  10. 10
    A method to enhance the flexibility of collaborative human-robot workspaces through an extended safety perspective
    4 citations · 2022

Key Collaborators

MBMathias Brandstötter4 shared papersSSSebastian Schlund4 shared papersMHMichael Hofbaur3 shared papersCSChristina Schmidbauer2 shared papersGBGuido Breitenhuber2 shared papersFRFabian Ranz2 shared papersGRGerhard Reisinger2 shared papersVMViktorio Mališa2 shared papersMRMichael Rathmair2 shared papersPWPhilipp Wedenig1 shared papersWSWilfried Sihn1 shared papersMSMartin Steiner1 shared papersDKDavid Kames1 shared papersCLCatherine Laflamme1 shared papersTMTeresa Murino1 shared papersCSChiara Sepe1 shared papersAWand Wilfried Sihn1 shared papersIIIvana Ignjatović1 shared papersTHThomas Haspl1 shared papersAMAndréas Müller1 shared papers
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