Biblio

Found 22 results
Author Title [ Type(Asc)] Year
Filters: Author is H. Mosemann  [Clear All Filters]
Journal Article
Röhrdanz F., Mosemann H., Wahl F..  1997.  HighLAP: A High Level System for Generating, Representing, and Evaluating Assembly Sequences. International Journal on Artificial Intelligence Tools. 6:149–163.
Röhrdanz F., Mosemann H., Wahl F..  1997.  Generating and Evaluating Stable Assembly Sequences. Journal of Advanced Robotics, Special Issue on Mechanical Assembly. 11:97-126.
Mosemann H., Wahl F..  2001.  Automatic Decomposition of Planned Assembly Sequences into Skill Primitives. IEEE Transactions on Robotics and Automation. 17:709–718.
Conference Paper
Mosemann H., Röhrdanz F., Wahl F..  1997.  Stability of Assemblies as a Criterion for Cost Evaluation in Robot Assembly. 8th International Symposium of Robotics Research. :66–71.
Mosemann H., Röhrdanz F., Wahl F..  1997.  Stability Analysis of Assemblies Considering Friction. IEEE Trans. Robotics and Automation. 13:805–813.
Mosemann H., Röhrdanz F., Wahl F..  1997.  A Sophisticated Assembly Planning System for Flexible Robot-Based Manufacturing. International Conference on Manufacturing Automation, ICMA `97. :329–334.
Pelich C., Mosemann H., Wahl F..  1997.  PRIPES: A Multiprocessor Based System for Programming and Controlling Manipulators in Robotic Applications. 8th International Conference on Advanced Robotics. :545–550.
Pelich C., Mosemann H., Wahl F..  1996.  A Powerful, Flexible and Process-Modular Robot Control Environment. 4th IASTED International Conference on Robotics and Manufacturing. :57–60.
Stoeter S., Voss S., Papanikolopoulos N., Mosemann H..  1999.  Planning of Regrasp Operations. IEEE International Conference on Robotics and Automation. :245–250.
Mosemann H., Raue A., Wahl F..  1999.  Identification of Assembly Process States Using Polyhedral Convex Cones. IEEE International Conference on Robotics and Automation. :2756–2761.
Röhrdanz F., Mosemann H., Wahl F..  1996.  HighLAP : A High Level System for Generating, Representing, and Evaluating Assembly Sequences. IEEE International Joint Symposia on Intelligence and Systems. :134–141.
Mosemann H..  1999.  HighLAP: A High Level System for Generating, Representing, and Evaluating Assembly Sequence. IEEE International Conference on Robotics and Automation Videoproceedings.
Mosemann H., Röhrdanz F., Wahl F..  1997.  Geometrical and Physical Cost Evaluation for Robot Assembly Sequence Planning. IEEE International Conference on Intelligent Engineering Systems. :499–504.
Mosemann H., Bierwirth T., Wahl F., Stoeter S..  2000.  Generating Polyhedral Convex Cones from Contact Graphs for the Identification of Assembly Process States. IEEE International Conference on Robotics and Automation. :744–749.
Mosemann H., Röhrdanz F., Wahl F..  1996.  Ein aufgabenorientiertes Robotermontageplanungssystem für die automatische Generierung und Evaluierung von Montagesequenzen. Bergisches Seminar für Robotik, Bergische Universität Wuppertal. :85–112.
Mosemann H., Wahl F..  2000.  Dekomposition und Ausführung von Roboteraufgaben auf der Basis von automatisch generierten Montageplänen. Robotik 2000. :377–382.
Mosemann H., Raue A., Wahl F..  1998.  Classification and Recognition of Contact States for Force Guided Assembly. IEEE International Conference on Systems, Man and Cybernetics. :3400–3405.
Mosemann H., Röhrdanz F., Wahl F..  1998.  Assembly Stability as Constraint for Assembly Sequence Planning. IEEE International Conference on Robotics and Automation. :233–238.
Mosemann H., Röhrdanz F., Wahl F..  1997.  Assembly Sequence Generation and Evaluation Using Geometrical and Physical Reasoning for Flexible Manufacturing. 4th International Symposium on Methods and Models in Automation and Robotics. :889–896.
Book Chapter
Röhrdanz F., Mosemann H., Wahl F..  1996.  International Conference on THEORY AND PRACTICE OF GEOMETRIC MODELING. :416–434.
Mosemann H., Röhrdanz F., Wahl F..  1998.  8th International Symposium of Robotics Research. :157–168.
Book
Mosemann H..  2000.  Beiträge zur Planung, Dekomposition und Ausführung von automatisch generierten Roboteraufgaben. Fortschritte in der Robotik. 6