Luc Van Aken

About

Luc Van Aken is a robotics researcher whose career has been devoted to advancing the science of robot programming, motion control, and autonomous manipulation systems. Working primarily through the 1980s, Van Aken made meaningful contributions to one of the era's most pressing engineering challenges: how to program robots at higher levels of abstraction without sacrificing precision or real-time performance. His most recognized work examines the theoretical landscape of robot programming languages, critically surveying competing approaches and articulating the core challenges that remained unsolved — a paper that continues to be cited by those mapping the field's evolution. Complementing this, his development of LOLA (Leuven Off-Line Language) represents a practical achievement, producing an advanced end-point level off-line programming system that embodied his research philosophy. Van Aken also contributed technical solutions to trajectory control using imposed acceleration profiles, sensor-based automated programming, and real-time inverse kinematics — foundational problems whose solutions enabled more reliable and flexible robotic systems. A recurring theme across his work is the integration of structured geometric databases into off-line programming environments, simplifying task specification considerably. Though his citation counts are modest by modern standards, his body of work reflects the pioneering spirit of early robotics research at KU Leuven, laying groundwork that later generations would build upon.

Research Focus

Key Achievements

Top Papers

1. 1
   Robot programming languages: the statement of a problem

   12 citations · 1988
2. 2
   On-line robot trajectory control in joint coordinates by means of imposed acceleration profiles

   8 citations · 1985
3. 3
   A sensor based technique for automated robot programming

   8 citations · 1984
4. 4
   A structured geometric database in an off-line robot programming system

   5 citations · 1987
5. 5
   Software for solving the inverse kinematic problem for robot manipulators in real time

   5 citations · 1983
6. 6
   Robot motions in free space : task specification and trajectory planning

   4 citations · 1987
7. 7
   Including a structured geometric database into an off-line robot programming system

   4 citations · 1986
8. 8
   LOLA (Leuven Off-Line LAnguage): An enhanced manipulator level off-line robot programming system

   3 citations · 1986
9. 9
   LOLA, an Advanced End-Point Level Off-Line Robot Programming System

   2 citations · 1987
10. 10
    Simplification of a Robot Task Specification by Incorporating a Structured Geometric Database into an Off-Line Robot Programming System

    2 citations · 1988

Key Collaborators

Contact & Links