Papers
19
Total Citations
447
H-Index
11
About
Alexander Lenz is a leading researcher in soft robotics and human-robot interaction, with a focus on biologically inspired control systems. His most cited work, "A variable compliance, soft gripper" (2013, 115 citations), demonstrates his pioneering contributions to adaptive grasping technologies that prioritize safety and dexterity. Lenz has made significant strides in cerebellar-inspired control, as evidenced by his work on adaptive gaze stabilization for robot eyes actuated by pneumatic artificial muscles (2009, 61 citations), which models the vestibulo-ocular reflex to stabilize vision during disturbances. His research on platform-independent cooperative human-robot interaction systems (2012, 52 citations) advances robots' ability to learn and execute shared plans in real-time, enhancing collaborative autonomy. With over 400 total citations, Lenz's work integrates perception, compliance control, and imitation learning, as seen in his studies on goal-directed actions and humanoid robot platforms like BERT2. His achievements include developing dynamic model-free adaptive controllers for safe human-robot collaboration, positioning him as a key figure in creating robots that seamlessly adapt to human partners in open-ended tasks.
Research Focus
Key Achievements
Top Papers
- 1A variable compliance, soft gripper115 citations · 2013
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