
Sigal BermanDepartment of Industrial Engineering
& Management
Ben-Gurion
University of the Negev, Beer-Sheva, Israel
Tel: +972 8 6479785
Fax: +972 8 6472958
Email: sigalbe @ bgu.ac.il
I completed my B.Sc. degree
at the Faculty of Electrical Engineering at the Technion – Israel Institute of
Technology in 1991. I then moved to Beer-Sheva and completed my M.Sc.
degree at the Department Electrical and Computer Engineering at the
Current work:
·
Human motion analysis using Geometric algebra
Understanding human motion planning can be facilitated by formulating
mathematical modules by which the CNS may be operating. I am especially
interested in 3D arm motion since it holds many analogies to robotic motion. I
am looking at geometric algebra and its applicability to motor control
research. I am interested in sub-movement segmentation, modeling of double step
movements, and the applicability of the minimum jerk model to 3d motion.
Joint work with Tamar Flash, Dario Liebermann, Joe McIntyre
·
Natural interfaces for the smart home
Developing natural interfaces is imperative to the future smart home
scenario. Hand gesture based interfaces are a promising line of research for
interacting with and controlling objects found in the home such as appliances,
home service robots, and entertainment devices.
Joint work with Helman Stern Yael Edan
·
Natural interfaces for telerobotics
Mapping human motion to robot motion is non trivial due to the inherent dissimilarities
between the two. In accordance with current initiatives for making telerobotic
systems more human centered I am working on an innovative telerobotic
methodology based on identifying intended actions of the human operator
according to hand configuration during object grasping. The robot then selects
the grasp most suitable for performing the required action based on both task
requirements and robot capabilities.
Joint work with
·
Multi-robot production systems
Multi-robot systems are commonly found in industry. I am working on
operation methodologies for multi-robot assembly stations. I am looking at the
interaction between knowledge horizons and station characteristics. I am also
looking and methodological comparisons between various AGV dispatching
algorithms including fuzzy logic based algorithms.
Joint work with Yael Edan, Yisrael Parmet
·
Multiple View Point Planning
When setting up a machine vision setup involving multiple cameras and light
sources, optimization of their placement can greatly improve the performance of
the system. I am working on addressing this issue using several approaches
including non linear programming and genetic algorithms.
Joint work with Helman Stern
Earlier work:
· Visual haptic displays for tele-robotic minimally invasive surgery
·
Autonomous AGV system for
material handling, Department of Industrial Engineering and Management.
·
Multi robot assembly,
Department of Industrial Engineering and Management.
·
AGV dispatching, Department
of Industrial Engineering and Management.
·
SMR – Small mobile robot
design, Faculty of electrical and computer engineering,
Last updated 14/11/08.