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Matthew D. Berkemeier

Publication record assembled from the DBLP archive of ranked conferences.

Papers indexed

15

Venues

2

Active years

1990–2008

Best venue rank

A*

Where they publish

Papers

15 indexed papers, newest first.

YearVenueTitleAuthors
2008ICRAElementary mechanical analysis of obstacle crossing for wheeled vehicles.Matthew D. Berkemeier, Eric Poulson, Travis Groethe
2005ICRADiscrete Control for Visual Servoing the ODIS Robot to Parking Lot Lines.Matthew D. Berkemeier, Lili Ma
2005ICRASelf-Organizing Running in a Quadruped Robot Model.Matthew D. Berkemeier, Pranav Sukthankar
2003IROSBuilding better swarms through competition: lessons learned from the AAAI/RoboCup Rescue Robot competition.Daniel P. Stormont, Asti Bhatt, Brandon Boldt, Scott Skousen, Matthew D. Berkemeier
2002ICRAVisual Servoing of an Omni-Directional Mobile Robot for Alignment with Parking Lot Lines.Matthew D. Berkemeier, Morgan E. Davidson, Vikas Bahl, Yangquan Chen, Lili Ma
2000ICRALow-Energy Control of a One-Legged Robot with 2 Degrees of Freedom.Russell Dummer, Matthew D. Berkemeier
1999ICRAControl of Hopping Height in Legged Robots Using a Neural-Mechanical Approach.Matthew D. Berkemeier, Kamal V. Desai
1998ICRAThe Motion of a Finite-Width Rimless Wheel in 3D.Adam C. Smith, Matthew D. Berkemeier
1997ICRAApproximate return maps for quadrupedal running.Matthew D. Berkemeier
1997ICRADecreasing the energy costs of swimming robots through passive elastic elements.Karen A. Harper, Matthew D. Berkemeier, Sheryl Grace
1997ICRAPassive dynamic quadrupedal walking.Adam C. Smith, Matthew D. Berkemeier
1996ICRADesign of a robot leg with elastic energy storage, comparison to biology, and preliminary experimental results.Matthew D. Berkemeier, Kamal V. Desai
1994ICRAControl Experiments on an Underactuated Robot with Application to Legged Locomotion.Matthew D. Berkemeier, Ronald S. Fearing
1992ICRAControl of a two-link robot to achieve sliding and hopping gaits.Matthew D. Berkemeier, Ronald S. Fearing
1990ICRADetermining the axis of a surface of revolution using tactile sensing.Matthew D. Berkemeier, Ronald S. Fearing