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Used together with:
visual (15)
base (7)
control (6)
use (5)
motion (4)

Stem servo$ (all stems)

20 papers:

CASECASE-2015-PellicciariBBG #energy #performance
Increasing position accuracy and energy efficiency of servo-actuated mechanisms (MP, GB, FB, MG), pp. 1339–1344.
SACSAC-2015-FonooniH #behaviour #on the #visual notation
On the similarities between control based and behavior based visual servoing (BF, TH), pp. 320–326.
CASECASE-2014-CaoMDZ #detection #performance #visual notation
A gabor based fast interest point detector for image-based robot visual servo control (ZC, FM, JSD, JZ), pp. 883–888.
CASECASE-2011-XieZSL #fuzzy #using
Position servo control of the slider in double toggle mechanical press using Bezier curve model and fuzzy control (JX, SZ, ZS, JL), pp. 773–778.
ICPRICPR-2010-GilPT #adaptation #analysis #integration #visual notation
Analysis and Adaptation of Integration Time in PMD Camera for Visual Servoing (PG, JP, FT), pp. 311–315.
CASECASE-2009-MattosC #performance #precise #visual notation
A fast and precise micropipette positioning system based on continuous camera-robot recalibration and visual servoing (LSM, DGC), pp. 609–614.
CASECASE-2008-Andoh #identification #using
Coulomb friction identification for mechatronic servo systems with limited strokes using two reference inputs (FA), pp. 265–272.
CASECASE-2008-TamadazteDFF #automation #multi #using #visual notation
Automatic micromanipulation using multiscale visual servoing (BT, SD, GF, NLFP), pp. 977–982.
CASECASE-2007-Andoh #identification
Inertia Identification of Mechatronic Servo Systems with Infinitesimal Motions (FA), pp. 925–932.
ICPRICPR-v4-2006-HafezJ #estimation #using #visual notation
Target Model Estimation using Particle Filters for Visual Servoing (AHAH, CVJ), pp. 651–654.
ICPRICPR-v4-2006-KumarJ #visual notation
Visual Servoing in Presence of Non-Rigid Motion (DSK, CVJ), pp. 655–658.
ICPRICPR-v4-2006-MbonyeF #estimation #parametricity #visual notation
Attentive Visual Servoing in the MPEG compressed domain for Un-calibrated Motion Parameter Estimation of Road Traffic (KPM, FPF), pp. 908–911.
ICPRICPR-v1-2004-JorgLN #realtime #visual notation
FPGA based Real-Time Visual Servoing (SJ, JL, MN), pp. 749–753.
ICPRICPR-v2-2004-PressigoutM #artificial reality #visual notation
Model-Free Augmented Reality by Virtual Visual Servoing (MP, ÉM), pp. 887–890.
ICPRICPR-v4-2004-AdachiS #re-engineering #visual notation
Uncalibrated Visual Servoing from Projective Reconstruction of Control Values (JA, JS), pp. 297–300.
ICPRICPR-1998-CretualCB #2d #image #visual notation
Complex object tracking by visual servoing based on 2D image motion (AC, FC, PB), pp. 1251–1254.
ICPRICPR-1996-DeguchiN #interactive #matrix #using #visual notation
Visual servoing using eigenspace method and dynamic calculation of interaction matrices (KD, TN), pp. 302–306.
ICPRICPR-1996-MarchandRC #visual notation
Avoiding robot joint limits and kinematic singularities in visual servoing (ÉM, AR, FC), pp. 297–301.
ICPRICPR-1996-ParvinCJM #visual notation
Visual servoing for micro-manipulation (BP, DEC, WEJ, MM), pp. 341–345.
SACSAC-1995-RemyW #adaptation #design
Design of an adaptive control system for DC servo motor (FR, MW), pp. 519–523.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.