BibSonomy publications for /tag/importedTue Feb 14 22:45:04 CET 2012FOCSDBLP:conf/focs/2001460-469Three Theorems Regarding Testing Graph Properties2001canonical-testing imported property-testing Tue Feb 14 22:45:04 CET 2012Random Struct. Algorithms123-57Three theorems regarding testing graph properties232003canonical-testing imported property-testing Tue Feb 14 22:40:39 CET 2012Random Struct. Algorithms3-4359-370Testing subgraphs in large graphs212002imported property-testing Tue Feb 14 22:40:39 CET 2012FOCSDBLP:conf/focs/2001434-441Testing Subgraphs in Large Graphs2001imported property-testing Tue Feb 14 22:33:48 CET 2012SIAM J. Comput.2482-501Testing versus Estimation of Graph Properties372007imported property-testing tolerant-testing Tue Feb 14 22:33:48 CET 2012STOCDBLP:conf/stoc/2005138-146Testing versus estimation of graph properties2005imported property-testing tolerant-testing Mon Feb 13 06:34:16 CET 2012SODADBLP:conf/soda/20111422-1436Low Rank Matrix-valued Chernoff Bounds and Approximate Matrix Multiplication2011chernoff imported matrix-multiplication Sun Feb 12 20:34:30 CET 2012StuttgartID: 7729Curling: d. Spiel, d. Regeln, d. Strategie.1986imported Sun Feb 12 20:34:30 CET 2012LondonID: 182Beginner's guide to curling1969imported abebooks 7 euroSun Feb 12 20:34:30 CET 2012LondonID: 194International guide to curling1985imported amazon.de 1 + 3 euroSun Feb 12 20:34:30 CET 2012VancouverID: 283Ken Watson on curling1950imported Sun Feb 12 20:34:30 CET 2012WinnipegID: 288Curling with Ken Watson1958imported Sun Feb 12 20:34:30 CET 2012MontrealID: 298Curling at a glance1968imported Sun Feb 12 20:34:30 CET 2012ReginaID: 993Say it again, Sam! Life in and beyond the Richardson curling dynasty1999imported 7,24+9,68Sun Feb 12 20:34:30 CET 2012TorontoID: 177Curling in Ontario, 1846-19461950imported abebooks 8 euroSun Feb 12 20:34:30 CET 2012Saint John N.B.ID: 662St. Andrews Curling Club, Saint John, New Brunswick, one-hundredth anniversary: historical record November 27th to December 1st, nineteen hundred and fifty-five. 1955imported Sun Feb 12 20:34:30 CET 2012EdinburghID: 155Curling: an illustrated history1981imported abebooks 30 euroSun Feb 12 20:34:30 CET 2012GlasgowID: 171The roaring game: memories of Scottish curling1985imported AusstellungskatalogSun Feb 12 20:34:30 CET 2012St. John's N.L.ID: 1012Rock stars! : Team Gushue's road to gold2006imported 0,73 + 7,75Sun Feb 12 20:34:30 CET 2012Canadian Journal of PhysicsNOVEditorial Material11903-922Comment on: Curling Rock Dynamics - The Motion of a Curling Rock: Inertial vs. Noninertial Reference Frames771999imported We examine the approach used and the results presented in a recent publication (Can. J. Phys. 76, 295 (1998))in which (i) a noninertial reference frame is used to examine the motion ofa curling rock, and (ii) the lateral motion of a curling rock isattributed to left-right asymmetry in the force acting on the rock.We point out the important differences between describing the motionin an inertial frame as opposed to a noninertial frame.We show that a force exhibiting left-right asymmetryin an inertial frame cannot explain the lateral motion of a curlingrock. We also examine, as was apparently done in the recent publication,an effective force that has left-right asymmetry in a noninertial, rotating frame. We show that such a force is not left-right asymmetric in an inertial frame, and that anylateral motion of a curling rock attributed to the effective forcein the noninertial frame is actually due to a real force, in aninertial frame, which has a net nonzero component transverse to the velocityof the center of mass. We inquire as to the physical basis for thetransverse component of this real force. We also examine the motion ofa rotating cylinder sliding over a smooth surface for which there isno melting: we show that the motion is easily analyzed in an inertialframe and that there is little to be gained by considering a rotating frame.We relate the results for this simple case to the more involved problemof the motion of a curling rock: we find that the motion of curling rocksis best studied in inertial frames. Perhaps most importantly, we showthat the approach taken and the results presented in the recent publicationlead to predicted motions of curling rocks that are indisagreement with observed motions of real curling rocks.importedCommunity for tag(s) imported