The visualization handbook

=001  21653=003  OCoLC=005  20050331161758.0=008  050401s2005    ne a          001 0 eng=010  ##$a2004020457=020  ##$a012387582X=040  ##$aDLC $cDLC $dYDX $dHUA=040  ##$aDLC $cDLC $dYDX $dHUA $dOrLoB-B=041  0#$aeng=042  ##$apcc=050  00$aTK7882.I6 $bV59 2005=082  00$a006.6 $222=092  ##$a006.6 $bV83 H=245  04$aThe visualization handbook / $cedited by Charles D. Hansen, Chris R. Johnson.=260  ##$aAmsterdam : $bElsevier-Butterworth Heinemann, $c2005=300  ##$axvii, 962 p. : $bill. ; $c25 cm.=504  ##$aIncludes bibliographical references and index.=520  1#$a"This handbook provides an overview of this young field by presenting the basic concepts of visualization, providing a snapshot of current visualization software systems, and examining research topics that are advancing the field. It is intended for a broad audience, including not only the visualization expert seeking advanced methods to solve a particular problem, but also the novice looking for general background information on visualization topics. The largest collection of state-of-the-art visualization research yet gathered in a single volume, this book includes articles by a "who's who" of international scientific visualization researchers covering every aspect of the discipline."--BOOK JACKET.=650  #0$aComputer graphics.=650  #0$aInformation visualization.=700  1#$aHansen, Charles D.=700  1#$aJohnson, Chris R.=970  11$l1 $tOverview of visualization $cWilliam J. Schroeder $fSchroeder, William J. $cKenneth M. Martin $fMartin, Kenneth M. $p3=970  21$l10 $tPre-integrated volume rendering $cMartin Kraus $fKraus, Martin $cThomas Ertl $fErtl, Thomas $p211=970  21$l11 $tHardware-accelerated volume rendering $cHanspeter Pfister $fPfister, Hanspeter $p229=970  21$l12 $tOverview of flow visualization $cDaniel Weiskopf $fWeiskopf, Daniel $cGordon Erlebacher $fErlebacher, Gordon $p261=970  21$l13 $tFlow textures : high-resolution flow visualization $cGordon Erlebacher $fErlebacher, Gordon $cBruno Jobard $fJobard, Bruno $cDaniel Weiskopf $fWeiskopf, Daniel $p279=970  21$l14 $tDetection and visualization of vortices $cMing Jiang $fMing, Jiang $cRaghu Machiraju $fMachiraju, Raghu $cDavid Thompson $fThompson, David $p295=970  21$l15 $tOriented tensor reconstruction $cLeonid Zhukov $fZhukov, Leonid $cAlan H. Barr $fBarr, Alan H. $p313=970  21$l16 $tDiffusion tensor MRI visualization $cSong Zhang $fSong, Zhang $cDavid H. Laidlaw $fLaidlaw, David H. $cGordon Kindlmann $fKindlmann, Gordon $p327=970  21$l17 $tTopological methods for flow visualization $cGerik Scheuermann $fScheuermann, Gerik $cXavier Tricoche $fTricoche, Xavier $p341=970  21$l18 $t3D mesh compression $cJarek Rossignac $fRossignac, Jarek $p359=970  21$l19 $tVariational modeling methods for visualization $cHans Hagen $fHagen, Hans $cIngrid Hotz $fHotz, Ingrid $p381=970  21$l2 $tAccelerated isosurface extraction approaches $cYarden Livnat $fLivnat, Yarden $p39=970  21$l20 $tModel simplification $cJonathan D. Cohen $fCohen, Jonathan D. $cDinesh Manocha $fManocha, Dinesh $p393=970  21$l21 $tDirect manipulation in virtual reality $cSteve Bryson $fBryson, Steve $p413=970  21$l22 $tThe visual haptic workbench $cMilan Ikits $fIkits, Milan $cJ. Dean Brederson $fBrederson, J. Dean $p431=970  21$l23 $tVirtual geographic information systems $cWilliam Ribarsky $fRibarsky, William $p449=970  21$l24 $tVisualization using virtual reality $cR. Bowen Loftin $fLoftin, R. Bowen $cJim X. Chen $fChen, Jim X. $cLarry Rosenblum $fRosenblum, Larry $p479=970  21$l25 $tDesktop delivery : access to large datasets $cPhilip D. Heermann $fHeermann, Philip D. $cConstantine Pavlakos $fPavlakos, Constantine $p493=970  21$l26 $tTechniques for visualizing time-varying volume data $cKwan-Liu Ma $fMa, Kwan-Liu $cEric B. Lum $fLum, Eric B. $p511=970  21$l27 $tLarge-scale data visualization and rendering : a problem-driven approach $cPatrick McCormick $fMcCormick, Patrick $cJames Ahrens $fAhrens, James $p533=970  21$l28 $tIssues and architectures in large-scale data visualization $cConstantine Pavlakos $fPavlakos, Constantine $cPhilip D. Heermann $fHeermann, Philip D. $p551=970  21$l29 $tConsuming network bandwidth with Visapult $cWes Bethel $fBethel, Wes $cJohn Shalf $fShalf, John $p569=970  21$l3 $tTime-dependent isosurface extraction $cHan-Wei Shen $fShen, Han-Wei $p57=970  21$l30 $tThe visualization toolkit $cWilliam J. Schroeder $fSchroeder, William J. $cKenneth M. Martin $fMartin, Kenneth M. $p593=970  21$l31 $tVisualization in the SCIRun problem-solving environment $cDavid M. Weinstein $fWeinstein, David M. $cSteven Parker $fParker, Steven $cJenny Simpson $fSimpson, Jenny $cKurt Zimmerman $fZimmerman, Kurt $cGreg M. Jones $fJones, Greg M. $p615=970  21$l32 $tNAG's Iris Explorer $cJeremy Walton $fWalton, Jeremy $p633=970  21$l33 $tAVS and AVS Express $cJean M. Favre $fFavre, Jean M. $cMario Valle $fValle, Mario $p655=970  21$l34 $tVis5D, Cave5D, and VisAD $cBill Hibbard $fHibbard, Bill $p673=970  21$l35 $tVisualization with AVS $cW. T. Hewitt $fHewitt, W. T. $cNigel W. John $fJohn, Nigel W. $cMatthew D. Cooper $fCooper, Matthew D. $cK. Yien Kwok $fKwok, K. Yien $cGeorge W. Leaver $fLeaver, George W. $cJoanna M. Leng $fLeng, Joanna M. $cPaul G. Lever $fLever, Paul G. $cMary J. McDerby $fMcDerby, Mary J. $cJames S. Perrin $fPerrin, James S. $cMark Riding $fRiding, Mark $cI. Ari Sadarjoen $fSadarjoen, I. Ari $cTobias M. Schiebeck $fSchiebeck, Tobias M. $cColin C. Venters $fVenters, Colin C. $p689=970  21$l36 $tParaView : an end-user tool for large-data visualization $cJames Ahrens $fAhrens, James $cBerk Geveci $fGeveci, Berk $cCharles Law $fLaw, Charles $p717=970  21$l37 $tThe insight toolkit : an open-source initiative in data segmentation and registration $cTerry S. Yoo $fYoo, Terry S. $p733=970  21$l38 $tAmira : a highly interactive system for visual data analysis $cDetlev Stalling $fStalling, Detlev $cMalte Westerhoff $fWesterhoff, Malte $cHans-Christian Hege $fHege, Hans-Christian $p749=970  21$l39 $tExtending visualization to perceptualization : the importance of perception in effective communication of information $cDavid S. Ebert $fEbert, David S. $p771=970  21$l4 $tOptimal isosurface extraction $cPaolo Cignoni $fCignoni, Paolo $cClaudio Montani $fMontani, Claudio $cRoberto Scopigno $fScopigno, Roberto $cEnrico Puppo $fPuppo, Enrico $p69=970  21$l40 $tArt and science in visualization $cVictoria Interrante $fInterrante, Victoria $p781=970  21$l41 $tExploiting human visual perception in visualization $cAlan Chalmers $fChalmers, Alan $cKirsten Cater $fCater, Kirsten $p807=970  21$l42 $tScalable network visualization $cStephen G. Eick $fEick, Stephen G. $p819=970  21$l43 $tVisual data-mining techniques $cDaniel A. Keim $fKeim, Daniel A. $cMike Sips $fSips, Mike $cMihael Ankerst $fAnkerst, Mihael $p831=970  21$l44 $tVisualization in weather and climate research $cDon Middleton $fMiddleton, Don $cTim Scheitlin $fScheitlin, Tim $cBob Wilhelmson $fWilhelmson, Bob $p845=970  21$l45 $tPainting and visualization $cRobert M. Kirby $fKirby, Robert M. $cDaniel F. Keefe $fKeefe, Daniel F. $cDavid H. Laidlaw $fLaidlaw, David H. $p873=970  21$l46 $tVisualization and natural control systems for microscopy $cRussell M. Taylor II $fTaylor, Russell M., II $cDavid Borland $fBorland, David $cFrederick P. Brooks, Jr. $fBrooks, Frederick P., Jr. $cMike Falvo $fFalvo, Mike $cKevin Jeffay $fJeffay, Kevin $cGail Jones $fJones, Gail $cDavid Marshburn $fMarshburn, David $cStergios J. Papadakis $fPapadakis, Stergios J. $cLu-Chang Qin $fQin, Lu-Chang $cAdam Seeger $fSeeger, Adam $cF. Donelson Smith $fSmith, F. Donelson $cDianne Sonnenwald $fSonnenwald, Dianne $cRichard Superfine $fSuperfine, Richard $cSean Washburn $fWashburn, Sean $cChris Weigle $fWeigle, Chris $cMary Whitton $fWhitton, Mary $cLeandra Vicci $fVicci, Leandra $cMartin Guthold $fGuthold, Martin $cTom Hudson $fHudson, Tom $cPhilip Williams $fWilliams, Philip $cWarren Robinett $fRobinett, Warren $p893=970  21$l47 $tVisualization for computational accelerator physics $cKwan-Liu Ma $fMa, Kwan-Liu $cGreg Schussman $fSchussman, Greg $cBrett Wilson $fWilson, Brett $p919=970  21$l5 $tIsosurface extraction using extrema graphs $cTakayuki Itoh $fItoh, Takayuki $cKoji Koyamada $fKoyamada, Koji $p83=970  21$l6 $tIsosurfaces and level-sets $cRoss T. Whitaker $fWhitaker, Ross T. $p97=970  21$l7 $tOverview of volume rendering $cArie Kaufman $fKaufman, Arie $cKlaus Mueller $fMueller, Klaus $p127=970  21$l8 $tVolume rendering using splatting $cRoger Crawfis $fCrawfis, Roger $cDaqing Xue $fXue, Daqing $cCaixia Zhang $fZhang, Caixia $p175=970  21$l9 $tMultidimensional transfer functions for volume rendering $cJoe Kniss $fKniss, Joe $cGordon Kindlmann $fKindlmann, Gordon $cCharles D. Hansen $fHansen, Charles D. $p189=993  01$edl=LDR  09399pam a22009014a 45x0