TY - ADVS AU - Apostol,Tom M. AU - Bourguignon,J.-P AU - Emmer,Michele AU - Hege,Hans-Christian AU - Polthier,Konrad AU - Janzen,Beau AU - März,Christoph AU - Deiser,Oliver AU - Arnold,Douglas N. AU - Rogness,Jonathan AU - Johnson,Dano AU - Travis,Jeffrey AU - Todesco,Gian Marco AU - Zachow,Stefan AU - Paouri,Arghyro AU - Busch,Pia AU - Wehap,Roland AU - Leitner,Robert AU - Akayama,Hitoshi AU - Scott,Jessica AU - Gal,Ran AU - Sorkine,Olga AU - Gunn,Charles AU - Sullivan,John M. AU - Andreev,Nikolai ED - Germany. ED - Berkeley Computer Animation and Modeling Group. ED - MathFilm Festival TI - MathFilm Festival 2008: a collection of mathematical videos T2 - Springer VideoMATH SN - 9783540689027 : AV - QA19.M6 M38 2008 PY - 2008/// CY - Berlin PB - Springer KW - Mathematics KW - Study and teaching KW - Audio-visual aids KW - Feature films KW - Nonfiction films KW - Short films KW - Educational films N1 - Counting beyond infinity : up to epsilon zero / Oliver Deiser -- Möbius transformations revealed / Douglas N. Arnold, Jonathan Rogness -- Flatland: the movie / Dano Johnson, Jeffrey Travis -- Growing a hyperdodecahedron / Gian Marco Todesco -- Facelab / Stefan Zachow -- The digital heart / Arghyro Paouri -- Periodic timetable optimization / Pia Busch -- Numbers in motion / Roland Wehap, Robert Leitner -- Quantus / Beau Janzen -- Dice / Hitoshi Akayama -- Attack of the note sheep / Jessica Scott -- The shape of search / Ran Gal, Olga Sorkine -- The Borromean rings / Charles Gunn, John M. Sullivan -- Chebyshev's foot-stepping machine / Nikolai Andreev -- A semi-Lagrangian contouring method for fluid simulation / Berkeley Computer Animation and Modeling Group -- MESH : bubble excerpt / Beau Janzen, Konrad Polthier; Animation, Beau Janzen ; music, Christoph März N2 - Presents a juried collection of innovative short math videos, winners of the international competition of the MathFilm Festival 2008. The festival is part of the "Year of Mathematics" initiative of the Federal Ministry of Education and Research (Germany). The films target a broad audience of students, teachers, and those with an interest in mathematics. Topics range from historic to modern, from geometry to graphics, from computing to visualization, and abstract mathematical world to real-world applications ER -