PDF-! Lothar Thiele, ETH Zurich

Z0 Z1 Z2 Z3 e1 e1 e1 e1 0 1 2 3 clock Moore Mealy automatafinite state machines FSMs Introducing hierarchy Classical automata not useful for complex systems Complex graphs cannot be und. Our method optimizes the inertia tensor of an input model by changing its mass distribution allowing long and stable spins even for complex asymmetric shapes Abstract Spinning tops and yoyos have long fascinated cultures around the world with their ETH Zurich Abstract Object deformation with linear blending dominates practical use as the fastest approach for transforming raster images vector graph ics geometric models and animated characters Unfortunately lin ear blending schemes for skeletons We propose a global optimisation approach to multitarget tracking The method extends recent work which casts tracking as an integer linear program by discretising the space of target locations Our main contribution is to show how dynamic models can brPage 14br 14 TB ETH tMP tTr NP r PRKsP TCd EPTsurTSFP TCd tB PCTSFP tMP KCt PrCT tKBCTF RB EEuCKty tB tTH TR tKBC tMP hY Ks r P TrKCN sRKPCR PSTsPd dPOKCKtKBC BO FTCd dPNrTdT tKBC CPutrT However they have limited expressive power and often cannot represent the posterior distribution correctly While learning the parameters of such models which have insu64259cient expressivity researchers use loss functions to penalize certain misrepr Our method optimizes the inertia tensor of an input model by changing its mass distribution allowing long and stable spins even for complex asymmetric shapes Abstract Spinning tops and yoyos have long fascinated cultures around the world with their This is achieved by de64257ning S4 classes of such numbers and vectors matrices and arrays thereof wh ere all arithmetic and mathematical functions work via the GNU MPFR C library where MPFR i s acronym for ultiple recision loatingPoint eliably MPF eth PhrIhnc(h)rHShPR( Ih PrIhnc(h)rHShPR( gule hSraesRr.SR /iprC BePiprMrEpenc R((A IaarLrm11rIhtP IaarLrH2 xEm1 eeth Per Inch ( PI) HSS Regular Rs./Piece HSS Super Cut Rs./Piece eeth Per Inch ( PI Roger Wattenhofer. Good Programming in Transactional Memory. Game Theory Meets . Multicore. Architecture. Raphael Eidenbenz, ETH Zurich. ISAAC 2009. Moore‘s Law. Clock speed flattening sharply. Transistor count still rising. Clock. . Synchronization. in Wireless Sensor Networks. Philipp Sommer. Roger Wattenhofer. Time Synchronization is a well-studied Problem. Time, Clocks, and the Ordering of Events in a Distributed System. in Wireless Sensor Networks. Philipp Sommer. Roger Wattenhofer. Time Synchronization is a well-studied Problem. Time, Clocks, and the Ordering of Events in a Distributed System. L. Lamport, Communications of the ACM, 1978.. Maarten Vissers. 2011-05-09. Introduction. The following slides illustrate the structure of an EC which is set up to support a protected E-Line service EVC in. One Carrier network (X). Two Carrier networks (X,Y). Ba s ic Moral O rie n t a ti o n s An O v e rvi e w On w h a t b as i s d o w e m a k e mo r a l d ec i s io n s ? “Do w hat the Bib l e tells y o u”  D i v i n e Read the TexPoint manual before you delete this box.: . A. A. A. A. Distributed Asymmetric Verification in Computational Grids. Michael Kuhn. Stefan Schmid. Roger Wattenhofer. IPDPS 2008. Miami, Florida, USA.