PDF-IJK!OLROJ/L7!NJ/OPQGR/GH!!')1!(0$56!18!R.C,552!C-*$52**!(,!0!B9,42!52B

8C2B4456912S9 N053585F2090252TG2080HaaU25O0080bU1B429292B8x. brPage 1br brPage 2br 87118901 8711 zx ijk j1 brPage 3br 966 966 966 966 966 brPage 4br 89018711966 \n܀ᔀ'=4ᰀ5*-+ᤀ552+!5'*Ԁᤀ552+\t\n଀\r\r\f଀\rሀက\n===܀('=425*-+܀)5܀;1\r%*ᰀ"Āᤀ᠀( Advanced Computer Architecture I. Lecture 1. Introduction. Benjamin Lee. Electrical and Computer Engineering. Duke University. www.duke.edu/~bcl15. www.duke.edu/~bcl15/class/class_ece552fall12.html. @t^B=r^E@ @t^E=+r^B(2)followfromthefreeHamiltonian^H=Zd3x1 2^E2(x)+1 2^B2(x)(3)andtheequal-timecommutationrelations^Ei(x;t)^Ej(y;t)=0^Bi(x;t)^Bj(y;t)=0^Ei(x;t)^Bj(y;t)=iijk@ @xk(3)(xy)( Raymond Flood. Gresham Professor of Geometry. Hamilton, Boole and their Algebras. George Boole 1815–1864. .  . William Rowan Hamilton 1805–1865. .  . William Rowan Hamilton 1805. –. 1865. William Rowan Hamilton 1805. Linear programming, quadratic programming, sequential quadratic programming. Key ideas. Linear programming. Simplex method. Mixed-integer linear programming. Quadratic programming. Applications. Radiosurgery. Chuck Huber, PhD. StataCorp. chuber@stata.com. University of Illinois at Urbana-Champaign. October 11, 2016. Outline. Introduction to Multilevel Models. Introduction to Longitudinal Models. Introduction to Bayesian Analysis. Lecture 12. Memory – Part 1. Benjamin Lee. Electrical and Computer Engineering. Duke University. www.duke.edu/~bcl15. www.duke.edu/~bcl15/class/class_ece252fall12.html. ECE 552 / CPS 550. 2. ECE552 . Discussion and Strategies Regarding the Texas Public Information Act The Texas A&M University System Office of General Counsel Agenda 1) Scope of the Texas Public Information Act and Statutory Deadlines       !#$%&# '( &)*#++ LGMNOPQRSFTUVUWXTQYYZ[\]E[^TX[_^W][_J`JabFcdAcefZFARga][^W[ITV^]hTJ
  \n \r 
   !" # $%&'%()*+,-+,./0123)43&5'43,/+/%67%%*/%'/+'()4+/4,.0+-,*+6'%-,8)4+./+*9&')(,:+05/).+//;(+.*%'23+.:3+4%/:2)88+=4++*  \n\r\n\n\n  !  !
 
\n\n \n \n\r!"\n\n \n#\r$ \n\r%\n \n F:2!BCD82+%$/@!%:25/((/*'02+$0@2!:28!%:$@-!8%!%:2+2 C! ,2&%$/@!)A!)#2!%:2!#2+8(%+!/5!%:2!+%8EH'($I +%8E#2++!'!&(2'#(E5/&$++82 d2+! 9K`FA!)!D82+%$/@!&'@!G2!e5/&2O!$@!%2#1+!/5!%:2!*/('/@!+%$2%:2!#$+-!5' Fig.1:Large-ScaleDirectMonocularSLAM:LSD-SLAMgeneratesaconsistentglobalmap,usingdirectimagealignmentandprobabilistic,semi-densedepthmapsinsteadofkeypoints.Top:Accumulatedpointcloudsofallkeyframesofame