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Texas Brownsville - JR - 2
Chapter11 THEREVENUECYCLEIntroductionRevenuecycle: 1.Respondtocustomer inquiries 2.Developagreementswith customerstoprovidegoods andservicesinthefuture 3.Provideservicesorship goodstothecustomer 4.Recognizeclaimforgoods andservicesprovided 5.C
Texas Brownsville - JR - 2
O R G A N I Z A T I O N O F T H I S T E X TO R G A N I Z A T I O N O F T H I S T E X TPart I Ch. 1 emphasizes the importance of understanding business processes and the information systems that support them. This theme continues thr
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligenceProblem solving using informed search (Part I)Dr. Lappoon R. TangOverviewIntuition behind using knowledge or heuristic information in search algorithms essence of informed search algorithms Three appro
Texas Brownsville - CIST - 3380
SPECIAL TOPICS IN CIS DISCRETE STRUCTURES FOR CIS COURSE SYLLABUS CIST 3380 Fall Semester 2008 Instructor: Ms. K. de la Vega Email: Katherine.delavega@utb.edu Web Page: http:/blue.utb.edu/kdelavega Office: Q1.526 Phone 882-6600 Secretary: Ms. Janie G
Texas Brownsville - COSC - 2310
DISCRETE STRUCTURES COURSE SYLLABUS COSC 2310 Fall Semester 2008 Instructor: Ms. K. de la Vega Email: Katherine.delavega@utb.edu Web Page: http:/blue.utb.edu/kdelavega Office: Q1.526 Phone 882-6600 Secretary: Ms. Janie Garza Office: Q1.550 Phone 882-
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligencePropositional Logic and Resolution (Part II) Theorem Proving by ResolutionDr. Lappoon R. TangOverviewWhat is automated theorem proving? Proof System: What is it? Theorem Prover: What is it? Resolution
Texas Brownsville - IMED - 2409
About the Presentations The presentations cover the objectives found in the opening of each chapter All chapter objectives are listed in the beginning of each presentation You may customize the presentations to fit your class needs Some figures f
Texas Brownsville - COSC - 4350
COSC 4350 and COSC 5350 Artificial IntelligenceT TH 5:45pm 7:00pm TH 4:25pm 5:15pm (supplementary session) Spring 2009Course prerequisites 1) COSC 3345 with at least a grade of "C". 2) Some programming experience in Common Lisp * 3) Some program
Texas Brownsville - COSC - 4350
Situation Calculus ExampleBrian Milch, CS 188 GSI Situation calculus is a way of using first-order logic to reason about actions and their effects. For example, suppose someone is moving from a house in San Francisco to one in Los Angeles, and we wa
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligenceKasparov vs. Machine: Reflection on the Essence of Intelligence via Game Playing (Part 2) Dr. Lappoon R. TangOutlineEnhancing Minimax search with Alpha Beta pruning Kasparov vs. Deep Blue 2 what le
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligenceProblem solving using informed search (Part 2)Dr. Lappoon R. TangOverviewA* search Local search algorithms Beam searchReadingsSection 4.2 Optional: Inventing admissible heuristic functions Le
Texas Brownsville - COSC - 4350
COSC 4350 Artificial Intelligence LISP Lab Module Two Defining Functions, Recursion, and Loading LISP programs5. Defining functionsA function can be defined in LISP using the DEFUN special form. It has the following syntax: (defun <function-name> (
Texas Brownsville - COSC - 4350
Introduction to Genetic ProgrammingMatthew Walker October 7, 20011The Basic IdeaGenetic Programming (GP) is a method to evolve computer programs. And the reason we would want to try this is because, as anyone who's done even half a programming
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligenceKasparov vs. Machine: Reflection on the Essence of Intelligence via Game Playing (Part 1) Dr. Lappoon R. TangOutlineMotivation of studying game playing in AI Gameplaying provides a place at which int
Texas Brownsville - COSC - 4350
COSC 4350 and 5350A Brief Introduction to Artificial Intelligence ( )Dr. Lappoon R. TangFIPSE: Collaborative Science Ambassador Summer Program for High School Students at Brownsville TexasOutlineWhat is Artificial Intelligence (AI)? A brief h
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligencePropositional Logic and Resolution (Part I) Knowledge Representation, Propositional Logic, and InferenceDr. Lappoon R. TangWhat is logic?Overview History of Logic Knowledge Representation What is
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial IntelligenceProblem solving using uninformed searchDr. Lappoon R. TangOverview Define what is problem solving by searching See how we can formalize a problem as a search problem Examples of search problems Expla
Texas Brownsville - COSC - 4350
COSC 4350 and 5350 Artificial Intelligence Homework #1 Problem solving by searching Due: 02/17/09 IntroductionRepresenting a problem as a state space in which a goal state and an initial state exist is the essence of problem solving by searching. To
Texas Brownsville - COSC - 4350
COSC 4350 Artificial Intelligence LISP Lab Module One Basic Lisp Objects and Elementary Functions1. IntroductionLoading LISP Polish notation and LISPs S-expression In Polish notation (PN), one puts the operator before its operands in an expression.
Texas Brownsville - COSC - 4350
(defun tree-search (states goal-p successors combiner path time space) (format t "~%Search: ~S" states) (cond ; Case 1: Search space is exhausted (null states) (report-results (reverse path) time space) ; Case 2: Check if we have reached the goal sta
Texas Brownsville - COSC - 4350
COSC 4350 Artificial Intelligence LISP Lab Module Three Advanced Topics9. More on ListsThe APPEND function APPEND takes two lists A and B and returns the list containing the elements of A followed by those of B. It works by making a new list A' of
Texas Brownsville - GWDAW - 10
Compact object merger ratesRichard OShaughnessyVicky Kalogera, Chris Belczynski, Chunglee Kim, Tassos FragosGWDAW-10 Dec 14, 2005Outline Mergers: GW and GRB sources? Population synthesis and predictions Constrained popsyn for Milky Way Het
Texas Brownsville - GWDAW - 10
GWDAW10December 14, Wednesday8:00 to 9:00 9:00 to 9:30Registration Opening remarksKal Kallison, THECB Juliet V. Garcia, President, UTB Mario Diaz, Director, CGWAStatus of DetectorsChair: Andrzej J KrolakStart Time : 9:30 Speaker Damir Buskul
Texas Brownsville - GWDAW - 10
Location La Quinta Four Points - Sheraton Hawthorn Motel 6 Holiday Inn Express UTBbus#1 7:30 7:40 7:50 8:00 8:05bus#2 7:45 7:55 8:05 8:15 8:20Bus#1 After Meeting Location UTB La Quinta Four Points Hawthorn Motel 6 Holiday Inn After Social Locat
Texas Brownsville - GWDAW - 10
Whelan for LSC: SB search w/ALLEGRO & LIGO LIGO-G050633-00-ZStochastic Background Search with ALLEGRO and LIGO Science DataJohn T. Whelanjtwhelan@loyno.edu on behalf of the LIGO Scientic Collaboration 10th Gravitational Wave Data Analysis Worksh
Texas Brownsville - GWDAW - 10
Einstein@Home S3 Final ResultsBruce Allen, for the LIGO Scientific CollaborationLIGO-G050646-00-Z GWDAW10, December 16, 20051What is Einstein@Home? Public distributed computing project to look for isolated pulsars in LIGO/GEO data http:/eins
Texas Brownsville - GWDAW - 10
Status of TAMA300Nobuyuki Kanda (Osaka City University) the TAMA collaborationat GWDAW 10, UTB, 2005/12/14TAMA 300Construction Start : 1995 Configuration SiteFabry=Perot=Michelson, with Power Recycling baseline: 300m laser: Injection-lock
Texas Brownsville - GWDAW - 10
Status of the LIGO Interferometers circa 2005Sam Waldman GWDAW-10 Dec. 2005In brief from LIGO document E950015:initial LIGO detector strain sensitivity goal of 10-21 RMS, integrated over a 100 Hz bandwidth reached design sensitivity 2005 NSF r
Texas Brownsville - GWDAW - 10
Data conditioning and veto for TAMA burst analysis Masaki Ando and Koji Ishidoshiro (Department of Physics, University of Tokyo)and the TAMA CollaborationGWDAW10 (December 14, 2005, University of Texas at Brownsville, U.S.A.)Introduction (1
Texas Brownsville - GWDAW - 10
Searching for gravitational radiation from Scorpius X-1: Limits from the second LIGO science runAlberto Vecchio on behalf of the LIGO Scientific CollaborationGWDAW10 - UTB, 14th - 17th December, 2005 LIGO - G05xxxxOutline Analyses carried out b
Texas Brownsville - GWDAW - 10
Detector characterization for LIGO burst searchesShourov K. Chatterji for the LIGO Scientific Collaboration 10th Gravitational Wave Data Analysis Workshop University of Texas at Brownsville 2005 December 14LIGO-G050650-00-ZDetector characterizati
Texas Brownsville - GWDAW - 10
STATUS of BAR DETECTORSG.A.Prodi - INFN and University of Trento International Gravitational Event Collaboration - 2 ALLEGRO AURIGA ROG (EXPLORER-NAUTILUS)outline updates on performances of detectors current organization of IGEC-2 recent and
Texas Brownsville - GWDAW - 10
Detector characterization for burst searches by resonant detectorsF. Salemi Italy, INFN and University of Ferrara for the IGEC2 CollaborationThe 10th Gravitational Wave Data Analysis Workshop (GWDAW-10) December 14th to 17th, 2005 Brownsville, Texa
Texas Brownsville - GWDAW - 10
Current status of burst gravitational wave analysis of TAMA300 with ALF filterT.Akutsu, M.Ando, N.Kanda, D.Tatsumi, S.Telada, S.Miyoki, M.Ohashi and TAMA collaborationGWDAW10 UTB Texas 2005 Dec. 13ContentsI. II. III. Target Source ALF filter Fl
Texas Brownsville - GWDAW - 10
LISA UpdateBernard SchutzAlbert Einstein Institute, Potsdam, Germany and Cardiff University, WalesGWDAW-10, Brownsville, 14 December 2005Current progress on LISA LISA in Formulation Phase study (Astrium, Germany) LISA Pathfinder on track for
Texas Brownsville - GWDAW - 10
A Comparison of Burst Gravitational Wave Detection Algorithms for LIGO Amber L. StuverCenter for Gravitational Wave Physics Penn State UniversityOverview Burst Data Analysis Algorithms Strongest False Alarm Events Simulated Signal Performanc
Texas Brownsville - GWDAW - 10
Vi r go St at us D. Buskul i c ( LAPP Annecy)f or t he Vi r go Col l abor at i on Annecy ( LAPP) , EGO, Fi r enze/ Ur bi no, Fr as cat i , Ly on ( LM , Napol i , Ni c e ( OCA) , Or s ay ( LAL) , Par i s A) ( ESPCI ) , Per ugi a, Pi s a, Rom aSt at
Texas Brownsville - GWDAW - 10
Probing extra dimensions with gravitational wave observationsSukanta Bose Washington State University, PullmanAcknowledgements: Roy Maartens, U. Portsmouth, Aaron Rogan, Yuri Gusev, Wash. StateNSF-PHY-0239735Bose, 2005/12/14, GWDAW10, Brownsvill
Texas Brownsville - GWDAW - 10
Status of GEO 600Stefan Hild, AEI Hannover for the GEO-teamStefan Hild1GWDAW 10, Brownsville, December 2005OverviewSome examples from commissioning work- increasing circulating power - radiation pressure compensation - reduction of feedbac
Texas Brownsville - GWDAW - 10
Search for inspiraling neutron star binaries using TAMA300 dataHideyuki Tagoshi on behalf of the TAMA collaborationGWDAW10, UTB, Dec. 14 - 17, 20051OutlineI will describe the revised analysis of the binary neutron star search using TAMA300 da
Texas Brownsville - GWDAW - 10
Modeling the Performance of Networks of Gravitational-Wave Detectors in Bursts SearchMaria Principe1, Patrick Sutton21University of Sannio, Benevento, Italy 2 LIGO-CALTECHM. Principe, GWDAW-10, 16th December 2005, Brownsville, TexasGW Bursts
Texas Brownsville - GWDAW - 10
Joint LIGO-Virgo data analysis Inspiral and BurstSummary of the first project results Overview of the future activitiesHanfordLivingstonVirgoM.-A. Bizouard (LAL-Orsay)on behalf of the LSC-Virgo working groupGoals - introduction Benefits
Texas Brownsville - PSEUDOWEB - 2
80 Fort Brown, Brownsville TX, 78520, Office 2.210, (956) 574-6778, Fax (956) 574-6726CGWA INAUGURAL MEETING STUDENT SCHOLARSHIP FORMThe Center for Gravitational Wave Astronomy (CGWA), a NASA University Research Center University of Texas at Brown
Texas Brownsville - PSEUDOWEB - 2003
Brownsville 2003The formation and evolution of intermediate mass black holesSimon Portegies Zwart University of AmsterdamI.C. Holger Baumgardt Steve McMillan Piet Hut Jun Makino(RIKEN) (DREXEL) (IAS) (Tokyo)MODEST-2 simulated star clusterEv
Texas Brownsville - PSEUDOWEB - 2
Built a model for binary black hole mergers which incorporate the best information available Use Lazarus results explore the interface between source modeling, data analysisThe Lazarus Project Black Hole Mergers: from simulation to observationMANU
Texas Brownsville - PSEUDOWEB - 2
Numerical Simulations of Extreme-Mass-Ratio BinariesCarlos F. Sopuerta Numerical Relativity Center for Gravitational Wave Physics Penn State University5/30/2004 7th CAPRA Meeting 1Approaches to the Extreme-Mass-Ratio Binary System. Main Issues fo
Texas Brownsville - PSEUDOWEB - 2
Texas Brownsville - PSEUDOWEB - 2
CGWA INAUGURAL MEETING STUDENT SCHOLARSHIP FORMThe Center for Gravitational Wave Astronomy (CGWA), a NASA University Research Center University of Texas at Brownsville, Brownsville, Texas, December 14-15, 2003Name Address (while in school) City Ema
Texas Brownsville - PSEUDOWEB - 2
cgwa.phys.utb.eduCGWA INAUGURAL MEETING REGISTRATION FORMThe Center for Gravitational Wave Astronomy, a NASA University Research Center at The University of Texas at Brownsville, is hosting its inaugural meeting on December 14-15, 2003Name Addres
Texas Brownsville - PSEUDOWEB - 2
Texas Brownsville - PSEUDOWEB - 2003
Astrophysics of Binary Supermassive Black HolesDavid Merritt Rutgers UniversitySyst Systems with Two Active NucleiNGC 6240Komossa et al. 2002ARP 299Ballo et al. 2003Active Galaxies with (Semi-) Periodic Light CurvesOJ287 Pursimo et al. 2
Texas Brownsville - PSEUDOWEB - 2
Texas Brownsville - PSEUDOWEB - 2
Flow of mass and angular momentum into a black holeTime-domain formalisms and small-hole/slow-motion approximation 1. Goals and motivations 2. Main results 3. Foundations - Generator dynamics 4. Foundations - Perturbation equations 5. Foundations -
Texas Brownsville - PSEUDOWEB - 2
Texas Brownsville - PSEUDOWEB - 2
Binary black hole initial data and approximate helical Killing vectorsWolfgang Tichy CGWP & CGPG, Penn StateCollaborators:Bernd Brgmann, Pablo Laguna uCenter for Gravitational Wave Astronomy, UTB, Brownsville 5/28/20041Plan of the talk:
Texas Brownsville - PSEUDOWEB - 2
Texas Brownsville - PSEUDOWEB - 2
A Radiation Scalar for Numerical RelativityChris BeetleUniversity of UtahOctober 17, 2003Work with Lior Burko.1SummaryIdea: Extract partial information about gravitational radiation using a scalar curvature invariant. Where gravitational
Texas Brownsville - PSEUDOWEB - 2
Using the Euclidean Green's function and the WKB approximation to obtain the DeWitt-Schwinger expansion for the part of the retarded Green's function, v(x,x'), that contributes to the tail term in the radiation reaction forcePaul R. Anderson Wake F
Texas Brownsville - PSEUDOWEB - 2
Numerical Approach to Modeling Extreme Mass Ratio BinariesPablo LagunaAbraham Harte, Carlos Sopuerta, Pengtao Sun, Jinchao Xu (Penn State)Nils Anderson, Brynmor Haskell (Southampton-UK) Doug Arnold (IMA) Mike Holst (UC-San Diego)This talk. 1. 2.
Texas Brownsville - PSEUDOWEB - 2
Gravitational radiation from Kerr parabolic orbitsKostas Glampedakis University of SouthamptonCapra 7 radiation reaction meeting p.1/15IntroductionAbout this talk: Motivation Teukolsky vs Sasaki-Nakamura Regularising the Teukolsky equation A u
Texas Brownsville - PSEUDOWEB - 2
Tail of the Outer Boundary: Time Domain Calculations on SchwarzschildCharles R. Evans University of North Carolina May 31, 2004 Abstract Exact outgoing-wave boundary conditions can be devised for time domain calculations, with the boundary at a nite