21. Crystal Lattice Structures Stereoimages of inorganic lattice types. http://www.chem.lsu.edu/htdocs/people/sfwatkins/ch4570/lattices/lattice.html

3-D Crystal Lattice Images All of the following images are crossed-stereo pairs. To view them, cross your eyes and focus. Author's note this material has been expanded and updated, and can be found at these locations: http://wb.chem.lsu.edu/htdocs/people/sfwatkins/MERLOT/lattice/01intro.html (unframed version) http://wb.chem.lsu.edu/htdocs/people/sfwatkins/MERLOT/flattice/00lattice.html (frames version) You may also find this material on the MERLOT website. sfw, 5/4/01 Simple lattices and their unit cells Simple Cubic (SC) - There is one host atom ("lattice point") at each corner of a cubic unit cell. The unit cell is described by three edge lengths a = b = c = 2r (r is the host atom radius), and the angles between the edges, alpha = beta = gamma = 90 degrees. There is one atom wholly inside the cube (Z = 1). Unit cells in which there are host atoms (or lattice points) only at the eight corners are called primitive Body Centered Cubic (BCC) - There is one host atom at each corner of the cubic unit cell and one atom in the cell center. Each atom touches eight other host atoms along the body diagonal of the cube (a = 2.3094r, Z = 2). Face Centered Cubic (FCC) - There is one host atom at each corner, one host atom in each face, and the host atoms touch along the face diagonal (a = 2.8284r, Z = 4). This lattice is "closest packed", because spheres of equal size occupy the maximum amount of space in this arrangment (74.05%); since this closest packing is based on a cubic array, it is called "cubic closest packing": CCP = FCC.

22. Life On The Lattice A physics blog containing thoughts on lattice QCD, particle physics and the world at large. http://latticeqcd.blogspot.com/

@import url("http://www.blogger.com/css/blog_controls.css"); @import url("http://www.blogger.com/dyn-css/authorization.css?targetBlogID=8669468"); var BL_backlinkURL = "http://www.blogger.com/dyn-js/backlink_count.js";var BL_blogId = "8669468"; Life on the lattice Thoughts on lattice QCD, particle physics and the world at large. Friday, March 28, 2008 The LHC is making waves The LHC is making waves on the web already before it is even being switched on. A rather unusual concept of what experimentalists really care about has been featured in this comic , but it is interesting to know that there are people who are genuinely worried that the LHC might "give helicopters cancer" or even swallow up the entire solar system. Peter Steinberg at the US LHC blog has more about them, including a link to this fine example of paranoia in action or is it intentional misinformation, or maybe satire? Of course, a well-known thriller writer who likes to claim his fictions as truth has written about CERN as an antimatter factory potentially useful to t h e rr orists looking for an antimatter bomb, so what wonder is it if some members of the woefully uninformed public are willing believe this kind of stuff? More effective outreach is clearly needed.

23. The Lattice Web lattice Quantum ChromoDynamics is a challenging computational field employing large scale numerical calculations to extract predictions of the Standard http://www.lqcd.org/

The Lattice Web A Resource for the International Lattice Gauge Theory Community Lattice Quantum ChromoDynamics is a challenging computational field employing large scale numerical calculations to extract predictions of the Standard Model of nuclear physics, Quantum ChromoDynamics. LQCD researchers currently exploit machines of scale one teraflop/s sustained, growing to several teraflop/s sustained in 2005. The links below lead to additional information about the exciting science, the complex algorithms employed, and the machines now in use and soon to be deployed. Links The USQCD Collaboration and the "National Computational Infrastructure for Lattice Gauge Theory", a part of the US Department of Energy's SciDAC program. The UKQCD Collaboration, a major UK Lattice QCD collaboration. The MILC "MIMD Lattice Computation" Collaboration , a part of USQCD with a focus on weak decays. The LHPC Lattice Hadron Physics Collaboration , a part of USQCD collaboration with a focus on hadron structure. The Lattice QCD Archive at CP-PACS in Japan.

24. Math Forum - Ask Dr. Math Can you please explain the lattice method of multiplication? The lattice Form of Multiplication dates back to the 1200s or before in Europe. http://mathforum.org/library/drmath/view/52468.html

Associated Topics Dr. Math Home Search Dr. Math Lattice Multiplication Date: 8/30/96 at 10:3:13 From: by way of Eric Sasson Subject: Lattice Multiplication Can you please explain the lattice method of solving a multiplication problem? Thanks, Susan Date: 10/19/96 at 21:42:39 From: Doctor Mason Subject: Re: Lattice Multiplication Dear Susan, You've asked one of my favorite questions. In fact, your question is why I became a Math Doctor. The Lattice Form of Multiplication dates back to the 1200s or before in Europe. It gets its name from the fact that to do the multiplication you fill in a grid which resembles a lattice one might find ivy growing on. Let me see if I can explain it with an example. Let's multiply 469 x 37. First write the 469 across the top, and the 37 down the right side of a 3x2 rectangle. (It's 3x2 because the factors have three and two digits respectively.) Now fill in the lattice by multiplying the two digits found at the head of the column and to the right of the row. When the partial product is two digits, the first (10's) digit goes above the diagonal and the second (1's) digit goes on the lower right of the diagonal. If the partial product is only one digit, a zero is placed in the triangle above the diagonal in the square. At this point, we have the multiplication done. Now we add along the diagonals beginning in the lower right to get the final product. Any "carries" when adding are illustrated outside the rectangle.

25. Handbook Of Ocular Disease Management - LATTICE DEGENERATION There appears to be a higher incidence of myopia in patients with lattice degeneration. There is no racial or sexual predilection. http://www.revoptom.com/handbook/sect5e.htm

LATTICE DEGENERATION WITH AND WITHOUT ATROPHIC HOLES SIGNS AND SYMPTOMS The patient is usually over age 20 and is nearly always asymptomatic, except for possible complaints of flashing lights (photopsia). There appears to be a higher incidence of myopia in patients with lattice degeneration. There is no racial or sexual predilection. Lattice degeneration occurs in eight to 11 percent of the general population. It presents as a linear trail of fibrosed vessels within atrophied retina in a "lattice" pattern. It nearly always runs circumferentially between the equator and the ora serrata. The individual lesions are usually from one-half to six disc diameters and may run 360 degrees around the eye in a discontinuous pattern. There may be associated RPE hyperplasia, giving the lesion a pigmented appearance. Atrophic holes are often present in the lesion, occasionally large enough to encompass the entire lattice lesion. The incidence of atrophic holes in lattice degeneration ranges from 18 to 42 percent. A tractional linear tear will occur on the posterior edge of lattice lesions in 1.9 percent of lesions. Lattice degeneration is typically bilateral. PATHOPHYSIOLOGY The etiology of lattice is questionable. It appears to be due to dropout of peripheral retinal capillaries with resulting ischemia, which induces thinning of all retinal layers. There is sclerosis of the larger vessels, with their lumen being filled with extracellular glial tissue, giving lattice degeneration its characteristic fibrotic appearance.

26. 2008 XXVI International Symposium On Lattice Field Theory lattice 2008, The XXVI International Symposium on lattice Field Theory will be held at the College of William and Mary, Williamsburg, Virginia, USA, http://conferences.jlab.org/lattice2008/

Jefferson Lab Events Lattice 2008 Privacy and Security Notice ... Please upgrade your browser . This site's design is only visible in a graphical browser that supports web standards , but its content is accessible to any browser. Concerns? Users Group Annual Meeting LINKS Circular Registration Abstract Submission Program Previous Symposia Lodging Travel Local Organizing Committee ... International Advisory Committee The XXVI International Symposium on Lattice Field Theory Circular Lattice 2008, The XXVI International Symposium on Lattice Field Theory will be held at the College of William and Mary, Williamsburg, Virginia, USA, through July 14 - 19, 2008. Conference Topics will include: Algorithms and Machines Applications beyond QCD Chiral Symmetry Hadron Spectroscopy Hadron Structure Nonzero Temperature and density Standard Model Parameters and Renormalization Theoretical Developments Vacuum Structure and Confinement Weak Decays and Matrix Elements We look forward to welcoming delegates to Williamsburg. For scientific and programmatic inquiries please contact lattice08_pgm@jlab.org

27. Cool Math 4 Kids .com - Lattice Multiplication lattice Multiplication A fun and easy way to multiply bigger numbers (page 1 of 4) lattice multiplication box. When we look at a number, remember. http://www.coolmath4kids.com/times-tables/times-tables-lesson-lattice-multiplica

Your browser does not support the IFRAME tag. Lattice Multiplication A fun and easy way to multiply bigger numbers (page 1 of 4) Your browser does not support the IFRAME tag. This is a really cool method for multiplying bigger numbers. It's a lot easier than the regular way and it's kind of fun too. Before I show you the whole thing, I need to show you how to do some smaller stuff first... We're going to multiply easy numbers from our times tables, but we're going to put our answers in special boxes. Here's the box... It's got a spot for tens and a spot for ones: When we look at a number, remember... So, we'll put the (the tens digit) in the top spot and the (the ones digit) in the bottom spot: Go to the next page to see more! Go to next page The printing, distribution and/or downloading of these lessons is strictly prohibited. HELP SUPPORT COOLMATH link to us advertise with us about us safe surfing ... continuing teacher education Thanks for visiting Coolmath4kids.com

28. Deformation Plug-in For Photoshop: Lattice Composer (freeware) lattice Composer Freeware Photoshop Plugin Filter. http://www.redfieldplugins.com/filterLatticeComposer.htm

to downloads page main page to samples page Lattice Composer: click to enlarge L attice Composer is a freeware Adobe Photoshop compatible plug-in filter. It effectively designs grids and nettings. It produces a variety of weave patterns, fabric textures, body art tattoos and skeleton simulations. The 3D text effects are extraordinary. You can find numerous beautiful Photo Frames on our samples page . Downloadable presets are also available. Lattice Composer is the replacement of the former Mesh 3D filter. download now filter info Current version Release date Dec.11.2003 Registration fee F reeware download now Redfield Plugins: Lattice XP Seamless Workshop Texturation 3D Water Ripples ... Perfectum new Main page Downloads 3D Backgrounds FAQ ... redfieldplugins.com

29. Window Boxes- 30+ Designs, On HGTV's "CURB APPEAL" Huge Window Box Selection! Window Boxes, Flowerboxes and Flower Box Planters made of wood, wrought iron, copper, fiberglass and PVC. http://www.hooksandlattice.com/

Catalog Request Email About Us Testimonials ... Shopping Cart Guaranteed Curb Appeal...Just Add Window Boxes All Window Boxes Composite Window Boxes Fiberglass Window Boxes Window Boxes with Liners ... Outdoor Rated Artificial Trees Exterior Shutters All Exterior Shutters Raised Panel Exterior Shutters Board and Batten Shutters Louvered Exterior Shutters ... Raised Panel on Brick Planters All Planters Outdoor Restaurant Planters Redwood Planter Boxes Residential Premier Coronado Planters ... Large Round Tapered Self Watering Pot and Planter Inserts Hanging Baskets 12" English Garden Flat Steel Hanging Basket 14" English Garden Flat Steel Hanging Basket 16" Hanging Basket 18" Hanging Coconut Coir Lined Baskets ... Large Round Tapered Self Watering Pot and Planter Inserts Other Products Garden Benches Faux Plants - Outdoor Rated Window Box Artificial Geraniums Outdoor Artificial Gardenia Faux Flowers ... Address Plaques Other Goodies Window Box Contests- Pictures 2007 "I Love My Summer Window Box" Contest Jeaneen Ruggiero Fall Window Box A Redwood Greeting from the Big Apple! ... Window dressing: HGTV sees something in Carlsbad company's flower boxes By: The North County Times View the article View Windowboxes 100% of our customers , including HGTV show "Curb Appeal" , agree that adding Hooks and Lattice window boxes improves curb apeal >> More Testimonial and Customer Pictures Window Boxes, Exterior Shutters and more from Hooks and Lattice

30. Introduction To Cubic Crystal Lattice Structures A site introducing the properties of crystals with a cubic unit cell. http://www.okstate.edu/jgelder/solstate.html

Introduction to Cubic Crystal Lattice Structures The outstanding macroscopic properties of crystalline solids are rigidity, incompressibility and characteristic shape. All crystalline solids are composed of orderly arrangements of atoms, ions, or molecules. The macroscopic result of the microscopic arrangements of the atoms, ions or molecules is exhibited in the symmetrical shapes of the crystalline solids Solids are either amorphous, without form, or crystalline. In crystalline solid s the array of particles are well ordered. Crystalline solids have definite, rigid shapes with clearly defined faces. The arrangement of the atoms, ions or molecules are very ordered and repeat in 3-dimensions. Small, 3-dimensional, repeating units called unit cells are responsible for the order found in crystalline solids. The unit cell can be thought of as a box which when stacked together in 3-dimensions produces the crystal lattice. There are a limited number of unit cells which can be repeated in an orderly pattern in three dimensions. We will explore the cubic system in detail to understand the structure of most metals and a wide range of ionic compounds. In the cubic crystal system three types of arrangements are found;

31. The Reciprocal Lattice To give a firm mathematical understanding of the reciprocal lattice, of the relationships between real and reciprocal space and of their implications for http://www.iucr.org/comm/cteach/pamphlets/4/index.html

Next: 1. Introduction The Reciprocal Lattice A. Authier Download in PDF format 1. Introduction 2. Crystallographic Definition 2.1 Definition ... 5. Diffraction Condition in the Reciprocal Lattice Teaching Aims To give a firm mathematical understanding of the reciprocal lattice, of the relationships between real and reciprocal space and of their implications for X-ray diffraction. Level This approach would be suitable for final year undergraduates in physics and mathematics or for initial post-graduate students in other disciplines provided that their mathematical background is adequate. Background A familiarity with vector manipulation is needed and, for certain sections, an understanding of tensor calculus. Practical Resources No specific practical resources are required. Time Required for Teaching If the mathematical background is already adequate this could be taught in 3 or 4 lectures. More would be required, however, if time has to be spent on mathematical equations and derivations as in places the treatment given is very concise. IUCr Webmaster

32. INT Summer School On "Lattice QCD And Its Applications" (07-2b) To provide a comprehensive introduction to the methods and applications of lattice QCD, beginning at a level suitable for graduate students with a knowledge http://www.int.washington.edu/PROGRAMS/07-2b.html

Organizers: Karl Jansen (DESY Zeuthen) karl.jansen@desy.de Kostas Orginos (College of William and Mary / JLab) kostas@wm.edu webpage (University of Washington) sharpe@phys.washington.edu Program Coordinator: Laura Lee lee@phys.washington.edu Calendar Schedule of Talks Participant List ... Exit report INT Summer School on "Lattice QCD and its applications" Seattle, August 8 - 28, 2007 Purpose: To provide a comprehensive introduction to the methods and applications of lattice QCD, beginning at a level suitable for graduate students with a knowledge of quantum field theory, and extended to state-of-the-art applications. The school will also be useful for beginning postdocs. Planned lectures and lecturers: Algorithms and Numerical Methods - Michael Peardon QCD at finite temperature and density - Peter Petreczky Numerical exercises in lattice field theory - Balint Joo Application of perturbative and non-perturbative methods of renormalization in lattice QCD - Stefan Sint Application of chiral perturbation to lattice QCD - Claude Bernard Light-cone hadron structure - William Detmold Heavy quarks on the lattice and their applications - Andreas Kronfeld Flavor Physics from the Lattice - Shoji Hashimoto Introduction to Lattice Supersymmetry - Simon Catterall Hadronic and nuclear physics from lattice - Martin Savage Higgs physics from the lattice - Julius Kuti Logistics: We expect students to stay in the University of Washington dormitories, which are near to the Physics-Astronomy building. We hope to be able to cover a substantial fraction of the students' local expenses.

33. Lattice Gauge Links Fermions and Extended Objects on the lattice , Benasque, Spain, February 25 March 2, 2007. Quark Confinement and the Hadron Spectrum VII , Azores Islands http://thy.phy.bnl.gov/www/lattice.html

Lattice links hep-lat: Lattice gauge paper archive LatticeNews Conference pages: The annual symposium Lattice 2008 , Williamsburg, Virginia, July 14-19, 2008 Lattice 2007 , Regensburg, Germany, July 30 - August 4, 2007 Lattice 2006 , Tucson, Arizona, 23-28 July 2006. previous meetings Other meetings Quark Confinement and the Hadron Spectrum VIII , Johannes Gutenberg University, Mainz (Germany), 16 September 2008. Extreme QCD 2008 North Carolina State University - July 21-23, 2008 Lattice Gauge Theory for LHC Physics , May 2-3, 2008, Livermore, CA 2008 USQCD all hands meeting JLAB, April 4-5, 2008 Lattice QCD Meets Experiment Workshop 2007 ,Fermilab December 10-11, 2007 2007 Lattice QCD summer school , Seattle, August 8 - 28, 2007 QCD in extreme conditions (xQCD07), Extreme QCD, Frascati, Aug 6-9, 2007 2007 USQCD all hands meeting , BNL, March 22-23, 2007 Domain Wall Fermions at Ten Years BNL, March 15 - 17, 2007. Fermions and Extended Objects on the Lattice , Benasque, Spain, February 25 March 2, 2007. Conference proceedings: Lattice '07 Lattice '06 Lattice '05 The saga of rooted staggered quarks ... Life on the lattice Lattice projects: The Gauge Connection (stored configurations) The International Lattice Data Grid Fermilab lattice gauge theory Lattice Hadron Physics Collaboration The RIKEN/Columbia/Brookhaven collaboration ... Center for Computational Physics, University of Tsukuba

34. Semiconductors, Silicon Processing Training, Lattice Press Home Page, Publishers lattice PRESS is the Publisher of the WorldClass Reference Series Silicon Processing for the VLSI Era Semiconductor Manufacturing http://www.latticepress.com/

LATTICE PRESS is the Publisher of the "World-Class" Reference Series "Your Beacon to Knowledge about Integrated-Circuit Fabrication" These are all authored by Dr. Stanley Wolf . An internationally-recognized expert on silicon processing, Dr. Wolf has written multiple Best- Sellers on this subject for over 20 years! Get the benefit of this expertise when you buy his books! Below is a List of the Books We Publish Silicon Processing for the VLSI Era : Vol. 1 Process Technology For More Details About It CLICK HERE Silicon Processing for the VLSI Era: Vol. 2 Process Integration For More Details About It CLICK HERE Silicon Processing for the VLSI Era: Vol. 3 The Submicron MOSFET For More Details About It CLICK HERE Silicon Processing for the VLSI Era : Vol. 4 Deep-Submicron Process Technology CLICK HERE Microchip Manufacturing For More Details About It CLICK HERE " Dr. Wolf has a unique ability to read the literature & compile relevant information in an understandable format for others to digest" MRS Bulletin Nov 2003 "I love the unique quality & caliber of these works!

35. Lattice Command for style none scale is not specified (nor any optional args) for all other styles scale = reduced density rho* (for LJ units) scale = lattice constant in http://lammps.sandia.gov/doc/lattice.html

LAMMPS WWW Site LAMMPS Documentation LAMMPS Commands lattice command Syntax: lattice style scale keyword values ... style = none or sc or bcc or fcc or diamond or sq or or hex or custom scale = scale factor between lattice and simulation box for style none : scale is not specified (nor any optional args) for all other styles: scale = reduced density rho* (for LJ units) scale = lattice constant in Angstroms (for real or metal units) zero or more keyword/value pairs may be appended keyword = origin or orient or spacing or or or or basis origin values = x y z x,y,z = fractions of a unit cell (0 <= x,y,z orient values = dim i j k dim = x or y or z i,j,k = integer lattice directions spacing values = dx dy dz dx,dy,dz = lattice spacings in the x,y,z box directions values = x y z x,y,z = primitive vector components that define unit cell basis values = x y z x,y,z = fractional coords of a basis atom (0 <= x,y,z Examples: Description: Define a lattice for use by other commands. In LAMMPS, a lattice is simply a set of points in space, determined by a unit cell with basis atoms, that is replicated infinitely in all dimensions. The arguments of the lattice command can be used to define a wide variety of crystallographic lattices. A lattice is used by LAMMPS in two ways. First, the

36. EMedicine - Dystrophy, Lattice : Article By William Trattler Dystrophy, lattice lattice dystrophy usually is an autosomal dominant condition, and it is the most common of stromal dystrophies. http://www.emedicine.com/OPH/topic93.htm

Home Specialties Reference Centers All Sources eMedicine Medscape Drug Reference MEDLINE var jsRCName = ''; var jsRCPage = ''; Quick Find Introduction Clinical Differentials Workup ... References Related Articles Corneal Erosion, Recurrent Dystrophy, Granular Dystrophy, Macular Patient Education Click here for patient education. Email to a colleague You are in: eMedicine Specialties Ophthalmology CORNEA Dystrophy, Lattice Article Last Updated: Mar 15, 2006 AUTHOR AND EDITOR INFORMATION Section 1 of 11 Authors and Editors Introduction Clinical Differentials ... References Author: William Trattler, MD , Miami Center for Excellence in Eye Care; Consulting Staff, Department of Ophthalmology, Miami Baptist Hospital William Trattler is a member of the following medical societies: American Academy of Ophthalmology Coauthor(s): William Lloyd Clark, MD , Consulting Staff, Palmetto Retina; Natalie Afshari, MD , Assistant Professor, Cornea and Refractive Surgery, Department of Ophthalmology, Duke University Eye Center, Duke University Medical Center Editors: Fernando H Murillo-Lopez, MD

37. Lattice - Definition From The Merriam-Webster Online Dictionary Definition of lattice from the MerriamWebster Online Dictionary with audio pronunciations, thesaurus, Word of the Day, and word games. http://www.merriam-webster.com/dictionary/lattice

Home Visit Our Sites Unabridged Dictionary Learner's Dictionary ... Contact Us Also Visit: Unabridged Encyclopedia Britannica Visual ESL: Learner's for Kids: Spell It! Word Central Dictionary Thesaurus Spanish/English Medical Search "lattice" in: Thesaurus Spanish/English Medical Dictionary Open Dictionary Browse words next to: lattice Browse the Dictionary: A B C D ... Z lattice 3 entries found. lattice lattice girder space lattice Main Entry: Pronunciation: Function: noun Etymology: Middle English latis, from Anglo-French latiz Date: 14th century 1 a  a framework or structure of crossed wood or metal strips b  a window, door, or gate having a lattice c  a network or design resembling a lattice  a regular geometrical arrangement of points or objects over an area or in space specifically  the arrangement of atoms in a crystal  a mathematical set that has some elements ordered and that is such that for any two elements there exists a greatest element in the subset of all elements less than or equal to both and a least element in the subset of all elements greater than or equal to both lattice transitive verb adjective Learn more about "lattice" and related topics at Britannica.com

38. Jlab Lattice Portal Jefferson Lab LQCD Homepage. Welcome to the Jefferson Lab lattice QCD user facilty. New users start here (last updated January 4, 2008 now on JLAB s wiki http://lqcd.jlab.org/

39. Lattice Group :: Web Development Specialists :: The CFA Society uses the lattice Group Web Portal to maintain their website s content, post latest news items, upcoming events and study sessions. http://www.latticegroup.com/

var sc_project=1379833; var sc_invisible=1; var sc_partition=12; var sc_security="aedc7fd4"; CONTACT US 301.942.6814 Phone 301.942.6816 Fax CFA WASHINGTON The CFA Society uses the Lattice Group Web Portal to maintain their website's content, post latest news items, upcoming events and study sessions. Members can register and pay for upcoming events, receiving a discounted rate through a special Members Only login. Current Job Opportunities Jr. Web Developer Sr. Web Developer Systems Analyst Lattice Group is a complete provider of web development solutions, leading edge client/server technologies and software engineering services. The company was founded by three seasoned computer professionals with extensive backgrounds in the field of software engineering, with expertise in secure web-based application development, object-oriented analysis and design, graphical user interface design, document imaging, web content development, and relational database design. IT Consulting software development core business processes system design system maintenance Web Development for businesses of all sizes application development database integration Web Design interactive medium beyond pure aesthetics visual impact user interface design scalability new product marketing Content Management dynamic web portal secure login access through a browser supports multiple users customizable administrative controls

40. LATTICE PATH COMBINATORICS lattice PATH COMBINATORICS AND APPLICATIONS. July 12 14, 2007. NEW!!! Schedule of Talks I. Gessel - lattice Path Enumeration http://www.etsu.edu/math/godbole/lattice/index.htm

6TH INTERNATIONAL CONFERENCE ON LATTICE PATH COMBINATORICS AND APPLICATIONS July 12 - 14, 2007 NEW!!! Schedule of Talks NEWER!!! Photo 1 Photo 2 Photo 3 Photo 4 ... Photo 24 Johnson City, TN, United States We are pleased to announce that tutorial lectures will be presented by the following: G. Andrews - Partitions, Ferrers Graphs and q-Hypergeometric Functions A. Kemp - Discrete Distributions (Delivered by N. Balakrishnan) I. Gessel - Lattice Path Enumeration Topics to be covered include: Lattice path enumeration Random walks Plane partitions Nonparametric statistical inference Discrete distributions and urn models Young tableaux Queueing theory q-calculus Analysis of algorithms Orthogonal polynomials Graph Theory and Applications Self-dual codes and unimodular lattices Submission of papers: Presenters of Invited and Contributed talks should submit extended abstracts of at most four pages before April 15, 2007, by sending one TeX or LaTeX file to Anant Godbole, godbolea@etsu.edu Local Committee Scientific Committee Teresa Haynes G. Andrews, Pennsylvania State University, USA

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