1. FPGA And CPLD Solutions From Lattice Semiconductor Provides applications software for users of mobile computers in a variety of industries, including healthcare and gas and electric, automating many tasks http://www.latticesemi.com/

@import url("/css/standard.css"); @import url("/css/homepage.css"); @import "/css/menu.css"; Sign In Home Products FPGA ... Contact Us Key Solutions / Products PCI Express - Low Cost, Low Power Solutions Ethernet - End-to-end System Solutions - Low Cost FPGA with SerDes - True 90nm Flash Based FPGA MachXO - Crossover PLD: Best of CPLD and FPGA LatticeSC - Extreme Performance, 90nm FPGA Power Manager II - Prices Below $1.00 in Volume Design Software - Download the Latest Version Events More Verilog Training - Hillsboro and San Jose Webcasts More Low Cost FPGA with SerDes - LatticeECP2M FPGA Video Interfacing Fundamentals Revisited Industrial Ethernet IEEE 1588 from Oregano Systems News More Lattice Semiconductor Updates Guidance For First Quarter 2008 LatticeXP2 Non-Volatile FPGA Devices Move to Volume Production uClinux Support for Open Source Embedded Systems Design ... Lattice's aggressive and clever innovations are driving the strategies of their larger competitors. Lee Goldberg, Editor, Programmable Logic Zone Quicklinks Software Licensing Data Sheets Forums IP Cores ... Contact Us var gaJsHost = (("https:" == document.location.protocol) ? "https://ssl." : "http://www."); document.write(unescape("%3Cscript src='" + gaJsHost + "google-analytics.com/ga.js' type='text/javascript'%3E%3C/script%3E"));

2. Lattice - Wikipedia, The Free Encyclopedia lattice may refer to. Art and design. latticework an ornamental and/or structural crisscrossed framework, an arrangement of crossing laths or other thin http://en.wikipedia.org/wiki/Lattice

Lattice From Wikipedia, the free encyclopedia Jump to: navigation search Look up lattice in Wiktionary , the free dictionary. Lattice may refer to: Art and design Latticework an ornamental and/or structural criss-crossed framework, an arrangement of crossing laths or other thin strips of material Lattice (pastry) Architecture and engineering Lattice girder Lattice tower Lattice truss bridge Mathematics Lattice (mathematics) , any of the following: Lattice (order) , a type of partially ordered set Concept lattice Lattice of subgroups Lattice (discrete subgroup) , a discrete subgroup of a topological group with finite covolume Lattice (group) , a repeating arrangement of points Bravais lattice , 14 possible arrangements of repeating points in 3-D Coxeter–Todd lattice Hexagonal lattice or Eisenstein integers Integer lattice Niemeier lattice Reciprocal lattice ... Square lattice or Gaussian integers Unimodular lattice , such as the Leech lattice or E8 lattice Arithmetic lattice , a lattice derived from a division algebra Bethe lattice , a regular infinite tree structure Lattice multiplication , a form of long multiplication suitable for hand calculation Science A crystal structure fitting a lattice arrangement Kagome lattice Lattice model (physics) , a model defined not on a continuum, but on a lattice Companies and Organizations Lattice Semiconductor , an electronics company Lattice, Incorporated

3. Lattice (order) - Wikipedia, The Free Encyclopedia In mathematics, a lattice is a partially ordered set (or poset) in which every pair of elements has a unique supremum (the elements least upper bound; http://en.wikipedia.org/wiki/Lattice_(order)

Lattice (order) From Wikipedia, the free encyclopedia Jump to: navigation search The name "lattice" is suggested by the form of the Hasse diagram depicting it. For other uses, see lattice In mathematics , a lattice is a partially ordered set (or poset ) in which every pair of elements has a unique supremum (the elements' least upper bound; called their join ) and an infimum (greatest lower bound; called their meet ). Lattices can also be characterized as algebraic structures satisfying certain axiomatic identities . Since the two definitions are equivalent, lattice theory draws on both order theory and universal algebra Semilattices include lattices, which in turn include Heyting and Boolean algebras . These "lattice-like" structures all admit order-theoretic as well as algebraic descriptions. Contents Lattices as posets Lattices as algebraic structures Connection between the two definitions Examples ... edit Lattices as posets Consider a poset L L is a lattice if For any two elements x and y of L x y join , or supremum ) and a greatest lower bound ( meet , or infimum The join and meet of x and y are denoted by and , respectively. Because joins and meets are assumed to exist in a lattice

4. Lattice: Mobile Computing Solutions & Software Development Tools lattice, Inc. provides applications software for users of mobile computers in a variety of industries that automate many tasks for mobile workers such as http://00ec97a.netsolhost.com/

Send comments or inquiries to webmaster@lattice.com For Lattice Semiconductor, use www.latticesemi.com

5. The Lattice Project The lattice Project is developing a communitybased Grid system that integrates Grid middleware technologies and widely used life science applications. http://lattice.umiacs.umd.edu/

Home BOINC Resources The Lattice Project ... Home The Lattice Project A community of researchers, scientists, and staff at the University of Maryland are working to integrate and deploy computing resources, Grid middleware, specialized scientific application software and semantic web services in a comprehensive Grid system for scientific analysis. We call this effort The Lattice Project. The lead researchers are: Michael Cummings Adam Bazinet A broad spectrum of life science research will benefit greatly from increased access to high performance computing resources. Several properties of modern life sciences research drive the need for high performance computing: Trend toward quantitative analysis in experimental biology. The nature of much life sciences research involves inference and hypothesis testing that require computation. The rapidly increasing size and number of analysis inputs including databases, samples, and experiments. Increasing complexity of analytical models and concomitant increase in possible solution space. Maximum likelihood calculations, Monte Carlo and other stochastic simulation methods increasingly involve more parameters. While such models can increase our understanding of the underlying natural processes under investigation, in many cases they lead to an exponential increase in the number of possible solutions. Despite promising developments that individually address these issues, the computational environment in which many life scientists work remains substantively deficient, materially impeding progress in a number of fields. It is our goal to make sufficient computational and data resources available to an active community of researchers.

6. FPGA And CPLD Solutions From Lattice Semiconductor lattice Semiconductor Corporation. Sign In see this page in Japanese Korean language homepage Chinese language homepage http://www.vantis.com/

@import url("/css/standard.css"); @import url("/css/homepage.css"); @import "/css/menu.css"; Sign In Home Products FPGA ... Contact Us Key Solutions / Products PCI Express - Low Cost, Low Power Solutions Ethernet - End-to-end System Solutions - Low Cost FPGA with SerDes - True 90nm Flash Based FPGA MachXO - Crossover PLD: Best of CPLD and FPGA LatticeSC - Extreme Performance, 90nm FPGA Power Manager II - Prices Below $1.00 in Volume Design Software - Download the Latest Version Events More Verilog Training - Hillsboro and San Jose Webcasts More Low Cost FPGA with SerDes - LatticeECP2M FPGA Video Interfacing Fundamentals Revisited Industrial Ethernet IEEE 1588 from Oregano Systems News More Lattice Semiconductor Updates Guidance For First Quarter 2008 LatticeXP2 Non-Volatile FPGA Devices Move to Volume Production uClinux Support for Open Source Embedded Systems Design ... Lattice's aggressive and clever innovations are driving the strategies of their larger competitors. Lee Goldberg, Editor, Programmable Logic Zone Quicklinks Software Licensing Data Sheets Forums IP Cores ... Contact Us var gaJsHost = (("https:" == document.location.protocol) ? "https://ssl." : "http://www."); document.write(unescape("%3Cscript src='" + gaJsHost + "google-analytics.com/ga.js' type='text/javascript'%3E%3C/script%3E"));

7. The Lattice Project About The lattice Project. Background and Introduction. Join The lattice Project. Rules and Policies Please read first! Getting Started Create Account http://boinc.umiacs.umd.edu/

Home Research Publications Personnel ... Home The Lattice Project About The Lattice Project Background and Introduction Join The Lattice Project Rules and Policies [Please read first!] Getting Started Create Account ... Download BOINC we require a core client >= 5.5.1! When prompted, enter http://boinc.umiacs.umd.edu/ Returning participants Your account - view stats, modify preferences Teams - create or join a team Applications Community Participant profiles Message boards Questions and answers Project totals and leader boards Top participants Top computers Top teams Other statistics User of the Day Crazybob @ SETI.USA I'm 46, married with 2 sons, 25 and 22, I enjoy running DC projects with my team. Status Server Status: Globus Server: running Scheduler: running File Server: running Feeder: running Results: Workunits: 114726 Results ready to send: 46639 Results in progress: 9521 Users: Total Users: 7140 Total Hosts: 12768 Detailed Status Workunit Graveyard News March 24, 2008 HMMPfam Jobs A couple hundred HMMPfam cleanup batches are in the process of being submitted. This will be the first major test of the new file caching code, but hopefully no one notices! March 19, 2008

8. Mineralogical Society Of America The lattice was published quarterly (February, May, August, November) by the The last lattice was August/November 2004. The future MSA Newsletters are http://www.minsocam.org/MSA/lattice/

Home AmMin GMR RiMG ... Contacts THE LATTICE The Lattice was published quarterly (February, May, August, November) by the Mineralogical Society of America. It was distributed both in its paper form and electronically to MSA members as a service. The last Lattice was August/November 2004. The future MSA Newsletters are now part of Elements Magazine . First Issue is January 2005. The Lattice August/November 2004 (2 MB pdf format) May 2004 (2 MB pdf format) February 2004 (1.7 MB pdf format) November 2003 (1.4 MB pdf format) August 2003 (1.5 MB pdf format) May 2003 (716 K pdf format) February 2002 (3.2 MB pdf format) November 2002 (1.0 MB pdf format) August 2002 (1.3 MB pdf format) May 2002 (1.5 MB pdf format) February 2002 (1.0 MB pdf format) November 2001 (1.5 MB pdf format) August 2001 (1.5 MB pdf format) May 2001 (1.6 MB pdf format) February 2001 (3.2 MB pdf format) November 2000 (1.3 MB pdf format) August 2000 May 2000 February 2000 November 1999 ... Mineralogical Society of America

9. Crystal Lattice Structures A list of the possible crystal lattice structures and coordinates of atoms in such crystals. http://cst-www.nrl.navy.mil/lattice/

10. CRAN - Package Lattice lattice lattice Graphics. Implementation of Trellis Graphics. See ?lattice for a brief introduction CRAN checks lattice results http://cran.r-project.org/web/packages/lattice/index.html

lattice: Lattice Graphics Implementation of Trellis Graphics. See ?Lattice for a brief introduction Version: Priority: recommended Depends: Imports: grid, grDevices, graphics, stats, utils Suggests: grid Enhances: chron Date: Author: Deepayan Sarkar Maintainer: License: In views: Graphics Multivariate Pharmacokinetics CRAN checks: lattice results Downloads: Package source: lattice_0.17-6.tar.gz MacOS X binary: lattice_0.17-6.tgz Windows binary: lattice_0.17-6.zip Reference manual: lattice.pdf News/ChangeLog: ChangeLog Old sources: lattice archive

11. Lattice -- From Wolfram MathWorld Note that this type of lattice is distinct from the regular array of points known as a point lattice (or informally as a mesh or grid). http://mathworld.wolfram.com/Lattice.html

Algebra Applied Mathematics Calculus and Analysis Discrete Mathematics ... Insall Lattice An algebra is called a lattice if is a nonempty set and are binary operations on , both and are idempotent commutative , and associative , and they satisfy the absorption law . The study of lattices is called lattice theory Note that this type of lattice is distinct from the regular array of points known as a point lattice (or informally as a mesh or grid). While every point lattice is a lattice under the ordering inherited from the plane, many lattices are not point lattices. Lattices offer a natural way to formalize and study the ordering of objects using a general concept known as the poset (partially ordered set). A lattice as an algebra is equivalent to a lattice as a poset 1. Let the poset be a lattice. Set and . Then the algebra is a lattice. 2. Let the algebra be a lattice. Set iff . Then is a poset , and the poset is a lattice. 3. Let the poset be a lattice. Then 4. Let the algebra be a lattice. Then The following inequalities hold for any lattice: A lattice can be obtained from a lattice-ordered poset by defining and for any . Also, from a lattice

12. Home | LATTICE Developed in 1995 as an international education partnership, lattice (Linking All Types of Teachers to International CrossCultural Education) links six http://www.latticeworld.org/

@import "/modules/node/node.css"; @import "/modules/system/defaults.css"; @import "/modules/system/system.css"; @import "/modules/user/user.css"; @import "/themes/latticeDEUX/style.css"; home site map contact Home ... Around The World The mission of LATTICE is to assure a global perspective in K-12 classrooms. With members and friends from 65 countries, we work together to heighten our awareness, sensitivity and understanding of global issues including ethnic, cultural and religious diversity. The LATTICE network supports international learning in order that the children of today can be effective participants in the world of tomorrow. Developed in 1995 as an international education partnership, LATTICE (Linking All Types of Teachers to International Cross-Cultural Education) links six school districts in mid-Michigan with international graduate students/scholars at Michigan State University. LATTICE concentrates on adult learning and promotes practical links to K-12 classrooms. LATTICE members meet for presentations, discussions, food, and music. Topics range from the personal to the global, from "What is home?" to "What is world hunger?" LATTICE does not deliver cursory information about countries, but involves dynamic interaction on issues that concern educators throughout the world.

13. Modular Robotics: Lattice Robots that use lattice reconfiguration are selfreconfigurable robots that rearrange their positions by moving from one position on a lattice to a http://www2.parc.com/spl/projects/modrobots/lattice/index.html

PARC People Chain - Lattice - Pubs Demos Sims Links Lattice Robots Telecube Proteo Digital Clay Telecube module simulation programmed using local rules to locomote through reconfiguration. Robots that use lattice reconfiguration are self-reconfigurable robots that rearrange their positions by moving from one position on a lattice to a neighboring position on the lattice, like LEGO(r) bricks that could rearrange themselves. For example, in 2D, a lattice could be a rectilinear grid and the modules (usually all identical) move from one square to another. The connectivity may be 4 connected (the squares in each cardinal direction) or 8 connected (including the diagonally adjacent ones). The only important characteristic is that the number of neighbors is discrete and finite. The type of lattice leads to different forms of hardware and motions. The easiest ones to think about are the common lattices found in crystallic packing like that of atoms. The lattice structure makes planning the motions of when and where to move modules an interesting one from a computer science point of view as the space of possible motions is easy to represent in a computer. It is also interesting but difficult because the space of possible sequences grows exponentially with the number of modules. What seems to excite many people is imagining many thousands or millions or billions of tiny modules as some form of blob morphing from one arbitrary shape into another. This currently the most popular style of self-reconfigurable robot perhaps because of this reason. There are a large variety of groups working on building, simulating, controlling and planning these robots that can be seen on the

14. Lattice Technology, Inc. lattice Technology software easily creates interactive 3D documents for technical illustrations and electronic training manuals, 3D sales presentations, http://www.lattice3d.com/

LATTICE TECHNOLOGY powered by XVL HOME Contact Us Support ... Solutions Product INFO Products Conversions Authoring / Editing Technical Documents ... Publish Newsletter Subscribe to XVL Mail News LATTICE TECHNOLOGY provides easy to use software for the creation, management and integration of usable, intelligent 3D content throughout the manufacturing enterprise. The unmatched compression of Lattice Technology's XVL format allows even the largest and most complex assemblies to used quickly and easily by everybody in the manufacturing lifecycle - Design Review, Digital Assembly, Manufacturing Process Instructions and Simulation, Technical Illustration, Customer Service, Marketing, Sales, Quality Control, Product Development and Supply Chain Lattice Technology solutions are used more than 2000 companies around the world including Toyota, Boeing, Sony and MAN. News and Events Lattice Technology Announces Updates Across its XVL Product Family Dec. 20, 2007 Nov. 6, 2007 HitachiSoft Invests in Lattice Technology Aug. 7, 2007 HOME Solutions Demos News ... Privacy

15. Lattice 2006 The lattice06 international symposium was held in Tucson, Arizona beginning with a reception on Sunday, July 23, 2006 and ending on Friday, July 28, 2006. http://www.physics.arizona.edu/lattice06/

16. Lattice 2004 ScienceNews reporter Peter Weiss interviewed several participants during lattice 2004. His article on lattice QCD is available on line. http://lqcd.fnal.gov/lattice04/

Lattice 2004 The XXII International Symposium on Lattice Field Theory Fermi National Accelerator Laboratory June 21-26, 2004 Fermilab Theoretical Physics Dept. Computing Division Fermilab LQCD Facility The Proceedings have been shipped by Elsevier to all participants. ScienceNews reporter Peter Weiss interviewed several participants during Lattice 2004. His article on lattice QCD is available on line Video and electronic files of plenary talks are available below. Titles link to hep-lat entries of write-ups, where available. Electronic files of posters and parallel talks are available under "Transparencies" (at right). (Send your file or url to lat2004@fnal.gov Lattice 2005 will take place 25-30 July 2005 at Trinity College, Dublin, Ireland. LatticeNews is a new mailing list set up to announce future lattice conferences, workshops and other news of interest to lattice field theorists. Message from IAC. Sign up! Plenary Speakers Keith Ellis Fermilab Welcome to Fermilab video Roberto Frezzotti Milano Twisted-Mass Lattice QCD video ps David Adams Leiden video ps pdf Eduardo Follana Glasgow video pdf Kieran Holland UC San Diego Triviality and the Higgs Mass Lower Bound video pdf Michael Engelhardt New Mexico State video ps gif Shoichi Sasaki Tokyo video pdf Peter Boyle Columbia The QCDOC Project video pdf Federico Rapuano Milano The apeNext Project video ppt pdf ... Don Holmgren Fermilab PC Clusters for Lattice QCD video pdf Kenneth Wilson Ohio State Origins of Lattice Gauge Theory video ppt pdf ... Tony Kennedy Edinburgh Algorithms for Lattice QCD with Dynamical Fermions video ppt Oliver B¤r Tsukuba

17. Lattice Materials, LLC. At lattice Materials LLC, we create custom parts from Silicon and Germanium two key materials for strategic markets. These markets include infrared http://www.latticematerials.com/

var gaJsHost = (("https:" == document.location.protocol) ? "https://ssl." : "http://www."); document.write(unescape("%3Cscript src='" + gaJsHost + "google-analytics.com/ga.js' type='text/javascript'%3E%3C/script%3E")); At Lattice Materials LLC, we create custom parts from Silicon and Germanium - two key materials for strategic markets. These markets include infrared transmissive optics, laser mirrors, and thin film coating sources. If your business includes any of these application segments, we would like to discuss your requirements with you. In addition, we routinely buy and sell Silicon and Germanium metals in various different specifications, if you have either metal for sale please contact us , we can help. From RAPID RESPONSE on quotes to FAST TRACK deliveries, we are dedicated to meeting your needs.

18. Ian's Shoelace Site - Lattice Lacing Great for boots and sneakers with a wide gap, this method forms a neat woven lattice in the middle of the lacing. Works best on shoes with six pairs of http://www.fieggen.com/shoelace/latticelacing.htm

Shoelace Menu Ian's Shoelace Site Lacing Shoes Lacing Methods Criss Cross ... Hash Lattice Zipper Riding Boot One Handed Segmented ... Shoelace Links Web Site Menu www.fieggen.com Ian's Shoelace Site Ian's Software Site Ian's Graphics Site Ian Fieggen's Site Fieggen Family Tree ... Site Map Other Information About This Site Support This Site Linking To This Site About Ian ... Help Ian Lattice Lacing Great for boots and sneakers with a wide gap, this method forms a neat woven lattice in the middle of the lacing. Works best on shoes with six pairs of eyelets (ie. 12 eyelets). There's two variations, one for shorter laces, one for longer laces. Method 1 - Shorter Laces Faint sections are underneath Lacing Technique - Method 1 - Shorter Laces: 1. The lace runs straight across the bottom (grey section) and emerges from both bottom eyelets. 2. Cross the ends over and feed into the 4th set of eyelets up the shoe (skip past 2 sets of eyelets) 3. Both ends now run straight up and emerge from the 5th set of eyelets. 4. Cross the ends over and feed into the 2nd set of eyelets up the shoe (skip past 2 sets of eyelets) 5. Both ends now run straight up and emerge from the 3rd set of eyelets.

19. Lattice Theory This lattice is infinte and subdirectly irreducible but the variety it generates contains only finitely many other varieties, refuting an old conjecture. http://www.math.hawaii.edu/LatThy/

The Lattice Theory Homepage J. B. Nation's counter example to the finite height conjecture This lattice is infinte and subdirectly irreducible but the variety it generates contains only finitely many other varieties, refuting an old conjecture. Think of this lattice as wrapped around a cylinder so that the elements at the sides with the same labels are identified. Note the middle part of this diagrams moves up when going from left to right so that when it is wrapped around the cylinder it is helical. This page will have link to various subbranches of lattice theory containing general information and problems. A Java program indicating how the automatic lattice drawing works General Algebra and Lattice Theory Homepage Universal Algebra and Lattice Theory Bibliographic Database You can search for papers by a particular author or on a particular subject. You can choose to have the output in either BibTeX or AmSTeX format. You can even add or correct entries in the database. Free and Finitely Presented Lattices A description of the subject and a list of open problems.

20. High Energy Physics - Lattice xxx.lanl.gov/archive/heplat - http://xxx.lanl.gov/archive/hep-lat

lanl.arXiv.org hep-lat Search or Article-id Help Advanced search All papers Titles Authors Abstracts Full text High Energy Physics - Lattice (since 2/92) Search hep-lat titles/authors or full-text Listings: new (most recent mailing), recent (past week), and current month's hep-lat listings For a specific paper, enter the identifier into the top right search box e-Prints are available for years: Links to: arXiv form interface find hep-lat ... Access key information)

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