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Cyrillic languages support in LATEXMost Latin-based European languages were supported in LATEX by introducing the T1 font encoding and by using the fontenc and inputenc packages; these use only standard TEX means to support any 8-bit input encoding and this one standard font encoding. The restriction to a single font encoding guarantees that multiple languages can happily coexist in one document (e.g., hyphenation will be correct for all languages).
Starting with the December 1998 Release, LATEX finally supports Cyrillic languages. This support is based on the new standard Cyrillic TEX font encodings—T2A, T2B, T2C, and X2. The first three of these satisfy some basic requirements for LATEX T* encodings, and thus can be used in multi-lingual documents with other languages based on standard font encodings. The reason why we need four different Cyrillic font encodings is that these font encodings support all the Cyrillic languages that have been used during the twentieth century (see Section 4)! The number of Cyrillic glyphs is large, so they cannot be represented with 128 character slots; the other (lower) 128 slots are reserved for Latin letters and other invariant symbols that are needed for the encoding to be a conformant LATEX T encoding.
There are some glyphs in the T2* encodings which do not yet have associated characters in Unicode, the world-wide character standard. Also, one more font encoding, T2D, is planned for a forthcoming release of LATEX. A lot of Cyrillic input encodings are already supported (see Section 5), and additional encodings could be added easily.
Download pdf Cyrillic languagesUsing Attributed Variables in the Implementation of Concurrent and Parallel Logic Programming SystemsIncorporating the possibility of attaching attributes to variables in a logic programming system has been shown to allow the addition of general constraint solving capabilities to it. This approach is very attractive in that by adding a few primi- tives any logic programming system can be turned into a generic constraint logic programming system in which constraint solving can be user defined, and at source level-an extreme example of the “glass box” approach. In this paper we propose a different and novel use for the concept of attributed variables: developing a generic parallel/concurrent (constraint) logic programming system, using the same “glass box” favor.
We argue that a system which implements attributed variables and a few additional primitives can be easily customized at source level to implement many of the languages and execution models of parallelism and concurrency currently proposed, in both shared memory and distributed systems. We illustrate this through examples and report on an implementation of our ideas. Keywords: Implementation Techniques, Concurrency, Parallelism, Logic Programming, Attributed Variables, Generic Implementations.
Download pdf Using Attributed Variables in the Implementation of Concurrent and Parallel Logic Programming SystemsSculpted Prims with Maya – Modeling, Texturing, ExportingThis short tutorial implies that you know the basics of Maya. Please refer to the many available Maya Tutorials on the net on how to work with materials (textures) and how to apply them to objects. Just one quick tip: Many drag-and-drop operations in Maya are done with the middle mouse button. You can apply textures/materials to objects this way as well as moving materials from the upper window in the Hypershade Editor to the lower window in order to edit the material (right mouse button -> Graph).
With the method described below you can use all methods that Maya offers to texture and light your object and then export the resulting texture to SL. The result is a straight bitmap; I haven’t yet worked with transparencies (alpha), but that should be perfectly possible, too. The process of converting all the Maya materials and lights into one single texture is called baking. Its big advantage is that all UV mapping coordinates are generated automatically and you can precisely texture even very complex sculpty prims. Depending on the texturing method you use in Maya, the texturing in Maya is more or less work. I used 3D materials in this tutorial – they “wrap” themselves around a 3D object automatically and don’t need any manual editing of texture coordinates.
Download pdf Sculpted Prims with Maya – Modeling, Texturing, ExportingDEP2410 Specification ( Samsung S3C2410 CPU Board )DEP2410 CPU board is smallest CPU board for embedded application SAMSUNG S3C2410 MCU NOR/NAND Flash and SDRAM USB host and device UART interface JTAG interface JTAGProbe TM Offer simplest debugging, loading user application and upgrade flash memory Compatible with Wiggler of Macraigor System. Technical Support PACKAGE CONTENTS DEP2410 CPU board 5V DC Power adapter Serial cable B-type USB cable for device interface JTAGProbe TM JTAGProbe Parallel cable 20 pin ribbon cable DEP2410 CD-ROM ARM Linux for S3C2410
Public version DEP2410 CPU board Schematic and PCB design file Reference manual Sample code for evaluation JTAGProbe Software Reference Guide Cross Compilation Tool 9 GNU Tools for Linux platform 9 GNU Tools for Windows(Cygwin) platform S3C2410 CPU Board 9 GNU Tools for Windows(Win32) platform Integrated Development Environment(IDE) 9 Dev-C++ JTAG Emulation Tools 9 JTAGProbe TM 9 OCD Commander Documentation (CD-ROM, PDF only) H/W User s Guide Embedded Linux Guide 9 Setup and Operation 9 Boot Loader and Utilities 9 Linux Kernel 9 Quick Start-up Guide Tool Guide 9 JTAGProbe Guide 9 Tools on Linux host platform 9 Tools on Windows host platform -5 - 1. S3C2410 CPU 2.An introduction to 3D draughting & solid modelling using AutoCADThis tutorial is intended to work as a student centered learning resource. It will introduce you to the basics of creating 3D models of your building designs using AutoCAD. Use the AutoCAD help menu system as required.
You will be familiar with working in 2D (two dimensions). As you may have already found, this can be quite limiting. You are representing 3D objects in a 2D format, which has then to be interpreted in order to visualise in 3D. Working with a 3D model has many advantages over 2D representations, including:
• Ease of visualising from any view point.
• Ease of creating 2D draughting views.
• Creation of photo-realistic images, animations and virtual reality presentations.
• Use of geometry for computational analysis, e.g. FEA.
• Use of geometry for CNC manufacturing processes.
3D CAD offers tools to work not only on a plane, along the x and y axes as with 2D CAD, but also in 3D space along the z axis, giving depth to the drawing. This tutorial will introduce you to the three primary types of 3D modelling:
• Wireframe
• Surface
• Solid
DownloadBreathalyzer Model: 7008-B-001 pdfThe tritium breathalyzer is intended to simplify measuring the bodily intake of tritium in persons who have been working in areas where the release of tritium is possible. It does so by measuring the level of tritium in the breath. The system is useful for all tritium workers, as well as workers in CANDU nuclear power stations. Features · Easy and convenient to use · Quick operation (between 15 seconds and 1 minute) · Processes first person while a second person is using · Reports tritium-in-breath results by e-mail to operator and Health Physics simultaneously · Contains second ion chamber as comparator
Description The tritium-in-breath analyser is housed in a handsome “kiosk” located conveniently for operators leaving areas of potential tritium contamination. It enables them to acquire an immediate measure of their bodily uptake of tritium, and simultaneously informs Health Physics so that speedy preventive and corrective action can be taken in the event of high uptake. The tritium breathalyser comprises a large (3 liter) ion chamber to maximize sensitivity while minimizing the time taken to fill with breath. It is compensated for gamma and background radiation by the provision of a second and identical chamber. The chamber itself is of wire cage construction, designed for minimum surface area and reduced plate-out. Seismic Qualification None Compliance DOE Tritium Monitor Standard, Rev 4 June 1999 Connection LAN Connection (3 meters) Power Connection with 3-pin plug, (3 meter) Minimum Exposure Reading Can read to 1/9 Max Permissible Body Burden Gamma Compensation Unit compensatesm-Dvara 2.0: Mobile & Web 2.0 Services Integration for Cultural HeritageWeb 2.0 marks a new philosophy where user is the main actor and content producer: users write blogs and comments, they tag, link, and upload photos, pictures, videos, and pod- casts. As a step further, Mobile 2.0 adapts Web 2.0 technol- ogy to mobile users. We intend to study how Web 2.0 and Mobile 2.0 together can be applied to the cultural heritage sector. A number of cultural institutions and museums are introducing in their projects some Web 2.0 applications, but the main knowledge source remains a small group of a few experts.
Our approach is different: we plan to let all the users, the crowd, to be the main contents provider. We aim to the crowdsourcing, the long tail power, as we call fuel of cultural heritage system. In this paper, we describe the m-Dvara 2.0 project, whose aim is a system that lets users to create, share, and use cultural contents including mobile context-aware features.
With Web 2.0 and social software we represent all webbased services with “an architecture of participation”, that is, one in which users interact and generate, share, and take care of the content (http://museumtwo.blogspot.com). Mobile 2.0 is the evolution of mobile technology to let us “capturing the content at the point of inspiration” (http://blog.comtaste.com/2007/06/what_is_social_in_mobile_web_2.html), that is, in the exact moment in which the inspiration and the opportunity exist to do it. Nowadays, Cultural Heritage Organizations (museums, archaeological sites, historical towns, even libraries, etc.) are trying to understand the evolution of the Web, but they tend toMicrosoft Excel Hints and TipsThe aim of this document is to show you how to make the best use of some of the facilities in Microsoft Excel and, in particular, to save you time when using it. Be aware that we have several other documents on using Excel, including A Beginners' Guide, An Intermediate Guide, plus a host of advanced topics.
Starting Microsoft Excel and Opening Files
Launching Excel via the Start menu and All Programs isn't the most efficient way of doing things; it's much easier to do so from an icon on the Desktop:
1. Open the Windows Start menu and choose All Programs then Microsoft Office
2. Instead of clicking on Microsoft Office Excel 2003, hold the right mouse button down and drag Excel from the Microsoft Office menu onto the Desktop - choose Copy Here
3. Now (and in future) double click on the Microsoft Excel icon to launch the software
You can also place shortcuts to files you are currently working on the Desktop in a similar way - this time (when you drag the file icons from My Documents using the right mouse button) choose Create Shortcuts Here from the pop-up menu. When you have finished working on a file then you can the shortcut (leaving the file itself safe in My Documents). Another feature which makes opening a file easier is to alter the number of documents which feature in the list of recently used files (the list which appears at the foot of the File menu):..
Download pdf Microsoft Excel Hints and2Wire Gateway Installation Guide for 2070 SeriesRemove or Disable Conflicting Applications
Internet sharing software and PC based firewall applications typically interfere with the 2Wire gateway, and should be removed or disabled before you install the gateway. The 2Wire gateway provides the same features as the products listed below. If you have any of the following (or similar) applications installed on your computers, remove or disable them according to the manufacturer’s instructions before proceeding.
Check Your Computer’s Browser and System Requirements
Verify that your computers meet the following minimum requirements:
Browser Requirements
Windows: Microsoft Internet Explorer 5.5 or higher (included on the 2Wire CD), Netscape Navigator 4.7 or higher, or Firefox 1.0 or higher.
Macintosh: Safari 1.0, Microsoft Internet Explorer 5.0, or Netscape 4.74 or higher.
System Requirements
• 5 MB of available hard disk space for 2Wire gateway software.
• Windows XP, Windows 2000, Windows NT 4.0 with Service Pack 6, Windows ME, Windows 98/98SE, or Mac OS 8.6 or higher.
• Network adapter (such as Ethernet or USB)
Download pdf 2Wire Gateway Installation Guide for 2070 SeriesGuide to Cataloging DVDs Using AACR2r Chapters 7 and 9This section provides a general overview of DVD technology. Topics covered include a brief history, a comparison of DVDs with compact disc (CD) technology, the different types of DVD that are currently available, and a glimpse at the future of DVDs.
History
DVDs were first developed in 1995 through a consortium of ten companies: Hitachi, JVC, Matsushita, Mitsubishi, Philips, Pioneer, Sony, Thomson, Time Warner, and Toshiba. These companies formed the DVD Consortium, which in April 1997 became the DVD Forum. The mission of the forum is to promote the worldwide acceptance of DVD products across the entertainment, consumer electronics and IT industries. In early 2000, membership in the DVD Forum reached some 230 companies and organizations that are engaged in DVD research, development and/or manufacturing. Although DVD once stood for “Digital Video Disc” or “Digital Versatile Disc,” DVD now simply stands for DVD.
DVD types
DVD-A (DVD-Audio) — Equivalent to an standard audio CD which uses Pulse Code Modulation (PCM) for recording sound, except that it holds some seven times the information of a regular CD.
DVD-V (DVD-Video) — What most people think of when referring to the DVD. Usually used to store video recordings.
DVD-R (DVD-Recordable) — A write-once data storage disc that is similar to CD-Rs. It can record around 4.7 gigabytes, and is used mainly for the archiving of information and the storage of video recordings.
DVD-RAM (DVD-Re-writable) — An erasable, re-recordable version of the DVD-ROM. Provides random access to its 4.7 gigabytes of recorded information, and is best suited for use in computers.
