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Yahoo Mobile BackgrounderYahoo! is taking the lead role in enabling the global mobile ecosystem to bring compelling mobile Internet experiences to consumers. Yahoo! delivers its services throughout the world from its own network as well as through partnerships with mobile operators and device manufacturers around the world. Yahoo! recently opened up the company’s mobile platform to allow the world’s developers and publishers to mobilize their own offerings.
Yahoo! Go 3.0
In January 2008, Yahoo! unveiled the all-new version of Yahoo! Go 3.0. It builds on the success and popularity of the preceding 2.0 version by making it easier for users to get what they want from the mobile Internet, when they want it and how they want it.
Key enhancements include:
• More Intuitive and Rich Design: Makes efficient use of the phone’s small screen and speeds consumers’ ability to find the information they need
• Truly Personalized Home Widget: Offers an at-a-glance update of what’s new since the last visit (e.g., new emails received, upcoming calendar appointments and more)
• Third-Party Mobile Widgets: Offering customizable access to consumers’ favorite Internet brands and services – from Yahoo! or any other mobile widget developer.
The award-winning Yahoo! Go 3.0 (http://go.yahoo.com) is currently available for 19 countries and supports more than 280 devices from major manufacturers worldwide and can be used on all major wireless networks.
Yahoo! oneSearch TM
Yahoo! oneSearch is an innovative mobile search experience designed to provide consumers with what they need when they are on the go – instant answers and relevant information. The service recognizes the intent ofApple Remote Desktop Administrator's Guide Apple Remote Desktop (ARD) is easy-to-use, powerful, open standards-based, desktop management software for all your networked Macs. IT professionals can remotely control and configure systems, install software, offer live online help to end users, and assemble detailed software and hardware reports for an entire Mac network.
You can use Apple Remote Desktop to:
• Manage client computers and maintain, upgrade, and distribute software
• Collect more than 200 system-information attributes for any Mac on your network. Store the results in an SQL database and view the information using one of several hardware or software reports.
• Provide help and remote assistance for users when they encounter problems
• Interact with users by sending text messages, observing and controlling users’ screens, and sharing their screens with other client users
With Apple Remote Desktop software, you can access your office computer, documents, and applications while you’re away from the office. Used in a classroom, Apple Remote Desktop enhances the learning experience and allows teachers to monitor and control students’computers. In corporate environments, it’s the ideal solution for managing remote systems, reducing administration costs, and increasing productivity.
Using This Guide
The ARD Administrator’s Guide contains chapters to help you use Remote Desktop. It contains overviews and explanations about ARD’s features and commands. It also explains how to install and configure ARD on clients, how to administer client computers, and how to use Remote Desktop to interact with computer users. In addition, this guide is provided on the ARD installation disc and on the Apple Remote Desktop support website as a fullyBluetooth GPS Receiver i-Blue User's Manualwell suited to system integrations including PDA, smart phone, Tablet PC ...Please refer to the user manual of PDA to enable the Bluetooth. connectivity.
Bluetooth GPS Receiver i-Blue User's Manual Published on 15-Dec-2005 8029407001B 2 Table of Contents Note and Warning........................................................................................................3 Chanpter 1 Before you begin ......................................................................................4 1.1 Appearance.....................................................................................................5 1.2 Checking the package content ......................................................................5 Chapter 2 Getting started............................................................................................6 Step 1 Charging Your Battery.............................................................................6 Step 2 Turn on the power switch.........................................................................6 Step 3 Connecting your handheld device with i-Blue .......................................7 Step 4 Load your GPS mapping or routing software, along with the corresponding maps of the areas that you plan to travel to....................................9 Step 5 Start the application and select the correct COM port & baud rate.......10 Chapter 3 How to test your Bluetooth GPS Receiver ?..........................................10 3.1 Software Itallation....................................................................................10 3.2 GPS Test .......................................................................................................11 3.2.1 Executing GPS Demo Program .......................................................11 3.2.2 GPS Demo Screen .............................................................................11 Appendices..................................................................................................................12 Appendix A. LED Display.................................................................................12 Appendix B. Fuzzy Auto On/Off ......................................................................13 Appendix C. Specification.................................................................................13 Appendix D. Frequently Asked Questio.......................................................15 Appendix E. How to change battery
Download PDFDNA: variations on a theme in MayaIn this tutorial, we’ll explore different methods for modeling, rigging, and animating DNA. There are many ways to approach this macromolecule in Maya and each has its merits depending on what the model will be used for in your scene. We’ll start with a simple ‘plank’ DNA model that is roughly based on what is known about the molecule’s proportions, and then look at different ways to deform it. Next we’ll import a PDB coordinate set for B-DNA and experiment with different representations using particles. These first two methods assume that the helix does not need to unwind and melt. Finally, we’ll go over a programmatic approach to building DNA using PDB data for a single base pair – this method will allow us to twist and unzip the double helix.
Modeling plank DNA
In this first exercise, we’ll create a stand-in model for B-DNA that could be useful in schematic animations where atomic resolution is not required and melting of the double helix is not necessary. Here’s a quick overview of the process: 1) model a base pair with polygons, 2) animate its rotation and elevation to use the ‘animated snapshot’ tool, 3) create 2 NURBS curves slightly offset from the base pair, 4) use the ‘animated sweep’ tool to extrude those circles and create the backbone and finally 5) ‘duplicate special’ to create additional helical turns to the model prior to rigging.
Although we’ve reviewed B-DNA’s characteristics above, let’s also have a PDB-derived cartoon model in our scene to make sureMashing, Burning, Mixing and the Destructive Creativity of Web 2.0: Applications for Medical EducationThe emergence of social (or so-called ‘Web 2.0’) software provides new and exciting opportunities for teachers to create dynamic, collaborative and sociable learning environments for their students. This incarnation of the world wide web holds transformational potential for teachers and students alike (RICHARDSON, 2006). Mashups, mixes and aggregations of digital artefacts form the basis for a dynamic and creative emerging environment within which students can learn through collaborative working and community based enquiry. Feed burning software enables users to receive alerts of web page updates direct to their desktop computers or mobile devices. The popularity of these applications is rising rapidly, as students see the opportunities to free up time and space so that learning can be fitted into busy lifestyles.
However, a dilemma has arisen. Although, by its very nature, social software attracts activities which have democracy and freedom from institutional influence at their heart (RICHARDSON, 2006), such freedom may have the effect of opening the door to abuse or misuse of technologies. Seemingly destructive elements may emerge where the right to participate is exploited. Institutional rules may be infringed, causing a detrimental effect upon the traditional organisation through subversion of previously accepted practices. In this paper we explore the creative and destructive
Autonomous learning
Students using Wikis and ‘blogs generally work autonomously and independently, beyond the reach of any recognised authority, so it is debatable to what extent educational institutions can, and should attempt to ‘manage’ such learning technology. It follows that some universities may see a need to control theImplementing a Texture Caching SystemTexture caching systems are designed to overcome the texture budget limitations of 3D games. Only the textures required to display the current scene are held in RAM. When new textures need to appear in the scene, they are loaded from a larger and slower repository, or they are dynamically generated.
For example, textures can be pulled from disk into system RAM or downloaded from system RAM into the video RAM of a 3D accelerator. Textures can be dynamically generated by combining illumination maps with unlit source textures. QUAKE was one of the first games to implement a texture caching system that interacts closely with the 3D pipeline to cache graphics in an efficient manner (see References). DOOM cached textures as well, but its system was more of a solid- state approach, as was the data caching scheme in the 2D side-scroller ABUSE. The source code to both ABUSE and DOOM is now available; see the References at the end of this article. This article is broken into two parts. First, we’ll discuss the nature of texture maps and the issues involved in implementing a texture cache. Then, we’ll look at some concrete implementations of caching systems used in games that are currently under development.
Textures and MIP-mapping
Texture storage is all about MIP-maps. MIP-maps are prefiltered versions of a texture map stored at varying resolutions. To simplify this discussion, we will focus on MIP-maps that are square and are a power-of-two in width (1×1, 2×2, 4×4, ). We will speak of a MIP-mapCisco Aironet Wireless LAN Client Adapters Installation and Configuration Guide for Mac OSWhen you use your client adapter with the Mac OS operating system, you can protect your data as it is transmitted through your wireless network by encrypting it through the use of Wired Equivalent Privacy (WEP) encryption keys. With WEP encryption, the transmitting device encrypts each packet with a WEP key, and the receiving device uses that same key to decrypt each packet.
The WEP keys used to encrypt and decrypt transmitted data can be statically associated with your adapter or dynamically created as part of the LEAP authentication process. The information in the sections below can help you to decide which type of WEP keys you want to use. Dynamic WEP keys with LEAP offer a higher degree of security than static WEP keys.
WEP keys, whether static or dynamic, are either 40 or 128 bits in length. The 128-bit WEP keys contain more characters than the 40-bit keys and, therefore, offer a greater level of security. Message integrity check (MIC) is a security protection feature supported by your client adapter in conjunction with an access point (see the “MIC” section on page 5-4).
Each device (or profile) within your wireless network can be assigned up to four static WEP keys. If a device receives a packet that is not encrypted with the appropriate key (as the WEP keys must match in all devices that are to communicate with each other), the device discards the packet.
For the Mac OS X, the Static WEP keys are stored in an encrypted format (for securityThe New Web: Characterizing AJAX TrafficThe rapid advent of “Web 2.0” applications has unleashed new HTTP traffic patterns which differ from the conventional HTTP request-response model. In particular, asynchronous pre-fetching of data in order to provide a smooth web browsing experience and richer HTTP payloads (e.g., Javascript libraries) of Web 2.0 applications induce larger, heavier, and more bursty traffic on the underlying networks. We present a traffic study of Web 2.0 applications including Google Maps, modern Web-email, and social networking Web sites, and compare them with all HTTP traffic. We highlight the key differences of Web 2.0 traffic from traditional HTTP traffic through statistical analysis. As such our work elucidates the changing face of one of the most popular application on the Internet: The World Wide Web.
The World Wide Web [1] is one of the most popular applications of the Internet that runs primarily over the HTTP protocol. While HTTP (Hyper Text Transfer Protocol) [2] constitutes the session layer or messaging protocol of the Web, the HTML (Hyper Text Markup Language) describes the content and allows authors to connect up web pages through hypertext links or hyperlinks; an idea made popular by Tim Burners Lee in the early 1990s and widely used today. In its classical form, users reach other pages or access new data by clicking on hyperlinks or submitting Web based forms. In this basic HTTP request-response model each clicked link or submitted form results in loading of a new web page in response to the respective request.
The recent popularity of asynchronouscommunication enabledThe Economic Impact of BMW on South Carolina PDFThe Division of Research May 2002 In 1992 South Carolina reached a milestone in economic development. While the U.S. economy was mired in recession, BMW AG announced it would construct an advanced automotive assembly plant on 1,039 acres of Spartanburg County farmland along Interstate 85, potentially employing thousands of workers. Ten years later, the promise of 1992 has turned into reality, with a powerful economic impact that has spread across South Carolina.
Source: moorecms.graysail.com
Download The Economic Impact of BMW on South Carolina PDFMaking 3d (2.5d) models of an object in 3ds maxOften a shape looks great on screen using max, but if you want to actually make it in 3d then it’s a bit tricky seeing as we don't have access to a rapid prototyping machine or a CNC mill, but we do have a laser cutter. So this explains how to turn a 3d studio model into a real thing made up of laminates of card, paper, ply, Perspex whatever you want. This tutorial assumes a basic knowledge of 3DS Max an AutoCAD.
It’s worth using the measure distance tool in the tools menu to see how big it is, then measuring your hand or foot or something so you actually have an idea about how big it's going to come out.
Once you are happy with an object that you have designed in max and want to actually see what it looks like then you need to make a decision about what you are going to make it out of. as the model is going to be made up of layers the thickness of the material will affect the curve resolution, there will be steps in one direction, so the thinner the layers the finer the curve resolution, but the more layers, so more work and more material.
As the layers are going to sit on top of each other they will need to have some sort of key or registering point to make sure they line up in the same place as they did on the computer model. the easiest way
