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Web 2.0 for Content for Learning and Teaching in Higher EducationThis report is the result of a study into the use of Web 2.0 technologies for content creation for learning and teaching in Higher Education, funded by the JISC, and carried out between March and May 2007. It draws on existing studies, interviews with staff at universities who have implemented Web 2.0 technologies for learning and teaching, and a week-long web based seminar (webinar) with expert contributions, both from speakers and the audience. The report builds on the briefing documents that were written especially for the webinar and the results of the webinar discussions, many of which can be found in the Moodle site that was used to support the conference.
Web 2.0 will affect how universities go about the business of education, from learning, teaching and assessment, through contact with school communities, widening participation, interfacing with industry, and maintaining contact with alumni. However, it would be a mistake to consider Web 2.0 as the sole driver of these changes; in reality Web 2.0 is just one part of the Higher Education (HE) ecosystem. Other drivers include, for example, pressures to greater efficiency, changes in student population, and ongoing emphasis on better learning and teaching methods.
Nonetheless, Web 2.0 is, in our view, a technology with profound potential for inducing change in the HE sector. In this, the possible realms of learning to be opened up by the catalytic effects of Web 2.0 technologies are attractive, allowing greater student independence and autonomy, greater collaboration, and increased pedagogic efficiency.
This study has focussed onEditing SGML Documents With Emacs Text Editor Tutorial ManualEmacs (pronounced ee-max) started off in 1976 as a series of editor macros (hence its name) written by Richard Matthew Stallman for the TECO text editor on the DEC PDP-10 minicomputer. Since becoming its own program separate from TECO, it has become extremely popular and widely used for two main reasons: first, free versions of Emacs are available for nearly every computer in existence; second, it’s completely customizable. Many text editors and word processors claim to be completely customizable. Some let you reassign each key’s purpose, and they let you assign a series of operations to be performed by one or two keystrokes or menu choices.
Perhaps this series of operations can have loops of repeated statements and if statements that execute one or another group of instructions based on whether a particular condition is true. If so, the editor’s proponents claim that its macro facility features a full-fledged programming language. This is usually an exaggeration, but not with Emacs.
Download Editing SGML Documents With Emacs Text Editor Tutorial ManualAudi A4/A4 Avant Quick reference guideThis Manual Audi A4/A4 Avant Quick reference guide contains the Locking and unlocking the vehicle The central locking system locks and unlocks all the doors, the boot lid and the tank flap. It can be operated with the remote control or by turning the key in the lock. Remote control keys Press the appropriate button for about 1 second. e Unlocking button: Open one of the doors within about 60 seconds, otherwise the vehicle will lock itself again automatically. r Unlocking button for boot lid: Press the button for at least 1 second. t Locking button: The turn signals flash once to confirm that the doors and boot lid are properly closed and locked. u Folding out the master key: Press the release button.
Folding in the master key: Press the button and fold in the key. Note: Press and hold the unlocking button on the remote control to open all the windows automatically. Press and hold the locking button to close all the windows and the sun roof.
PDF Download for Audi A4/A4 Avant Quick reference guideBRL-CAD Tutorial Series Volume IV – Converting Geometry Between BRL-CAD and Other FormatsComputer-Aided Design (BRL-CAD) three-dimensional (3-D) solid modeling package to support combat vehicle vulnerability studies and various other military and industrial applications. The software, which is now in its third generation, includes a large collection of tools and utilities, including an interactive geometry editor, raytracing and generic framebuffer libraries, network-distributed image-processing/signal-processing capabilities, and an embedded scripting language. In support of the package, a multivolume tutorial series is being written to assist users with the many features and functionality of BRL-CAD.
Three volumes have been published thus far. Volume I provides an overview of the package contents and installation (Butler and Edwards, 2002). Volume II addresses the basic functionality of the package’s Multi-Device Geometry Editor (MGED) and offers a comprehensive list of the user commands available (Butler et al.,...
Download PDF for BRL-CAD Tutorial Series Volume IV – Converting Geometry Between BRL-CAD and Other FormatsThinkPad 770 X/Z User’s Guide pdfAttention for Use Overseas In many countries, you cannot use the ThinkPad modem function until IBM has received approval from the proper authorities. Your ThinkPad modem is a worldwide modem and can be used in any country where Postal Telegraph and Telephone (PTT) type approval has been obtained. If the country you want is not on the Country Selection listing, see http://www.ibm.com/thinkpad on the Internet, and download the newest Country Selection list. If you are a non-U.S. user, run the Country Selection program in the ThinkPad Modem folder after you complete the ThinkPad modem installation.
The “Country Selection” window enables you to change the country name to that of the country in which you are actually going to use the ThinkPad modem telephony function in. Click on ThinkPad Modem in your operating system; then click on Country Selection. Confirm whether the selection matches the country name in the Dialing Properties listing (for Windows 98 and Windows 95). For more information on the use of the internal modem in a specific country, contact the IBM customer support center in that country. You can look up the phone number by referring to the international service information booklet that came with your computer. Finding Information in This Online User’s Guide The following topics are covered in this Online User’s Guide. Click on the topic you want to read: Changing the Date and Time Power Cord Requirements Selecting the Country for the Internal ThinkPad Modem Using the Audio Features Using the Modem FeaturesUse XDoclet to Generate Web Service Support FilesSimple template to introduce XDoclet First template: XDoclet architecture Case study: Create Web Service Deployment Descriptor 1st try Case study: Create Web Service Deployment Descriptor 2nd try Summary and resources Use XDoclet to generate Web service support files ibm.com/developerWorks Presented by developerWorks, your source for great tutorials Section 1. About this tutorial What is XDoclet? You can skip this page if you already use XDoclet or already read the first XDoclet tutorial. XDoclet facilitates automated deployment descriptor generation.
XDoclet, a code generation utility, allows you to tack on metadata to language features like classes, methods, and fields using what looks like JavaDoc tags. Then it uses that extra metadata to generate related files like deployment descriptor and source code. This concept has been coined attribute-oriented programming (not to be confused with aspect-oriented programming, the other AOP). XDoclet generates these related files by parsing your source files similar to the way the JavaDoc engine parses your source to create JavaDoc documentation. In fact, earlier versions of XDoclet relied on JavaDoc. XDoclet, like JavaDoc, not only has access to these extra metadata that you tacked on in the form of JavaDoc tags to your code, but also access to the structure of your source, that is, packages, classes, methods, and fields. It then applies this hierarchy tree of data to templates. It uses all of this and templates that you can define to generate what would otherwise be monotonous support files. Unlike the last tutorial on XDoclet, this tutorial does not focus onWeb 2.0 and the Visually Impaired LearnersThe emergence of Web 2.0 technologies has created opportunities for the visualization of much information on the web. It is, therefore, one of the empowering sources for learning, or so-called e-learning 2.0 (Downes, 2005). Educators are starting to explore the potential of blogs, media-sharing services and other social software - which, although not designed specifically for e-learning, can be used to empower students and create exciting new learning opportunities. During the past few years, Web technology has been rapidly developed in order to increase its functionalities and design; however, this might indirectly increase more barriers to another group of users. To put it differently, those for whom the Web is inaccessible for whatever reason will become increasingly excluded from mainstream life if it is not made accessible to them. The way this information is presented may mean that it is difficult, or impossible, for people with various forms of disability to access it. A visual on a screen is of no use to someone who is blind. Nonetheless, there are many solutions for this problem today and hopefully even more in the near future.
This paper will start with the general idea that links the Web 2.0 to the impact of online communication and interaction on persons with disabilities. Then the necessary information about the computer/Internet use and the visually impaired will be described to serve as background knowledge for educators and practitioners in the mainstreamed settings. Next, we will move on with practical implications of Web 2.0 toward visually impairedThe PacketLogic Python APIPacketLogic has predefined user interfaces that are powerful and easy to use, such as the client and the Webstatistics. However, when the need arises to do something that is not defined in those interfaces, they are not possible for the end user to modify or customize. This is when using an API is very effective. Using the PacketLogic Python API provides access to virtually all the functionality available in the existing user interfaces, but with full possibilities to customize, integrate, and otherwise adapt the interface according to local and site-specific requirements. The PacketLogic Python API is implemented as a Python module, which means writing scripts to interface with a PacketLogic unit is a matter of:
1. Installing Python Python is available for free for all major operating systems.
2. Installing the API The API is available for free as a download from Procera Networks, on Windows and Linux operating systems.
3. Writing scripts
PythonShell and IDLE
The Windows installer includes IDLE, a rudimentary development environment for Python. In IDLE, the scripts can be written and executed. IDLE is started with the PythonShell open, which is where the scripts are run and the output displayed. The Python shell also allows executing the scripts line by line, which is sometimes useful. For scripts of any non-negligible complexity, however, it is recommended to open a new window (Ctrl+N), write the script in the editor, save it, and execute it (by pressing F5 or selecting Run Module from the Run menu). Of course, IDLE can be substituted for anVolkswagen Reverse camera installation caseRegarding car camera installation angle, different car, different installation method . also, different camera, different view angle. When you install and adjust camera position, you should know the exact and safe distance, please do not take mistake and high estimate it. Her e we show instruction of Volkswagen Passat’s Camera angle installation for your reference. The instruction for your reference only, it is not installation standard due to different shape in retral of car . The picture for Volkswagen Passat’s camera installation position and angle. This camera installed on the top of Car code.
For further installation effect, we take one color box as barrier.
It is will ward off part of camera view angle due to bumper toward outside.
You can see the exact view angle of camera via our mainframe, it is bumper of bodywork under red line. As barrier of color box, close the red line position.
Under this shooting angle, we can measure the distance between box and bodywork
Download pdf Volkswagen Reverse camera installation caseLockr: Social Access Control for Web 2.0Sharing personal content online is surprisingly hard despite the recent emergence of a huge number of content sharing systems and sites. These systems suffer from several drawbacks: they each have a different way of providing access control which cannot be used with other systems; moving to a new system is a lengthy process and requires registration and invitation of all one’s friends to the new system; and the rules for access control are complicated and become more so as our networks of online friends grow.
In this paper, we present Lockr–an access control scheme based on social relationships that makes sharing personal content easy. Lockr separates social networking information from the content sharing mechanisms, thereby eliminating the need for users to maintain many site-specific copies of their social networks. We describe Lockr’s design, security properties, and limitations. We also present how we integrated Lockr with two popular systems for sharing content online – BitTorrent and Flickr.
Today, sharing personal content is surprisingly difficult. Current systems suffer from a number of drawbacks. They are cumbersome to use, they impose artificial limits on the size of shared content (e.g., pictures and video), and they make it difficult to restrict content only to a specific set of users. For those Web sites that do provide access control, they typically require all the participants to be registered with the site in question. This imposes the burden that users must register with many sites, and maintain separate and potentially inconsistent copies of their social networks for each
