In this video I will teach you and show you how to add your website onto google and various other major search engines as well as show you how to add META tags to your HTML websites.
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Music: Kevin MacLeod
Duration : 0:5:11
Leveraging Web 2.0 Design Patterns For Enhanced Accessibility
T. V. Raman (Google)
HTML DOM+ JavaScript constitutes the assembly language of Web Applications. Access To Rich Internet Applications — ARIA — adds in a couple of additional op-codes for helping Web applications better communicate with adaptive technologies such as screenreaders. How do we now push the envelope with respect
to Web applications and adaptive technologies such as screenreaders and self-voicing browsers in a manner similar to what we as Web developers have collectively achieved for the mainstream user?
This session will demonstrate programming techniques that help Web developers experiment with and build in the latest accessibility techniques into their Web applications. We will base this session on project Google-AxsJAX.
Developers should know JavaScript, but session doesn’t require deep AJAX hackery.
Duration : 1:0:12
Google Tech Talk
February 1, 2010
ABSTRACT
Presented by Allen Cypher, IBM Research Almaden.
The popularity of the Web has changed the world of End User Programming. Our research systems can now be built in a web browser that people use in their daily life, semantic information is broadly available, and our users are more experienced and they share their work with others. After twenty-five years of trying to infer the user’s intent, Allen will compare early and contemporary end user programming systems to see what progress we have made, and what opportunities we now have for widespread success.
Allen Cypher began building systems to automate repetitive activities in 1984. His Eager system was one of the first intelligent agents. In 1993, he edited “Watch What I Do: Programming by Demonstration”, which collected the work of earlier pioneers and of the active researchers at the time. In the 90’s, he co-developed a visual language called Stagecast Creator that enabled children to create their own games and simulations and publish them on the Web. His current work with CoScripter is aimed at bringing end user programming to the Web.
Duration : 1:3:22
In This week’s web design video blog, Nick and James talk about Google’s temporary webmaster quiz that is available on Google Docs. This week’s website design tutorial is how to remove the speech bubble from Google Map iFrames, leaving just the red push pin. You can find the supporting blog post at http://www.crearedesign.co.uk/blog/videos/remove-bubble-google-maps.html
Duration : 0:3:38
Nick and James from the Creare Group discuss the things to look out for when purchasing links on other websites, which may help your SEO campaign.
Duration : 0:1:36
Create your own website hosted on google’s server.
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Duration : 0:7:45
Google Tech Talks
January, 24 2008
ABSTRACT
The Sun Labs Lively Kernel is a new approach to web programming. It provides a complete platform for web applications, including dynamic graphics, network access, and development tools, and requires nothing more than available web browsers. We call the system lively for three reasons:
It comes live off a web page. There is no installation. The entire system is written in JavaScript, and it becomes active as soon as the page is loaded by a browser.
It can change itself and create new content. The Lively Kernel includes a basic graphics editor that allows it to alter and create new graphical content, and also a simple IDE that allows it to alter and create new applications. It comes with a basic library of graphical and computational components, and these, as well as the kernel, can be altered and extended on the fly.
It can save new artifacts, even clone itself, onto new web pages. The kernel includes WebDav support for browsing and extending remote file systems, and thus has the ability to save its objects and "worlds" (applications) as new active web pages.
The Lively Kernel uses only existing web standards. The implementation and user language is JavaScript, known by millions and supported in every browser. The graphics APIs are built upon SVG (Scalable Vector Graphics), also available in major browsers. The network protocols used are asynchronous HTTP and WebDav.
The Lively Kernel is being made available as Open Source software under a GPL license. While it is not ready for use as a product, we expect significant participation from adventurous developers and academia.
http://research.sun.com/projects/lively/
Speaker: Dan Ingalls
Dan Ingalls is the principal architect of five generations of Smalltalk environments, culminating in the release of Squeak, an open-source Smalltalk system written in itself. He designed the byte-coded virtual machine that made Smalltalk practical in 1976. He invented BitBlt, the general-purpose graphical operation that underlies most bitmap graphics systems today, and also pop-up menus. He has received the ACM Grace Hopper Award for Outstanding Young Scientist, and the ACM Software Systems Award.
Dan is currently at Sun Microsystems where he is working on the Lively Kernel, a self-supporting computing kernel that lives on a web page and requires no installation.
Dan Received his B.A. in Physics from Harvard University, and his M.S. in Electrical Engineering from Stanford University.
Speaker: Krzysztof Palacz
Krzysztof Palacz is a researcher at Sun Labs, where he is currently
working on the Lively Kernel, a zero-installation, self-supporting Web-
based programming environment and user interface system.
Previously Krzysztof worked on virtual machine implementation, he co-
designed the Ovm virtual machine and developed high-level
communication mechanisms and clustering extensions for the
Multitasking Virtual Machine from Sun Labs.
Krzysztof received a M.S. in Physics and a M.S in Computer Science
from Adam Mickiewicz University, Poznan, Poland and his Ph.D. in
Computer Science from Purdue University.
Duration : 1:1:19
Web Design Magazine Video Blog #21 – Nick and James talk about new features in Google’s Webmaster Tools and then demonstrate 10 Quick Tips for Adobe’s Dreamweaver application.
Duration : 0:5:27
Google Tech Talks
January 22, 2009
ABSTRACT
The slides for this talk are available at http://hop.inria.fr/talks/hopdiffuse.xhtml.gz
Every day, electronic equipment becomes cheaper and smaller than the day before. At the same time, computer networks cover larger and larger areas of the planet. Combining these two technological improvements is likely to give birth to new application fields such as the “internet of things” or the “ambient intelligence”. However developing the innovative applications made possible by this new infrastructure is currently challenging. Firstly, because they are new and yet difficult to imagine. Secondly, because from a computer scientist perspective, suitable tools are lacking.
To help face this problem, we have conceived the HOP programming language whose syntax and semantics are specially crafted for programming distributed “diffuse” applications. HOP is built on top of standard Web technologies, which it uses as the components of a virtual machine. This provides HOP with several assets such as portability, availability, and versatility.
In order to demonstrate that HOP, and its SDK, can be used to program realistic applications, we have started to develop a number of diffuse HOP applications. During the presentation we will present two of them and we will sketch some aspects of their implementation. The first one is a ubiquitous home media center. The second one is a diffuse home automation system.
Speaker: Manuel Serrano
Manuel Serrano is a Senior Scientist at Inria Sophia-Antipolis. Involved with Lisp and Scheme since the early 90’s he has worked on optimizing compilers for Scheme, and in 1994 he received his PhD. His thesis, titled “Toward a portable and efficient compilation of functional languages,” describes a process that initially compiled Scheme to C code (bigloo). Maintaining and developing Bigloo has been an important part of Dr. Serrano’s research activities. In 2000, and 2002, two new back-ends have been added to Bigloo: a first one for compiling to the JVM, a second one for compiling to the CLR. While a professor at the University of Nice in southern France, he developed Bee, which attempts to provide a richer development environment for Scheme by taking advantage of the language’s advanced features. It also provides a symbolic debugger, a memory debugger, a performance profiler, a memory profiler, indexing facilities, and so on, and has been described in several research papers.
Manuel Serrano joined Inria Sophia Antipolis in 2001. Since 2005, his research focuses on the development of diffuse applications for the Web 2.0, particularly with the creation of a new programming language ‘Hop’. Hop is meant for programming applications such as ubiquitous multimedia systems, house automation systems, desktop replacements, etc. Its first version has been released in June 2006. Ever since, new versions have been released approximately every 6 months.
Duration : 0:45:46
“Programable web”