Wireless Application Protocol - Wikipedia Wireless Application Protocol (WAP) is a technical standard for accessing information over a mobile wireless network. A WAP browser is a web browser for mobile devices such as mobile phones that uses the protocol. Introduced with much hype in 1999,[1] WAP achieved some popularity in the early 2000s, but by the 2010s it had been largely superseded by more modern standards. Before the introduction of WAP, mobile service providers had limited opportunities to offer interactive data services, but needed interactivity to support Internet and Web applications such as email, stock prices, news and sports headlines. Technical specifications[edit] WAP protocol stack[edit] The WAP standard described a protocol suite or stack[3] allowing the interoperability of WAP equipment and software with different network technologies, such as GSM and IS-95 (also known as CDMA). WTLS, an optional layer, provides a public-key cryptography-based security mechanism similar to TLS. WAP Push[edit] WAP 2.0[edit]
Efficient XML Interchange Evaluation 1. Objectives This document presents the anticipated benefits of the EXI format 1.0 compared to XML and gzipped XML. Additionally, tests for compactness include comparison to ASN.1 PER. The points of comparison are the requirements set by the EXI Working Group charter, based on the results of the XML Binary Characterization Working Group. This summarized evaluation of the EXI format uses the testing framework built during the first phase of the EXI Working Group's work so as to select a baseline candidate technology. 2. The methodology used in the evaluation relies on previous work on measurements. In addition, two Properties require an implementation to be evaluated: Compactness and Processing Efficiency. 3. At the time of the first publication of this document, the Working Group has not tested conformance of implementations. 3.1. This test has been run over the EXI Working Group's framework test data, which contains 94 test documents from 21 test groups. 3.2. 3.2.1. 3.2.2. 3.3. 4. 5.
DOM Enlightenment - Exploring the relationship between JavaScript and the modern HTML DOM RFC 5874 - An Extensible Markup Language (XML) Document Format for Indicating A Change in XML Configuration Access Protocol (XCAP) Resources [Docs] [txt|pdf] [draft-ietf-simp...] [Tracker] [Diff1] [Diff2] PROPOSED STANDARD Internet Engineering Task Force (IETF) J. Rosenberg Request for Comments: 5874 jdrosen.net Category: Standards Track J. Urpalainen ISSN: 2070-1721 Nokia May 2010 Abstract This specification defines a document format that can be used to indicate that a change has occurred in a document managed by the Extensible Markup Language (XML) Configuration Access Protocol (XCAP). RFC 5874 XCAP Diff Format May 2010 to this document. RFC 5874 XCAP Diff Format May 2010 1. The Extensible Markup Language (XML) Configuration Access Protocol (XCAP) [RFC4825] is a protocol that allows XCAP clients to manipulate XML documents stored on a server. RFC 5874 XCAP Diff Format May 2010 transmissions. 2. RFC 5874 XCAP Diff Format May 2010 change history at an XCAP server. 3. An XCAP diff document is an XML [W3C.REC-xml-20060816] document that MUST be well-formed and SHOULD be valid. 4. The XML Schema for the XCAP diff format. <? 5.
Document Update Markup Language - Wikipedia Document Update Markup Language (DUML) is an XML specification created by Brian Kardell to enable server-side logic DOM manipulation outside the context of conventional JavaScript functions. DUML supports a simpler approach to AJAX. With most current approaches, DOM manipulation is accomplished through arbitrarily complex client-side JavaScript. With the DUML approach, the browser makes a standard AJAX call to the server. Then DOM manipulation instructions (such as appending nodes, replacing nodes, etc.) are generated server-side as a DUML document, delivered to the browser, and finally interpreted by a simple DUML interpreter running on the web page. This diagram illustrates the interaction between the web browser and the web application, and the role that DUML plays. The net effect is to move complex DOM manipulation logic out of the web page (and out of any associated JavaScript files) and onto the server. History[edit] External links[edit] Official DUML Web Site
Efficient XML Interchange Evaluation 1. Objectives This document presents the anticipated benefits of the EXI format 1.0 compared to XML and gzipped XML. This summarized evaluation of the EXI format uses the testing framework built during the first phase of the EXI Working Group's work so as to select a baseline candidate technology. 2. The methodology used in the evaluation relies on previous work on measurements. In addition, two Properties require an implementation to be evaluated: Compactness and Processing Efficiency. 3. At the time of the first publication of this document, the Working Group has not tested conformance of implementations. 3.1. This test has been run over the EXI Working Group's framework test data, which contains 94 test documents from 21 test groups. The graph above compares EXI to Gzipped XML. The graph above compares the same EXI numbers to the ASN.1 PER file sizes. 3.2. 3.2.1. The graph above shows EXI decoding speed without compression compared to XML. 3.2.2. 3.3. 4. 5. [EXI Measurements] A.1.
3D for the Modern Web - Declarative3D and glTF Brian Coughlin ...@gmu.edu GMU CS-752 Summer 2014 © Brian Coughlin Abstract The origins, goals and key aspects for both Declarative 3D and glTF are investigated in detail using selected examples, with particular focus in how both are designed to harmonize with the supporting ecosystem of WebGL enabled browsers, web standards, best practices and HTML5 frameworks. Keywords: glTF, Declarative 3D, HTML5, Polyfill, DOM Integration, XML3D, X3DOM, WebGL Introduction Today 3D technology based on WebGL within Web browsers has passed key milestones that point to a bright and interesting future, with broader usage and adoption ahead. To survey the projects and research of all such endeavours was not practical, so this paper examine two prominent technologies: Declarative 3D and glTF. Origin and Goals of Declarative 3D Officially Declarative 3D is a reference to the work of the W3C Community Group "Declarative 3D for the Web Architecture" [Declarative 3D CG 2011]. Origin and Goals of glTF Polyfills 2.
Efficient XML Interchange - Wikipedia Efficient XML Interchange (EXI) is a binary XML format for exchange of data on a computer network. It was developed by the W3C's Efficient Extensible Interchange Working Group and is one of the most prominent binary XML efforts to encode XML documents in a binary data format, rather than plain text. Using EXI format reduces the verbosity of XML documents as well as the cost of parsing. Improvements in the performance of writing (generating) content depends on the speed of the medium being written to, the methods and quality of actual implementations. EXI is useful for a complete range of XML document sizes, from dozens of bytes to terabytesreducing computational overhead to speed up parsing of compressed documentsincreasing endurance of small devices by utilizing efficient decompression History[edit] The World Wide Web Consortium (W3C) formed a working group to standardize on a format in March 2006. Alternatives[edit] The EXI format is derived from the AgileDelta Efficient XML format.[4]