T. Berners-Lee and D. Connolly. Hypertext Markup Language---2.0. RFC 1866, Network Working Group, November 1995.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....the HostID from the URL and initiates a secure connection to the remote server daemon. After removing the HostID from the HTTP request ( GET , POST , etc. the client daemon passes it to the server daemon, which simply forwards it to the local Web server. The server generates a reponse HTML [2] page (or image, Java applet, etc. and returns it to the browser over the reverse path. Thus, the request and response never travel over the network unencrypted. HostIDs are 32 characters long, making them difficult for users both to remember and to type into their browsers. Because even ....

T. Berners-Lee and D. Connolly. Hypertext Markup Language---2.0. RFC 1866, Network Working Group, November 1995.

....we will refer to as an information space) and a general organization for material, a problem still remains: the material the content and links still needs to be tailored to address the needs of school age learners. Because the Web s hypertextual structure is represented by content mark up [Berners Lee 1994] (i.e. links are denoted within the pages themselves) this sort of tailoring requires methods for changing material at a within page (intra node) level. Since many Web document genres (such as home pages) are new, many authors who contribute valuable material are inexperienced in constructing ....

Berners-Lee, T. (1994). HyperText Markup Language (HTML): Working and background materials. URL http://www11.w3.org/hypertext/WWW/MarkUp/MarkUp.html.

....the same interface. This would also support a decrease in training effort due to the common and, therefore, familiar interface, ffl Web based course organization: The connection among the different key elements of a course (see above) is realized through appropriate descriptions in HTML format [2] with adequate hyperlinks, ffl providing different approaches to the course: either to start with the theory using the script and to complete it with examples and programs or to start and motivate with examples and then take a closer look on the theoretical background, ffl object oriented design ....

T. Berners-Lee and D. Connolly. Hypertext Markup Language -- 2.0. Technical report, MIT / W3C, UC Irvine, CERN, June 1995.

....makes use of a feature provided by most Web browsers anonymous browsing. In the main, when you visit a Web page you do so unidentifiably. This is either extremely useful or extremely frustrating, depending upon whether you are the visitor or the visited My approach was to create a simple HTML [4, 11] form in a Web page. The form allowed a reader of the page to send me their question without revealing their identity. This is possible because the form makes use of a CGI [6] script to deliver the question as an electronic mail message as if it has come from the Web server containing the page. ....

Tim Berners-Lee and Dan Connolly, `HyperText Markup Language,' The World Wide Web Journal, 1:2, p115--160, 1996.

....sections illustrate how knowledge acquisition systems have been ported to the web to operate in a distributed client server environment. 2 The Architecture of the World Wide Web The World Wide Web was conceived by Berners Lee in March 1989 as a hypertext project to organize documents at CERN (Berners Lee and Cailliau, 1990). The design involved a simple hypertext markup language that authors could enter through a word processor, distributed servers running on machines anywhere on the network, and access through any terminal. In March 1993 the web was still being presented as primarily a hypermedia retrieval system ....

Berners-Lee, T., Connolly, D. and Muldrow, K. (1994b). Hypertext Markup Language (HTML) Version 2.0. CERN, Geneva. http://www.hal.com/products/software/olias/Build-html/htmlspec. ps.

....In essence, the HTML tagged encoding schema allows documents to include not only text, typographic and multimedia material but also to carry arbitrary additional data through simple, backwards compatible extensions. The definition of HTML is currently being standardized at four levels (Berners Lee, Connolly and Muldrow, 1994): level 0 text with embedded links; level 1 adds typographic text with embedded images; level 2 adds embedded graphic user interfaces (forms) level 3 adds tables, mathematics, and more. Level 0 functionality can be supported on an alphanumeric terminal. Level 1 adds typography and ....

Berners-Lee, T., Connolly, D. and Muldrow, K. (1994). Hypertext Markup Language (HTML) Version 2.0. CERN, Geneva. http://www.hal.com/products/software/olias/Build-html/htmlspec. ps.

....to the global Internet. Servers furnish these documents on request to clients (also known as browsers) Each document (sometimes referred to as a page) may consist of a number of files. For example, a multipart document may consist of text represented using the Hypertext Markup Language (HTML) [Berners Lee95], along with some number of images to be displayed inline with the text. The Hypertext Transfer Protocol (HTTP) Berners Lee96] is a request response protocol designed to transfer the files making up the parts of Web documents. Each transfer consists of the client requesting a file from the ....

....[Danzig91] Web documents employ a model in which a document can consist of multiple files. Thus, a server and client may need to employ multiple HTTP transactions, each of which requires a distinct TCP connection, to transfer a single document. For example, a document could consist of HTML text [Berners Lee95], which in turn could specify three images to be displayed inline in the body of the document. Such a document would require four TCP connections, each serving one HTTP request and reply. Thus, the next higher level of behavior above individual files is naturally the Web document, characterized ....

Tim Berners-Lee and Daniel W. Connolly. Hypertext Markup Language -- 2.0. Internet Request for Comments 1886, November 1995.

....when we are browsing foreign documents through a WWW browser because it is filled by cipher. This problem exists for two reasons. One reason is that WWW browsers are not capable of displaying a document whose text is encoded in more than one language since the current specification of HTML[1] includes only US ASCII and ISO 8859 1 (or Latin 1) which includes most western European languages. The other reason is that it is not feasible to load all foreign fonts in our machines before browsing foreign documents. For example, on an average WWW browser in Japan, we could browse documents ....

Berners-Lee, T., Connolly, D., HyperText Markup Language -- 2.0, Internet Draft, 71p, 1995.

....but the documents pointed to by relative links within the document have not, the Base key could be used to override the true URI of the document to fix the relative links. This concept is parallel to the description of the body element BASE as described in Section 2.7. 2 of the HTML specification [17]. 6.8.7 Sound actions A Sound action can be used to play a sound from with a PDF document. Tab l e 6 .45 Sound action attributes (in addition to those in Tab l e 6 . 36) Key Type Semantics S (Subtype) name (Required) Object subtype. Always Sound. Sound stream (Required) A Sound object. See ....

Berners-Lee, T., and D. Connolly. Internet RFC 1866, Hypertext Markup Language 2.0 Proposed Standard. November 1995. <URL:ftp://ds.internic.net/rfc/rfc1866.txt;type=a> For updates, see http://www.w3.org/pub/WWW/MarkUp/html-spec

....In most cases, the URL is embedded in other documents as a hypertext reference (link) associated with some meaningful text pointer (anchor) Viewed graphically, these links form a hypertext web of related information. The Hypertext Markup Language [HTML] is used to structure information such that it can be readily displayed by viewing clients. Because these clients exist on heterogeneous platforms and may vary in their rendering abilities, HTML emphasizes the description of content and structure rather than form. Of primary importance is HTML s ....

....or other fixed format files. However, since MOMspider does not need to obtain the owner information from non HTML documents, embedding the metainformation will be the preferred solution for now. For this purpose, the META element has been proposed as an addition to the Hypertext Markup Language [HTML, Raggett94]. Each maintained HTML file would include optional META elements within the HEAD part of the document like the following: Unfortunately, this does not solve the problem of getting HTTP servers to provide the parsing necessary to produce the actual headers. It is likely that this will only occur ....

Tim Berners-Lee and Daniel Connolly. Hypertext Markup Language. Internet working draft, 13 Jul 1993 (now expired). Published on the WWW at http://info.cern.ch/hypertext/WWW/MarkUp/HTML.html

....would with a high quality rendering. Similar solutions can also be envisioned for cases where transmission is requested in a form that cannot directly encode all characters of the document. ISO 10646, codeby code identical to Unicode, is very likely to become the document character set for HTML [BC95, work in progress]. The document character set mainly defines the interpretation of numeric character references ( #nnn; where nnn is the decimal representation of the character) it will take some more time until it is accepted as the default character encoding for documents that go beyond ISO 8859 1 (Latin 1) ....

T. Berners-Lee and D. Connolly, Hypertext Markup Language -- 2.0, Internet-Draft, June 16, 1995. (available as ftp://nic.nordu.net/internet-drafts/draft-ietf-html-spec-04.txt)

....research in Section 5, and conclude in Section 6. 2 HTML Overview In this section, we present the main features of the Hypertext Markup Language (HTML) the language of most Web documents today. A detailed discussion in clearly beyond the scope of this paper. Interested readers are referred to [BC95] HTML is the language used for creating hypertext documents on the Web. It has the facility for creating documents that contain hyperlinks that are pointers from keywords appearing in the document to a destination. At its simplest, the destination is another HTML document. The destination could ....

Berners-Lee, T. and Connolly, D. Hypertext markup language -- 2.0 (work in progress), 1995. URL:http://www.w3.org/hypertext/WWW/MarkUp/MarkUp.html.

....this required the same amount of processing by the knowledge base, it resulted in a significant speedup of the client application. 5 Related Work Attempts to bring semantic markup to the Web are not new. In fact, a limited form of semantic markup is present in early versions of HTML. HTML 2. 0 [3] includes several weak mechanisms for semantic markup (the REL, REV and CLASS subtags and the META tag) HTML 3.0 [22] advances these mechanisms somewhat. Unfortunately, the semantic markup elements of HTML have so far been used primarily for document metainformation (such as declared keywords) or ....

T. Berners-Lee, and D. Connolly, Hypertext Markup Language - 2.0, IETF HTML Working Group, at: http://www.cs.tu-berlin.de/~ jutta/ht/draft-ietf-html-spec-01.html (1995).

....quality standards, like the ISO 9000 set of norms [17] The article focuses on two aspects of GDOC, its architecture and its document model. The architecture of GDOC distinguishes itself from other proposals of document management systems [4,12,6,2] by the combined use of a relational DBMS, HTML [3] and the Java language [16] GDOC is a system designed to be used on a local area network based on the Internet set of protocols, a so called Intranet. Users access the system through a WEB browser. Documents are stored in a relational DBMS and texts are represented in HTML. Documents in GDOC are ....

....as the creation date of the document or the name of its author. Attributes may be referred in query expressions when searching for documents. They are also used in conjunction with the workflow management system attached to GDOC. A document of primitive type Link is used to create a hyperlink [3] to another document. A link document must be a component document. Each link document has an association to exactly one anchor document and an association to exactly one target document. The anchor document is the document that is clicked by the user to navigate to the target document. The anchor ....

Berners-Lee, T.; Connoly, D.; Hypertext Markup Language (HTML). Internet Draft. Jul. 1993. (http://info.cern.ch/hypertext/www/markup/HTML.html)

....Outsiders need to know the full name in order to reach a host. 1 http: hoohoo.ncsa.uiuc.edu cgi 66 Gopher A hierarchical, client server menu system developed at the University of Minnesota. WWW browsers also can communicate directly with Gopher servers. HTML Hypertext Markup Language [18]. A specification of embedded tags in textual documents to control presentation. For example, enclosing a phrase in B . B causes it to be displayed in a bold or highlighted font. HTTP Hypertext Transfer Protocol [19] A protocol, not unlike FTP, used by WWW clients and servers in the ....

T. Berners-Lee and D. Connolly, "Hypertext markup language," Internet Engineering Task Force Working Draft, July 1993. http://info.cern.ch/ hypertext/WWW/Markup/HTMl.HTML.

....objects (i.e. files) like HTMLpages or GIF images in WWW with many hyper links between them. Similarily, information is distributed over MHEG objects with a lot of references between them. But while MHEG allows for detailed specification of presentation behaviour and layouting by the author, HTML [BeCo95] gives much more freedom to the browsers referring to this; and the presentation of individual information units (e.g. HTML pages and MPEG videos) is almost context free or rigidly related (e.g. embedded images are either shown on display of their page or not) leaving not much freedom for the ....

Berners-Lee, T., Connoly, D.: Hypertext Markup Language - 2.0, Internet-Draft ('work in progress'), MIT/W3C, Mass., USA 1995

....system that, if we squint a bit, has many of the features of more conventional run time systems. There are atomic data structures (images, sounds, video) and compound data structures (HTML 3 documents, forms, tables, multipart data) as described by various 3 HyperText Markup Language [2, 9] Internet standards. There are pointers (URLs) into a universal address space. There are tree and graph structures (XML 4 and MIME 5 multipart related format) that can be used to transmit complex data. There are standardized type systems for data layout (XML DTD s and MIME media types) ....

T. Berners-Lee and D. Connolly. Hypertext Markup Language - 2.0. RFC 1866, MIT/W3C, November 1995.

....hierarchy into a Gopher menu tree (hyperlinks cannot be represented in Gopher) A synthetic search item is generated at the foot of each Gopher menu to allow searching the corresponding collection. When accessed by a W3 client, each level of the collection hierarchy is converted to an HTML [3] document containing a menu of links to its members. Hyper G text documents are transformed on the fly into HTML documents, including any links they might have. Additional Hyper G functionality such as user identification, language preference selection, and searching are implemented via HTML forms ....

Tim Berners-Lee and Dan Conolly. Hypertext markup language (HTML). Available at http://www.w3.org/pub/WWW/Markup/Markup.html, June 1993.

.... Transfer Protocol (HTTP) The URL defines which resource the user wishes to access, the HTML language allows the information to be presented in a platform independent but still well formatted manner, and the HTTP protocol is the application level mechanism for achieving the transfer of information [HT95, BC95, BL95]. ffl HTML is derived from the Standard Generalized Markup Language (SGML) optimized for presenting hypertext information. It operates on the basis of tags, where each piece of the text is marked to indicate the format to be used. HTML is similar to other markup languages such as L A T E X and ....

T. Bemers-Lee and D. Connolly, Hypertext Markup Language - 2.0, http : ==www:w3:org=hypertext=WWW=MarkUp=html \Gamma spec=html \Gamma spec toc:html, June 16, 1995.

....other web pages. If the user selects a hyperlink, the browser retrieves the new page using the same process described earlier. The client and the server communicate using the Hyper Text Transfer Protocol (HTTP) FGM 97, BLFN96] and the page is often written in Hyper Text Markup Language (HTML) BLC95] Clearly, the number of round trips spent by two communicating entities is an artifact of the protocols used. Theorem 1 summarizes the steps involved in retrieving a web page. All steps require at least one RTT to complete. 1 In what follows, we describe schemes for reducing some or all of ....

T. Berners-Lee and D. Connolly. Hypertext markup language - 2.0. RFC 1866, November 1995.

.... textures) rendering attributes (bindings and shape hints) light sources (positional, directional, spot lights) and camera definitions (perspective and orthographic) The World Wide Web (WWW, W3, or The Web ) 8] currently the most popular Internet information system, is based on the HTML [9] markup language and the HTTP client server protocol. Navigation is primarily achieved by means of hyperlinks. In contrast, navigation in the Internet Gopher [16] is primarily hierarchical, including its new 3D interface, GopherVR [17] Both WWW and Gopher support add on search facilities. Hyper G ....

Tim Berners-Lee and Dan Conolly. Hypertext Markup Language (HTML). Available at http://info.cern.ch /hypertext/WWW/Markup/HTML.html, June 1993.

....side of the world. It also provides a means of building larger scale collections of documents that act as journals, books or encyclopedias. The format is also intended to act as a building block for creating wide area groupware applications. HTML follows on from an earlier standard HTML, see [Berners Lee 93a] which has been widely used as the basis for hypertext documents in the World Wide Web. The new format grew out of experience with HTML, culminating in the desire to add new features, e.g. inline images, tables, and form fields for greater flexibility in querying remote information sources. This ....

"Hypertext Markup Language (HTML)", Tim Berners-Lee, March 1993. URL=ftp://info.cern.ch/pub/www/doc/http-spec.ps

....side of the world. It also provides a means of building larger scale collections of documents that act as journals, books or encyclopedias. The format is also intended to act as a building block for creating wide area groupware applications. HTML follows on from an earlier standard HTML, see [Berners Lee 93a] which has been widely used as the basis for hypertext documents in the World Wide Web. The new format grew out of experience with HTML, culminating in the desire to add new features, e.g. inline images, tables, and form fields for greater flexibility in querying remote information sources. This ....

"Hypertext Markup Language (HTML)", Tim Berners-Lee, March 1993. URL=ftp://info.cern.ch/pub/www/doc/http-spec.ps

No context found.

Berners-Lee T., Connolly D., HyperText Markup Language -- 2.0 http:==www.w3.org=hypertext=WWW=MarkUp=html-spec=

No context found.

Tim Berners-Lee and Daniel Connolly, "Hypertext Markup Language," available electronically at URL ftp://info.cern.ch/pub/www/doc/html-spec.ps, 1993.

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