Sato, Y. DeleGate Server. Documentation available at http://www.aubg.edu:8080/cii/src/delegate 3.0.17/doc/Manual.txt.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....as intermediaries between clients and servers is not new. Numerous proxy mechanisms have been proposed for HTTP [26] The HTTP proxy mechanism was originally designed for implementing security rewalls. It has since been used in a number of creative applications, including Kanji transcoding [48], Kanji to GIF transformation [60] application level stream transducing [8, 49] and personalized agent services for web browsing [6] It has been used to hide the e ects of error prone and low bandwidth wireless links [19, 34] Bruce Zenel [61] applies the proxy mechanism to the mobile ....

Sato, Y. DeleGate Server. Documentation available at http://www.aubg.edu:8080/cii/src/delegate 3.0.17/doc/Manual.txt.

....as intermediaries between clients and servers is not new. Numerous proxy mechanisms have been proposed for HTTP [20] The HTTP proxy mechanism was originally designed for implementing security firewalls. It has since been used in a number of creative applications, including Kanji transcoding [33], Kanji to GIF transformation [39] applicationlevel stream transducing [8, 34] and personalized agent services for web browsing [6] It has been used to hide the effects of error prone and low bandwidth wireless links [14, 23] Bruce Zenel [40] applies the proxy mechanism to the mobile ....

Sato, Y. DeleGate Server. Documentation available at http://www.aubg.edu:8080/cii/src/delegate 3.0.17/doc/Manual.txt.

....as intermediaries between clients and servers is not new. Numerous proxy mechanisms have been proposed for HTTP [23] The HTTP proxy mechanism was originally designed for implementing security firewalls. It has since been used in a number of creative applications, including Kanji transcoding [38], Kanji to GIF transformation [49] application level stream transducing [9, 39] and personalized agent services for web browsing [7] It has been used to hide the effects of error prone and low bandwidth wireless links [17, 27] Bruce Zenel [50] applies the proxy mechanism to the mobile ....

Sato, Y. DeleGate Server. Documentation available at http://www.aubg.edu:8080/cii/src/delegate 3.0.17/doc/Manual.txt.

....transformation by proxy has become particularly popular for HTTP, whose proxy mechanism was originally intended for users behind security firewalls. The mechanism has been used to perform filtering and anonymization, and perform value added transformations on content, including Kanji transcoding [25], Kanji to GIF conversion [28] and HTML validation [22] MOWGLI [20] and Pythia [11] both focus on shielding the client from the effects of poor networks, by selectively filtering and compressing content on the fly. Both demonstrated the value of proxy based on demand adaptation. Zenel s work on ....

Y. Sato. DeleGate Server. Documentation available at http:// www.aubg.edu:8080/cii/src/delegate3.0.17/doc/Manual.txt.

....work of proxies have been in the support of firewalls but new contributions have extended the concept to include other functions. Proxies are now used to support transcoding. Several relevant examples are the Delegate Server, the Shoudouka Mediator, an the MINSE mediator. The DeleGate Server [21], is a proxy server whose main contributions are the support of caching and character code conversion. DeleGate supports filters that enable on the fly English to Kanji conversion of HTML pages. The Shodouka Mediator is a proxy server that renders kana and kanji into GIF images in real time. 24] ....

Y. Sato. Delegate server. Documentation available at http://www.etl.go.jp/etl/People/ysato@etl.go.jp/DeleGate/.

....was originally intended for users behind security firewalls. The mechanism has been used to shield clients from the effects of poor (especially wireless) networks [21,35] perform filtering [67] and anonymization, and perform value added transformations on content, including Kanji transcoding [56], Kanji to GIF conversion [65] and application level stream transducing [11,59] Fault tolerance and high availability: The Worm programs [55] are an early example of process peer fault tolerance. Tandem Computer and others explored a related mechanism, process pair fault tolerance, 5] in ....

Y. Sato. DeleGate Server. Documentation available at http:// www.aubg.edu:8080/cii/src/delegate3.0.17/doc/Manual.txt.

....of placing an intermediary between a client and a server is not new. The original HTTP specification [6] explicitly 10 provides a proxy mechanism. Though it was originally intended for users behind security firewalls, it has been put to a number of novel uses, including Kanji format transcoding [34], Kanji to GIF conversion [39] and rendering equations from markup [40] The Distributed Clients Project [13] is also exploiting application level stream transducers [9] as one of several mechanisms for facilitating Web browsing with intermittent connectivity. 5.2 Shielding Clients From Effects ....

Y. Sato. DeleGate Server. Documentation available at http:// www.aubg.edu:8080/cii/src/delegate3.0.17/doc/Manual.txt.

....was originally intended for users behind security firewalls. The mechanism has been used to shield clients from the effects of poor (especially wireless) networks [22,37] perform filtering [67] and anonymization, and perform value added transformations on content, including Kanji transcoding [56], Kanji to GIF conversion [65] application level stream transducing [13,59] and personalized agent services for Web browsing [7] Fault tolerance and high availability: The Worm programs [55] are an early example of process peer fault tolerance. Tandem Computer and others explored a related ....

Y. Sato. DeleGate Server. Documentation available at http:// www.aubg.edu:8080/cii/src/delegate3.0.17/doc/Manual.txt.

Online articles have much greater impact   More about CiteSeer.IST   Add search form to your site   Submit documents   Feedback  

CiteSeer.IST - Copyright Penn State and NEC