java.net: Wiki

The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:

<<O>> Difference Topic WhatIsJxta (5 - 31 Aug 2007 - Main.javachiemzy)

Line: 1 to 1

META TOPICPARENT	name="WebHome"

The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:

<<O>> Difference Topic WhatIsJxta (4 - 20 Jun 2007 - Main.slowhog)

Line: 1 to 1

META TOPICPARENT	name="WebHome"

The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:

Line: 6 to 6

Communicate with each other (Pipes)
Cooperate with each other to dynamically form peer groups

Changed:

<
<

You can find the latest protocols spec at the SPEC project.

>
>

You can find the latest protocols spec at the SPEC project.

The JXTA platform is defined by the following six protocols:

Line: 24 to 24

JXTA is designed to be independent of transport protocols. It can be implemented on top of TCP/IP, HTTP, Bluetooth and many other protocols. This means that a system built on top of JXTA, functions in the same fashion when the system is expanded to a new networking environment or to a new class of devices, as long as there is a correct transport protocol handler for the new networking protocol. The protocols defined in this document can be realized over the Internet, a corporate intranet, a dynamic proximity network, in a home networking environment, or even within a single computer.

The JXTA platform enables application developers to build and deploy interoperable P2P^? services and and applications across the Internet. The JXTA protocols guarantee interoperability between compliant software components (executing on potentially heterogeneous peer runtimes). Thus JXTA is agnostic to programming languages.

Deleted:

<
<

nationality nationwide nativity navigation navigator navy necklace heart necklace knitting needle needlework debt negotiation nerves nervous bird nest netting network networking neurologist newborn newborns newsgroup newsletter newspaper nicotine nightgown nitrogen nuclear nursery nursing nutrition oatmeal cookie dog obedience training obey occupation offer offering oil opportunity fiber optic cable optical optics fiber optics organic orthodox orthodox church outbreak outdoor outdoors outfit outlet oven over weight lease to own web hosting package game pad pageant pager paid pain paint painter painting palm beach florida pancreas gold panning parachute paradise

<<O>> Difference Topic WhatIsJxta (3 - 13 Sep 2006 - Main.twikiguest)

Line: 1 to 1

META TOPICPARENT	name="WebHome"

The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:

Line: 24 to 24

Added:

>
>

<<O>> Difference Topic WhatIsJxta (2 - 11 Aug 2006 - Main.bondolo)

    META TOPICPARENT    name="WebHome"
-   META TOPICPARENT
+ name="WebHome"
-<
<
+The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:
->
>
+The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:
-<
<
+ Discover other peers
  Advertise Peer resources (Peer, PeerGroup, Service and Pipe Advertisements)
->
>
+ Advertise and discover resources (Peer, PeerGroup, Service and Pipe Advertisements)
  Communicate with each other (Pipes)
-<
<
+ Cooperate with each other to form secure peer groups (group membership)
->
>
+ Cooperate with each other to dynamically form peer groups
 You can find the latest protocols spec at the SPEC project.
-<
<
+The JXTA platform is defined by the following six protocols:
->
>
+The JXTA platform is defined by the following six protocols:
  Peer Resolver Protocol (PRP): PRP allows a peer to send a search query to another peer.
  Peer Discovery Protocol (PDP): PDP allows a peer to discover other advertisements (peer, group, service & pipe).
-<
<
+ Endpoint Router Protocol (ERP): ERP allows a peer to ask for routing information to route messages to another peer.
->
>
+ Endpoint Router Protocol (ERP): ERP allows a peer to query for routing information to route messages through the network.
  Pipe Binding Protocol (PBP): PBP allows a peer to bind a pipe endpoint to a physical peer.
-<
<
+ Rendezvous Protocol (RVP): RVP is the mechanism by which peers can subscribe or be a subscriber to a propagation service.
  Peer Information Protocol (PIP): PIP allows a peer to learn about the status of another peer.
->
>
+ Rendezvous Protocol (RVP): RVP is the mechanism by which services are bootstraped within the network.
  Peer Information Protocol (PIP): PIP allows a peer to query for current status of another peer.
-<
<
+A peer does not need to implement all protocols, just the protocols that it needs. Each protocol is easy to implement and integrate into P2P^? services and applications. Thus service offerings from one vendor can be used transparently by the user community of another vendor's system.
->
>
+In order to participate the network, only ERP is required. A peer may selectively implement a subset of other protocols required to implement a specific service.
-<
<
+JXTA is defined to be independent of programming languages, so that it can be implemented in C/C++, Java, Perl, and numerous other languages. The protocol is specified as a set of XML messages. This means heterogeneous devices with completely different software stacks can interoperate with the JXTA protocols.
->
>
+JXTA is defined to be independent of programming languages, so that it can be implemented in C/C++, Java, Perl, and numerous other languages. The protocol is specified as a set of XML messages. This means heterogeneous devices with completely different software stacks can interoperate with the JXTA protocols.
-<
<
+JXTA is designed to be independent of transport protocols. It can be implemented on top of TCP/IP, HTTP, Bluetooth, HomePNA^?, and many other protocols. This means that a system built on top of JXTA, functions in the same fashion when the system is expanded to a new networking environment or to a new class of devices, as long as there is a correct transport protocol handler for the new networking protocol. The protocols defined in this document can be realized over the Internet, a corporate intranet, a dynamic proximity network, in a home networking environment, or even within a single computer.
->
>
+JXTA is designed to be independent of transport protocols. It can be implemented on top of TCP/IP, HTTP, Bluetooth and many other protocols. This means that a system built on top of JXTA, functions in the same fashion when the system is expanded to a new networking environment or to a new class of devices, as long as there is a correct transport protocol handler for the new networking protocol. The protocols defined in this document can be realized over the Internet, a corporate intranet, a dynamic proximity network, in a home networking environment, or even within a single computer.
-<
<
+The JXTA platform enables application developers to build and deploy interoperable P2P^? services and and applications across the Internet. The JXTA protocols guarantee interoperability between compliant software components (executing on potentially heterogeneous peer runtimes). Thus JXTA is agnostic to programming languages.
->
>
+The JXTA platform enables application developers to build and deploy interoperable P2P^? services and and applications across the Internet. The JXTA protocols guarantee interoperability between compliant software components (executing on potentially heterogeneous peer runtimes). Thus JXTA is agnostic to programming languages.

<<O>> Difference Topic WhatIsJxta (1 - 25 Oct 2005 - Main.slowhog)

Line: 1 to 1

Added:

>
>

META TOPICPARENT	name="WebHome"

The JXTA platform is an open network computing platform designed for peer-to-peer (P2P^?) computing. The JXTA platform standardizes the manner in which peers:

Discover other peers
Advertise Peer resources (Peer, PeerGroup, Service and Pipe Advertisements)
Communicate with each other (Pipes)
Cooperate with each other to form secure peer groups (group membership)

You can find the latest protocols spec at the SPEC project.

The JXTA platform is defined by the following six protocols:

Peer Resolver Protocol (PRP): PRP allows a peer to send a search query to another peer.
Peer Discovery Protocol (PDP): PDP allows a peer to discover other advertisements (peer, group, service & pipe).
Endpoint Router Protocol (ERP): ERP allows a peer to ask for routing information to route messages to another peer.
Pipe Binding Protocol (PBP): PBP allows a peer to bind a pipe endpoint to a physical peer.
Rendezvous Protocol (RVP): RVP is the mechanism by which peers can subscribe or be a subscriber to a propagation service.
Peer Information Protocol (PIP): PIP allows a peer to learn about the status of another peer.

A peer does not need to implement all protocols, just the protocols that it needs. Each protocol is easy to implement and integrate into P2P^? services and applications. Thus service offerings from one vendor can be used transparently by the user community of another vendor's system.

JXTA is defined to be independent of programming languages, so that it can be implemented in C/C++, Java, Perl, and numerous other languages. The protocol is specified as a set of XML messages. This means heterogeneous devices with completely different software stacks can interoperate with the JXTA protocols.

JXTA is designed to be independent of transport protocols. It can be implemented on top of TCP/IP, HTTP, Bluetooth, HomePNA^?, and many other protocols. This means that a system built on top of JXTA, functions in the same fashion when the system is expanded to a new networking environment or to a new class of devices, as long as there is a correct transport protocol handler for the new networking protocol. The protocols defined in this document can be realized over the Internet, a corporate intranet, a dynamic proximity network, in a home networking environment, or even within a single computer.

Topic WhatIsJxta . { View | Diffs r6 < r5 < r4 < r3 | More }

java.net RSS