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In fact, if GNUtella скачать обучающую программу для быстрой печати to scale up to a size similar to Napster's, on a slow day the network would have to move 2.4 gigabytes per second. On a query match clients create a packet that contains information on how to locate them and the file (a URL). To route the replies all the clients send the query replies back along the path that it came. Eventually, after an undefined length of time all results will arrive back at the client who originally sent them out. At this point the client can decide which, if any, of the files that it wants to download. To скачать обучающую программу для быстрой печати a file the client creates a direct connection to the client with the file it wants and sends a HTTP packet requesting the file. The client with the file interprets this and sends a standard HTTP response. However this removes any anonymity in the system as there is no way to anonymously publish or consume resources. FastTrack is a recent arrival to the peer-to-peer scene and with its coming скачать обучающую программу для быстрой печати brings a new, more scalable, architecture that still follows a decentralised design. The FastTrack protocol is currently used by two file sharing applications, KaZaA and Morpheus. The KaZaA application has had скачать обучающую программу для быстрой печати of 20 million downloads and KaZaA can have anywhere up to 800,000 users connected at one time. The FastTrack architecture follows a 2-tier скачать обучающую программу для быстрой печати in which the first tier consists of fast connections to скачать программу быстрого обмена сообщениями мессенджер the network (Cable/DSL and up) and the second tier consists of slower connections to the network (modem and slower). Clients on the first tier are known as SuperNodes and clients on the second tier are known as Nodes. Upon connection to the network what happens is that the client decides whether you are suitable to become a SuperNode or not. If you can become a SuperNode you connect to other SuperNodes and start taking connections from ordinary Nodes. If you скачать обучающую программу для быстрой печати a Node you find a SuperNode that скачать обучающую программу для быстрой печати allow you to connect to them and connect. This produces a two-tier скачать обучающую программу для быстрой печати in which the nodes at the centre of the network are faster and therefore produce a more reliable скачать обучающую программу для быстрой печати stable backbone. This allows more messages to be routed than if the backbone were slower and therefore скачать программу для повышения быстродействия компьютера скачать обучающую программу для быстрой печати greater scalability. Routing on FastTrack скачать обучающую программу для быстрой печати accomplished by broadcasting between the SuperNodes. For example, when a Node issues a скачать обучающую программу для быстрой печати request to the SuperNode it скачать обучающую программу для быстрой печати connected to the search request скачать обучающую программу для быстрой печати taken by that SuperNode and then broadcast to all the SuperNodes it in turn is currently connected to. The search continues in this way until its TTL has reached zero. Every SuperNode that it reaches searches an index that contains all скачать обучающую программу для быстрой печати files of its connected Nodes. This means, that with a TTL of 7 and with an average amount of Nodes per SuperNode of 10 a search request will search 11 times more nodes on a FastTrack network than скачать обучающую программу для быстрой печати GNUtella. Unfortunately since the searches are being broadcast the network will still produce enormous amounts of data скачать обучающую программу для быстрой печати needs to be passed from SuperNode to SuperNode. However since the SuperNodes are guaranteed to be reasonably fast it doesn't produce as large a problem as on GNUtella. Routing of replies follows the same lines as GNUtella. Replies are routed back along the path that they came from until they reach the clients that originally issued them. A large problem with this type of routing in GNUtella was that clients making up its скачать обучающую программу для быстрой печати were very transient and connected and disconnected to the network very sporadically which meant that packets being routed back along the path they came could find the path gone because a link in the chain had disconnected.

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