Data consultation optimisation method, by means of a network architecture component
First Claim
1. Consultation optimisation method for a data page consulted on at least one terminal by at least one user, said page being downloaded from a first remote site via a communication network, characterised in that it comprises an on-the-fly insertion step of at least one active code in said page by at least one component of the architecture of said network, in that the area of said page wherein said active code is inserted is determined according to the type of action generated by said active code,and in that said active code inserted on the fly is an intermediate invocation active code, which, when run by said terminal, enables said terminal, during an invocation step, to invoke a final active code provider, so that the terminal receives from said provider a specific final active code enabling the running of an algorithm on said terminal.
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Abstract
A consultation optimization method for a data page (200), consulted on at least one terminal (100) by at least one user. The page (200) is downloaded from a remote site (103; 104; 105; 106) via a communication network. The method comprising an on-the-fly insertion step (302; 402) of at least one active code (201) enabling the execution of a corresponding algorithm in the page (200) by at least one component (101; 102) of the network architecture.
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33 Claims
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1. Consultation optimisation method for a data page consulted on at least one terminal by at least one user, said page being downloaded from a first remote site via a communication network, characterised
in that it comprises an on-the-fly insertion step of at least one active code in said page by at least one component of the architecture of said network, in that the area of said page wherein said active code is inserted is determined according to the type of action generated by said active code,and in that said active code inserted on the fly is an intermediate invocation active code, which, when run by said terminal, enables said terminal, during an invocation step, to invoke a final active code provider, so that the terminal receives from said provider a specific final active code enabling the running of an algorithm on said terminal.
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31. System enabling optimisation of consultation of a data page consulted on at least one terminal by at least one user, said page being downloaded from a first remote site via a communication network, characterised
in that at least one component of the architecture of said network comprises means to insert at least one active code on the fly in an area of said page determined according to the type of action generated by said active code, and in that said active code inserted on the fly is an intermediate invocation active code, which, when run by said terminal, enables said terminal, during an invocation step, to invoke a final active code provider, so that the terminal receives from said provider a specific final active code enabling the running of an algorithm on said terminal.
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32. Device for the optimisation of consultation of a data page consulted on at least one terminal by at least one user, said page being downloaded from a first remote site via a communication network to which said device belongs,
characterised in that it comprises means to insert at least one active code on the fly in said page, in an area of said page determined according to the type of action generated by said active code, and in that said active code inserted on the fly is an intermediate invocation active code, which, when run by said terminal, enables said terminal, during an invocation step, to invoke a final active code provider, so that the terminal receives from said provider a specific final active code enabling the running of an algorithm on said terminal.
Specification