Comptel Corporation

Mika Tanttu

Jussi Lassila

An object is to create a convergent mediation system () and method that meet the technical requirements of low latency time and high throughput, without compromising the interoperability and ease of administration of the system. According an aspect of the invention, these objects are achieved by providing a convergent mediation system () that comprises a common platform () providing processing power for both online processing () and off-line processing () of data. The convergent mediation system () is also provided with a system controller () that is adapted to dynamically allocate the processing power of the common platform () for the online processing () and off-line processing () of data.

Convergent mediation system with dynamic resource allocation

An object is to create a convergent mediation system () and method that meet the technical requirements of low latency time and high reliability. According an aspect of the invention, these objects are achieved by providing a convergent mediation system () that comprises a plurality of independent processing nodes () adapted to form processing streams () for the online processing () and off-line processing () of data. Each of the processing streams () comprises at least two independent nodes () in sequence and buffers () between the nodes (). Furthermore, random access memory is utilized such that at least one of the buffers () in each of the online processing streams () is formed by a dedicated memory area in the random access memory.

Convergent mediation system with improved data transfer

An object is to create a convergent mediation system () and method that provides a good degree of interoperability and ease of administration. According to an aspect of the invention, these objects are achieved by providing a convergent mediation system () that comprises a common platform () for both online processing () and off-line processing () of data. The common platform () is designed such that it includes a plurality of independent nodes () adapted to form processing streams () for the online processing () of data and processing streams () for the off-line processing () of data such that each of the processing streams () comprises at least two nodes () in sequence. Furthermore, the system () is provided with at least one online interface node () and configured such that the first node in each of the online processing streams () is such an online interface node (). The online interface nodes () are adapted to receive data from the at least one of the communications network () or the service delivery platform () and send a response thereto. The content of the response is selectively formed in one of the online processing streams ().

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Helsinki, Finland

Mika Tanttu