The client connector is the component required for a participant to join the MUSKETEER Platform. It is the software application supporting MUSKETEER platform participant in his data exchange, share and process, so to guarantee that he is sovereign of his data. The client-side connectors have to support the set of privacy operation modes (POMs) made available throughout the project according to the architecture defined in T3.1 and meet the requirements of the federated and privacy-preserving machine learning services designed in WP4. Moreover, the client component provides services for locally combining model updates into one consistent, up-to-date model instance. The client component serves as adaptor for the integration and industrial vali...
International audienceIn component-based architectures, interest has often been focused on the compo...
Connector is an important concept in software architecture design, but it doesn't get explicit ...
Software architecture is the means to cope with the complexity of large software systems. Typically ...
The MUSKETEER Client Connector is the component required by a participant to join the MUSKETEER Plat...
The MUSKETEER Client Connector is the component required by a participant to join the MUSKETEER Plat...
A document describing the main functionalities of the client connector. It contains the design of th...
This deliverable (D3.2 "Architecture Design – Final Version") is a document describing the architect...
This deliverable (D3.1 "Architecture Design") is a document describing the initial version of the MU...
In software architecture, connectors are intended to represent the specific semantics of how compone...
A demonstration and report of a first prototype of the MUSKETEER platform, demonstrating the end-to-...
Abstract: As software systems become more complex, the overall system structure or software archite...
This document describes the final bundle of client-side components, including descriptions of their ...
This deliverable (D3.4 "Final Prototype of the MUSKETEER Platform") is a document describing the dem...
Developments in the field of software architecture have emphasized the concept of first class connec...
Software architectures are software system models that represent the design of a system at a high le...
International audienceIn component-based architectures, interest has often been focused on the compo...
Connector is an important concept in software architecture design, but it doesn't get explicit ...
Software architecture is the means to cope with the complexity of large software systems. Typically ...
The MUSKETEER Client Connector is the component required by a participant to join the MUSKETEER Plat...
The MUSKETEER Client Connector is the component required by a participant to join the MUSKETEER Plat...
A document describing the main functionalities of the client connector. It contains the design of th...
This deliverable (D3.2 "Architecture Design – Final Version") is a document describing the architect...
This deliverable (D3.1 "Architecture Design") is a document describing the initial version of the MU...
In software architecture, connectors are intended to represent the specific semantics of how compone...
A demonstration and report of a first prototype of the MUSKETEER platform, demonstrating the end-to-...
Abstract: As software systems become more complex, the overall system structure or software archite...
This document describes the final bundle of client-side components, including descriptions of their ...
This deliverable (D3.4 "Final Prototype of the MUSKETEER Platform") is a document describing the dem...
Developments in the field of software architecture have emphasized the concept of first class connec...
Software architectures are software system models that represent the design of a system at a high le...
International audienceIn component-based architectures, interest has often been focused on the compo...
Connector is an important concept in software architecture design, but it doesn't get explicit ...
Software architecture is the means to cope with the complexity of large software systems. Typically ...