Towards Federated Decentralized Querying on Knowledge Graphs
Siraj Munir, Stefano Ferretti · 2023
Recent innovations in research and development have enabled us to observe the world from different dimensions. Thanks to the technologies that helped us to achieve these objectives efficiently. Often in the real world, we need to find a suitable trade-off. However, the selection of suitable and reasonable trade-offs is an art within itself. While modeling semantics, we often require a hierarchical or relational (triples) representation. Decentralized systems fail to model semantic interoperability implicitly. To fill this gap the proposed work introduces a semantic federated querying scheme for decentralized systems. The proposed approach utilizes state-of-the-art graph technology to model decentralized Knowledge Graphs. Furthermore, we discussed different scenarios where the proposed methodology leads to a reasonable conclusion.