With the help of weak cross-Kerr nonlinearities, we propose an efficient optical one-photon controlled two-photon not gate, where polarization modes of photons act as quantum bits, aiming to construct the practical and scalable quantum logic circuits.
Based on these scalable cells, the iterative logic array (ILA) will be still C-testable.
A distributed, scalable and flexible fuzzy logic controller (FLC) without increasing additional hardware cost by fuzzy accuracy factor is proposed.
By the late 2000s, it became possible for many programmers to deliver a complete consumer or SaaS site, including a dynamic web client, server-side business logic, a scalable database, deployment, and operational support.
An important approach to query answering over OWL ontologies is via rewriting the input ontology (and query) into a new set of axioms that are expressed in logics for which scalable query answering algorithms exist.
Such architecture is distributed and adopts a meet-in-the-middle configuration logic that is really effective and scalable in a complex environment like a (smart) city.
It's a flexible, scalable solution that even allows developers to add complex logic to their app using custom code, if need be.
Today, in order to create highly scalable architectures, developers have to manually restructure the application logic, creating balanced application fragments and data partitions to distribute across the available host machines.
Here we propose a new scalable, modular, participative and open-source procedure based on Fuzzy logic to combine the functional and structural aspects of connectivity.
However, the complexity of PLP systems and the large amount of data they process raise the question of whether logic programming systems can still achieve good performance on modern scalable architectures, such as distributed shared-memory (DSM) systems.
