The webgrid component has an instance of the Connector Envy problem, which is caused by including the implementation of interaction-related functionality along with system-specific functionality.
While integration on the user interface level is desirable both from a software engineering as well as from a usability point of view, most current approaches require detailed knowledge of the integrated applications and make the implementation of a common interaction that involves different applications a difficult issue.
Nevertheless, the implementation of complex antagonistic interactions between cone classes (for example, SWS1 + Rh2b - Rh2a), may potentially allow the intended generation of flicker-free visual signals.
The implementation of these gauge invariant interactions generalizes previous proposals based on cold atoms [26 38], as well as pioneering studies in this area with Josephson-junction arrays [39], trapped ions [40], and superconducting circuits [41].
In this paper, the implementation of the Software-type Wave Particle Interaction Analyzer (S-WPIA) on the Arase satellite is described.
We suggest the implementation of simpler configurations where the interaction occurs through a single port from both sides, allowing the use of commercially available robots.
A probabilistic noiseless linear amplifier is applied to one of the two parties, via the implementation of a weak cross-Kerr interaction with an ancillary signal.
In this work, we propose a general method for the implementation of an arbitrary bilinear Hamiltonian interaction between two multi-mode LQSSs via a feedback interconnection.
This allowed the implementation of a group-by-task interaction to test whether group differences for amplitude of the ERP components would be larger in the flanker CPT task, as predicted.
Of central interest to this work is the implementation of the ring-exchange plaquette interaction, H □ = − J (U □ + U □ † ), which can be written in the spin notation as (10) H □ = − J (S i j + S i k − S k ℓ + S j ℓ − + H.c. ).
