Using phase response curves as a design element, we characterize solutions and give conditions under which frequency synchronization is achieved.
We characterize solutions for two-sided matching, both in the transferable- and in the nontransferable-utility frameworks, using a cardinal formulation.
We characterize solutions and give synchronization conditions using the phase response curve (PRC) as the design element, which is restricted to be of the delay type in the first half of the cycle, interval (0,π), and of the advance type in the second half of the cycle, interval (π,2π).
The differences between groups in neuroticism were in line with the salutogenic theory, in which Antonovsky (1987) characterized solution processes as cognitive and emotional expectations of life as something comprehensible, manageable, and meaningful.
To appreciate the functional significance of METTL3 ZFD, we characterized its solution structure using NMR.
Recently, we characterized the solution structure of the CS domain of Arabidopsis SGT1a that interacts with the N-HSP90.
Inverse gas chromatography (IGC) has been used to determine the physicochemical parameters that characterize solution thermodynamic interactions in biodiesel n-alcohol solute systems.
We show that the continuous graph partitioning problem is convex and non-differentiable, and we characterize a solution amenable to distributed computation.
We characterize the solution for a fault-diagnosis context in cyber-physical systems, and for an opinion-classification/community-discovery setup in social networks.
We show that the optimum growth rate is achieved by a rate profile with at most two rates, and we characterize the solution in terms of a "spatial correlation length" of the supercritical process.
