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The present work investigates a new approach to formulating a rate-independent strain gradient theory for crystal plasticity.
Specifically, we first formulate a general rate allocation problem where each data unit can be dependently coded at different quantization parameters (QP) using a previous unit as predictor, or left uncoded at the encoder and subsequently interpolated at the decoder using neighboring coded units.
We then formulate a fair rate control problem by exploiting the network utility maximization framework and propose a price-based distributed solution.
Following the approach in [9], we can formulate an ergodic rate maximization problem at the mesh router with only CDI as (15).
Specifically, we formulate a wireless sum-rate maximization problem for constrained fronthaul capacity and provide a heuristic algorithm that targets at obtaining optimal beamforming configuration and bandwidth allocation.
With focus on the uplink and the single-input multiple-output (SIMO) case, the authors formulate a corresponding weighted sum-rate maximization problem for the information rates of the SUs and devise a novel iterative waterfilling algorithm to find the optimum solution.
This led Monod to formulate a new parameter, differential rate of enzyme synthesis, ΔZ/ΔB, called later "Monod plot" (Z stays for β-galactosidase and B for bacteria).
In order to investigate the contributions of the different regulatory processes to the timing of initiation of DNA replication at varying growth rates, we formulate a minimal quantitative model of the initiator circuit that includes the key ingredients known to regulate the activity of the DnaA protein.
The reduction in mobility can be formulated by a rate of aggregation given by mass transport coefficients β (m3s-1) [9, 10].
The decrease in the mobility can be formulated by a rate of aggregation that is given by the mass transport coefficients β [m3 s-1].
This research formulates a Landslide Risk Rating System for the Greater Baguio area in the Philippines.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com