"project dynamics" is a correct and usable phrase in written English.
It refers to the various factors and elements that impact the progress and outcome of a project. Example: Understanding project dynamics is crucial for effective project management.
Interactions between multiple phases of a project are commonly assumed to be important in project dynamics, yet the strength of these feedback mechanisms has not been rigorously evaluated.
a description of the system dynamics model developed from this research agile project dynamics—including the structure and time-delayed relationships for capturing the impact of agile genes on emergent system behaviors.
It depends upon a proactive search of global quality, integrated into the project dynamics, and a continuous assessment of the environmental, social and economic dimensions of sustainability adapted to the specificities of such projects.
In contrast to Guzzie et al. [26], we state that the use of the mailing lists depends on the project dynamics, and the dynamics of a FOSS ecosystem and regular FOSS projects may differ in terms of complexity and coordination needs.
It also complements classical FEA by providing a more thorough understanding of the project dynamics and uncertainties.
As many of the project dynamics were intrinsically-linked to the unique contemporary circumstances of Montenegro, most of the important lessons that the project itself learned have limited value-added applicability beyond this context.
This summer an EU funded project – Dynamics-Aerosols-Chemistry-Cloud Interaction in West Africa – is flying scientists into the clouds to take measurements across the region, and assess what impact pollution is having on the monsoon.
The approach is based on the construction of an invariant manifold such that the projected dynamics is governed by a fewer number of ordinary differential equations.
This relatively simple case allows us to compare the results of the projected dynamics with an expensive but highly accurate spectral transform approach.
By contrast, using classical polynomials, the exact solution differs significantly from the projected dynamics solution when it returns to the subspace.
To solve the problem, we propose a distributed algorithm based on projected dynamics and non-smooth tracking dynamics, even for the case when the interaction topology of the multi-agent network is time-varying.
