In this paper, we investigate the application of this technique for reactive tracking of paths that are implicitly defined by perceived environmental features.
In this paper, we present a multi-scale modeling methodology for software System of Systems (SoS) using the formal technique of bigraphical reactive system.
In 1997, Olsson, et al [41], produced a parallel-connected valveless piezoelectric micro-pump with cone-shaped tubes by using the latest technique of deep reactive ion etching (DRIE).
Although current clustering protocols treat various kinds of dynamicity in the network, such as mobility or cluster-head rotations, few solutions consider the readings similarity, which could provide benefits in terms of better use of compression techniques and reactive detection of anomalous events.
In traditional systems, device lifecycle and mobility are supported by means of reactive techniques, i.e., the system makes decisions or actions when a certain change occurs [6].
They may also be used to analyze the accuracy of various numerical techniques used for simulation of reactive transport.
This paper provides a comprehensive short review on current applications of deterministic and stochastic optimization techniques for the design of reactive distillation.
This paper presents an overview of the use of time resolved spectroscopic techniques for the investigation of reactive organometallic intermediates generated by laser flash photolysis.
However, both techniques utilize the principle of reactive hyperemia after a period of ischemia, which is a known physiologic response of the vasculature and endothelial system resulting in rapid increases in both local blood flow and temperature [ 30, 31, 33, 34].
We describe a hierarchy of methods, models, and calculation techniques that support the design of reactive distillation columns.
