The phrase "architecture behavior" is correct and usable in written English.
It can be used in contexts related to software architecture, system design, or any field where the behavior of an architectural structure or system is being discussed.
Example: "The architecture behavior of the application must be analyzed to ensure it meets performance requirements."
Alternatives: "architectural behavior" or "system behavior".
Mr. Goldstein and Mr. Tolva are about high-tech architecture, behavior trends and aggressively courting technology entrepreneurs to look on Chicago as a fertile testing ground; Mr. Hauswirth is about conversations to improve services, participation and engagement with City Hall.
Systems play the role of constituents in an Architecture Behavior Declaration, and systems are mediated by mediators.
An architecture behavior can be modeled by a group of ordinary differential equations containing some control parameters, where the control parameters are used to represent deterministic/nondeterministic choices.
To reduce the engineering effort involved in setting up modularized MFS and to deal with the complexity of the system, a definition of the architecture, behavior and (pre defined interfaces of such modules is provided by a model-based engineering approach, which is based on an appropriate meta model.
In an original approach, the 3D reconstructions obtained by high-resolution X-ray micro-CT were the starting point for: i) a morphological examination and 2) structural 3D analyses by numerical simulation of the bone architectures behavior, thus providing an extended description of the changes in osteoarthritic bone as disease progress.
In recent years, considerable advances have been made toward our understanding of the genetic architecture of behavior and the physical, mental, and environmental influences that underpin behavioral processes.
In a cognitive architecture, intelligent behavior is contingent upon the use of an appropriate abstract representation of the task.
These data reveal an unanticipated role for Uba6 in neuronal development, spine architecture, mouse behavior, and turnover of Ube3a.
The proposed approach first employs Computer Integrated Manufacturing Open System Architecture (CIMOSA) behavior rules to model the business process routing structures of manufacturing supply chain networks.
In order to address these issues, it is necessary to mimic multiple factors of the native valvular extracellular matrix (ECM) such as architecture, mechanical behavior and biochemical signals.
Eventually, these results will be used to predict the architecture and behavior of future devices, such as bipolar junction transistor and metal oxide semiconductor field effect transistor.
