Sentence examples for implementation of cellular from inspiring English sources
Both cell design and human issues are important factors for successful implementation of cellular manufacturing.
A methodology for the VLSI implementation of Cellular Automata (CA) algorithms using the VHSIC Hardware Description Language VHDLL) is proposed for the first time.
It is also important that for the successful implementation of cellular manufacturing, that one focuses both on technical issues (cell formation and design) and human issues.
It is shown in our work that CT, PDC, and LDL can be successfully obtained with the implementation of cellular automaton into the pedestrian simulation model by incorporating social forces (SFCA).
All the stages of the project, the difficulties encountered, the strategies developed that overcome these difficulties and the performance improvements after the implementation of cellular production are explained in detail.
One important issue related to the implementation of cellular manufacturing systems (CMSs) is to decide whether to convert an existing job shop into a CMS comprehensively in a single run, or in stages incrementally by forming cells one after the other, taking the advantage of the experiences of implementation.
In the field of inhalation toxicology, progress in the development of in vitro methods and efficient exposure strategies now offers the implementation of cellular-based systems.
This paper presents both block synchronous and block pipeline (with asynchronous message passing) parallel implementations of cellular automata on distributed memory (message-passing) architectures.
We believe that this conclusion is likely general and is relevant across a range of different specific implementations of cellular memory.
The paper concludes that the implementation of the cellular automata model CVCA, loose coupled with SLEUTH (a cellular automaton urban model), provides a robust and useful application of landscape ecological strategies in metropolitan planning.
The design and implementation of a cellular neural network (CNN) architecture capable of modeling the behavior of reconfigurable cellular automata (CA) is presented in this paper.
