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As a discipline, Metabolic Engineering has provided a framework for the development of such systems.
We present an approach for the development of such systems, which applies concepts, technologies and techniques from agent and Petri net theory as well as from software engineering.
An initial analysis of past and on-going projects and available devices on the market [5] has shown that not much has been done for the development of such systems for PTWs except at informative level.
In view of the technological advances in developing complex manufacturing systems, a unified framework had been proposed by the authors of this paper to formalise the procedures for the development of such systems.
Since there is no off the shelve solution for the development of such systems a novel, interesting, approach is proposed within this work to cope with the CIS simulation environment.
For the development of such systems, some inherent problems must be solved: the selection of appropriate descriptors to represent images [1, 3]; the selection of appropriate similarity function to measure the similarity of the images being compared [1, 4]; and the definition of a suitable similarity threshold to be used by the systems [5 9].
Similar(53)
This trend continued through the development of replicating viral vectors and the development of high yielding non-replicating expression systems (for a recent review of the development of such systems, see [ 10]).
Examples of the development of such systems include IVAN [ 4] from University of Wisconsin and more recently SIVA from National University of Singapore [ 5] for semi-automated vascular analysis.
Special care was taken in the development of such systems for time-varying primary signals.
The great progress in nanotechnology has paved way for the development of such system.
Apparently in 2013, the US Department of Defense issued a directive on the (desired) development of such systems.
More suggestions(15)
for the development of such biocatalysts
for the development of technical systems
for the evaluation of such systems
for the development of such technologies
for the analysis of such systems
for the use of such systems
for the development of biocybernetic systems
for the completion of such systems
for the modeling of such systems
for the development of industrial systems
for the development of autonomic systems
for the protection of such systems
for the development of such compounds
for the development of such materials
for the development of such biomarkers
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