This article aims to embark the research from the complex system science angle of view, findthe connection both in the complex system science and the fictitious economy, discuss thefictitious economy's intrinsic characteristics, establish a pre-warning system which aims for therisk in fictitious economy's fluctuation, and tries hard to offers a few ordinary introductoryremarks so that others may offer their valuable ideas.
Along with the development of science and technology, the system will becomes increasingly complex, and large the gray degree manifested in the system, which requires us to resolve more and more practical problems. Gray decision-making theory confronts a new opportunity for development, meanwhile the investigation of the theory and the method of multi - attribute decision-making of the complex system will also have an important practical significance.
In this thesis, research issues on System Science and CIMS platform technology are summarized, Flexible Software System and emergence studying based on complexity system theory are especially evaluated.
Based upon study, management of scientific research deals with many complicated factors such as requisite, relationship and collectivity etc. According to basic character, object of research management may be described and generalized by Intelligent Complexity System (ICS).
It is a gradual and dynamic procedure in the development, implementation of MPIS, and for the complexity of process planning and management, the application standardization and specification for MPIS needs to be founded.
But, because of the complexity of machine fault, the system needs to continuously learn and accumulate fault samples and update expert knowledge in order to continuously improve the reliability of diagnosis.
Decentralized adaptive robust controller design for complex system based on partition of unity
Based on the computational simulation with the vacuum environment for the fish-type-II antifreeze proteinice-solvent (water) system, the multi-complex system of the antifreeze protein-ice-water has been constructed and calculated.
The software systems with complex system characteristics are developing into the "Networked Software" with characteristics of change-on-demand and change-with-cooperation.
The core issue of software engineering is moving to the requirement engineering, which becomes the research focus of complex system software engineering.
This paper introduces the causes of global warming and summarizes its results, which both involve a series of huge and complex system issues.
The aim of them in all concerns the systematized atom-nano-meso (-in new words)-macroscopic researches on strength and fracture, nonlinearly (especially, say, as complexity system science and engineering).
In Section III, we review the performance of the full-complexity system.
PEP comparison between the full-complexity system and the system using single receive antenna observing maximum average SNR, M = 2, N = 2.
The first process involves a transformation of a low-complexity system to one of much higher complexity.
The system discussion of complexity for PKCS,cracking problem and conventional problem for PKCS have been studied.The paper gives an elementary introduction to computational approach complexity measure for PKCS in order to have a complete under- standing of the complexity,and by the one-way functions it discusses the relevant theo- rem,corollary and proposition of computational approach for PKCS,finally goes fur- ther into the almost-everywhere complexity for PKCS.
This paper introduces a new strategy of three-layered combined interrupt priorities after pointing out the disadvantages of the strategy on the principle of layered interrupt priority. This improved approach satisfies the user with better response ability,flexibility and lower system cost.