Titlebook: Dealing with Complexity; An Introduction to t Robert L. Flood,Ewart R. Carson Book 1993Latest edition Springer Science+Business Media New Y

瑣事

Systems Theory in International Relations,ow one example of systems science employed in theory building in the social sciences. The subject area is international relations (IR), a discipline that has “traditionally” explored structure rather than processes, focusing on the structure of functional units. This chapter provides a particularly

辯論

Building Models of Dynamic Processes,, which is in fact a model. Miller (1967) talked about formulation of chunks of information when a threshold of complexity was passed, and it was also noted in Chapter 2 that these are recursively updated as more information is received. This is conceptual or mental modeling, and in fact much of our

推崇

Quantitative Cybernetics, that models could be used not only to describe processes, but also to predict outcome and provide explanation. A variety of forms of model representation were outlined and it was shown that system dynamics could be described in either qualitative or quantitative terms. In earlier chapters we develo

SPER

設(shè)想

LOPE

Computer Safety, Reliability, and Securityis chapter, which continues to develop Theme C, we introduce a number of these approaches to “problem solving” each able to contribute in particular ways to deal with the complexities of modern society. Let us first set the scene.

雕鏤

CyberDS: Auditable Monitoring in?the?Clouds is impoverished. We therefore suggest a need to look for alternative paradigms that could support the study of IR toward the end of the chapter. The following account is based on an article by Ellison and Flood (1986). As this chapter is primarily a review, the terminology adopted in the reviewed articles has necessarily been used.

ICLE

reflection

Archipelago

Quantitative Cybernetics,tion were outlined and it was shown that system dynamics could be described in either qualitative or quantitative terms. In earlier chapters we developed a good understanding of qualitative cybernetics. The focus of this chapter is a complementary view of dynamic system behavior which can be described in terms of quantitative cybernetics.