Proceedings of the Sixth Annual Conference of the Far West Region, Society for General Systems : October 23 and 24, 1975 at San Jose, California |
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Page 49
... interact strongly with each other and relatively weakly with all other elements , which we will call the environment . By strong interaction we mean that the elements of the system interact frequently with respect to the time - scale ...
... interact strongly with each other and relatively weakly with all other elements , which we will call the environment . By strong interaction we mean that the elements of the system interact frequently with respect to the time - scale ...
Page 49
... interaction , which can lead to instabilities that can cause transitions to unpleasant quasi - stable states . You will notice that just reading this section will tend to make you anxious . Yet we must recognize this as a common ...
... interaction , which can lead to instabilities that can cause transitions to unpleasant quasi - stable states . You will notice that just reading this section will tend to make you anxious . Yet we must recognize this as a common ...
Page 49
... interaction . The contest itself represents the interaction during which deviations , however slight , are amplified in favor of one side or the other . The possible winners represent states that are stable until the next contest . ) We ...
... interaction . The contest itself represents the interaction during which deviations , however slight , are amplified in favor of one side or the other . The possible winners represent states that are stable until the next contest . ) We ...
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activities adaptive Advisory alternative Alviso analysis approach basic behavior bentee cells community college complex component concept control systems Cybernetic Systems decision process defined described determine dynamics effect elements entities environmental epiorg evaluation evolutionary evolved Federal Figure function genetic control goals groups hereditary hierarchical human societal evolution human society idea identified impact implementation individual industrial input institution interaction interest involved January/February 1975 levels measure mechanisms methodology multicellular organisms natural environment natural selection neurophysiological objectives occupational health program operation organizational orgs output paradigm physical possible potential problem production Public Administration Review public participation relationships response result role San Jose science and technology selection self-replication simulation social order social systems socionatural specific spectrum Stanford Research Institute strong interaction structure subsystems Systems Theory Systems Yearbook Technology Assessment tool utilization