Transitivity problem is addressed by connecting knowledge rules that share a word and have common context.
Building on Ostrom's IAD Framework we develop an analytical framework that makes a distinction between formal and informal rules, connects sets of rules, actors and interaction patterns and provides a comparative, longitudinal perspective.
Of course, it must happen in accordance to the scientific rules and laws that govern the universe, but creativity lies in being able to connect those rules in order to bring an idea to life.
Instead of using maps, graphs, and numbers, executives should use words to write a playscript: a narrative that sets out the cast of characters in a sector, the way in which they are connected, the rules they observe, the plots in which they play a part, and how they create and capture value as the sector changes.
As systems got connected the rules changed but the essential reasoning has remained the same.
Executives shouldn't only draw and analyze maps or plot numbers on a chart; they should create what I call a "playscript," a narrative that sets out the cast of characters in their industry and how they're connected, the rules they observe, the plots and subplots they're involved in, and how they create and retain value as the drama develops and the cast changes.
My previous article for Forbes proposed that the best way for a company to improve its strategy is by writing what I call its "playscript," a narrative that sets out the cast of characters in its industry, how they're connected, the rules they observe, the plots and subplots they're involved in, and how they create and retain value as the drama develops and the cast changes.
Etiquette is connected to rules and protocol, which vary in different countries and can be learned - hence all of our how-to etiquette books and blogs.
Random Boolean networks, where any node connects through rules of engagement with two others on average, exhibit state cycle attractors, that is, as the system is refreshed by applying the rules sequentially and repeatedly to each node in turn, the system settles into a relatively short cyclic sequences of states, a state cycle attractor.
This work focuses on the detection of both inverse and positive regulatory relationships from a paired miRNA and mRNA expression data set of HCV patients through a 'change-to-change' method which can derive connected discriminatory rules.
