Comparing and Contrasting General Systems Theories - Research Paper Example

Mainly, the organizations whose their basic parts are elements of diverse orientation usually differing with the environment they are meant to operate and the relationship which exists amid them. However, in the core operation of the system it may be almost the same but as the system upgrades, to assume its core purpose it changes its modeling explanation that may have diverse mathematical modeling (Shaw, 2009). Information Systems Theory (IST) prior to the current connotation was principally limited to computer science (Von Bertalanffy, 2008).

This encompasses computer organizing information, which today the term “information” is more general and requires more expounding and keen elucidation. Since, each system despite its core role is information centered; processing it for more effective operations meant to fulfill its main value as a system. IST in its actual argument, it implies that system as symbol encapsulated with an idiom. An Idiom refers to an intangible concept mainly formulated to simply explanations for system symbols and their links.

This offers a conceptual link amid set theory plus algebra especially in mathematical explanation (Von Bertalanffy, 2008). . here it underlies all other entities to enhance more communication, hence offering effective linkage and relations of the entities and the common information space (Skyttner, 2006). These entities interacts further yielding to more multifaceted permutations. For instance, English language an idiom that is a universal concept primarily participates in offering space for the creation of sentences words and other correlated tasks, which will enable the stated language, emerge effectively, thus making understanding better.

In mathematics, there a theoretical idiom that allows for the formation of mathematical statements and it accomplishment, hence proving the universal character of an idiom (Von Bertalanffy, 2008). Systems’ thinking, which yielded from Ludwig’s scholarly leaps in 1930s, meant to serve in the WWII (Skyttner, 2006). This was especially in the logistics in ensuring effective attainment of exact soldiers’ population as the war proceeded. System thinking implies how diverse entities in a certain environment co-exist without any dictation from any part entity.

It involves dilemma resolution, essentially by having wide perspective of “problems” as a whole system rather than definite part, results or tasks that may prompt to additional inadvertent consequences (Skyttner, 2006). This proves that system thinking cannot be singular, but set of numerous aspects. These mainly, comprise habits or practices, which make the co-existing entities, live harmoniously. Consequently, implying that the systems parts can best understood by observing or studying their relationships and interactions they poses, which expounds unmistakably their condition of information (Von Bertalanffy, 2008).

System’s components also depicts information in the manner interact with