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Lecture 2. OBJECTS, STATES, PROCESSES

Science cannot be mistaken in things, it can be mistaken in understanding things.

V. Libkneht

There are a lot of different subjects and phenomena around an individual: stones, air, water, light rays, plants, animals, electric and magnetic fields.

The world is entire and indivisible, and there are no separate objects there. An individual cannot comprehend everything entirely so he perceives the world piecemeal. Invented images come up to our mind – objects, working with which an individual is in metaphysical world reflected the physical world. In this world we apply such methods of cognition (research) as similarity, experiment (mental ones inclusive), abstraction, deduction, induction.

An object is everything an individual`s activity is aimed at in order to modify, create or research.

An object has many different characteristics, so there is a question emerged to choose that feature of an object which defines it completely. Taking any feature as a substantial one is relative; in one problem these features will be substantial, in the other the same features will be minor. Substantial features of an object are revealed in one case but while circumstances are changed those features can become minor. Studying the properties of object, processes, defining relationship between them in any branch of knowledge is the fundamental part of researcher`s activity.

The notion “state” is treated as a point which moved either intentionally or under random processes beyond or within it in multidimensional object state space. There are two way to describe the object state – either to introduce it in an abstract model or by measuring its backbone parameters. In the first case the results of observation on external object parameters are processes with the corresponding methods in order to

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get either polynomial or functional representation of interaction by input shift change or output. In the second case the measurement results of internal parameters are entered in matrix - line which the state of the object is judged on. Thus, the notion “state” is connected with the static characteristics of an object.

The notion “process” is considered as the transition of the object from one state to another. All the bodies and phenomena of a physical world are in continuous movement, change and development. Observations show that changes happen in a definite sequence. For example, a planted seed comes through the stages of a sprout to a blooming or fructiferous plant. Certain stage of development can be observed both in the world of animals and in public processes, for instance goods and services have a certain life cycle. The notion “process” defines the dynamic characteristics of an object.

The lecture plan of meaning orgraph is given in table 2.

End of Table 2

Total

Bibliography list for students` autonomous work [13, 22, 32].

Checklist questions

1.Give the definition of hypotheses and suggest an example.

2.Give the example of verbal description of an object.

3.What is the sense of abstraction?

4.Give the definition of model. Give the examples of models you know.

5.Clarify the sense of hypothetical description of object.

6.What is the sense of the abstract model “black box”?

7.Give the definition of emergent pattern. Suggest an example.

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8.Give the example of object state in management.

9.Give the example of graphical description of relationship between components.

10.Give the example of matrix description of relationship between components.

11.Draw up a connection matrix with the graphical relation schema specified.

12.What is the difference between connection and matrix?

13.What is the difference between method of lowest squares and Lagrangian method?

14.Give the definition of Markov discrete process.

15.Compile a glossary of terms, supported the sense-conveying components of lecture meaning orgraph.

Lecture 3. ORGANIZATION AS AN OBJECT

IN MANAGEMENT

Nothing can be said about the depth of a puddle until you find yourself in it.

Miller Law

The term “organization” is treated in two ways:

•on the one hand it means an action directed to doing some job or the process (assembly for example); there are lots of processes in an organization (actions), directed at achieving a goal;

•on the other hand the term “organization” means an object which is integral, made up of parts implementing functions differed from the function of the whole unit.

So an organization is the order, coordination of the interactive in space and time processes of more or less differentiated parts, stipulated by its structure.

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The dominant features of an organization are: the goal available (goals), aggregate of functional conditions (status) and roles, rules regulating the relationship between roles, as well as formalization of considerable part of targets and relations.

Organization as a science was defined by the Russian scientist A. A. Bogdanov; he considered Organization as a metascience as regards to specific organizational sciences, which establishes common functioning rules and principles of entire formations at an abstract level [6]. Later the basic concepts of organizational theory were defined in the works of scientists working in different field of knowledge: in biology – L. v. Bertalanffy; in mathematics – W.R. Ashby and N. Wiener; in economics – R.L. Ackoff. The research result of these scientists made foundations of cybernetics, system approach and thus to consider organization theory in close link with these sciences is reasonable. Cybernetics studies the laws of system operation, connected with perception, memorization, processing, exchange of information, using it to manage them. System approach is methodology of scientific cognition, the basis of which being research of objects as systems.

The object of research in the organization theory is targets and functioning laws of societal organizations, kinds of their organizational structures, interaction with external environment, ways to improve and develop societal organizations.

The lecture plan of meaning orgraph is given in table 3.