Adequacy of Estimation Model of Asymptotic Learning Operator – Pilot Function

KLJUČNE RIJEČI ergativni proces asimptotičko učenje procjena područje uspješne kontrole vremenski period Pavol Kurdel Technical University of Košice Faculty of Aeronautics Slovakia e-mail: pavol.kurdel@tuke.sk František Adamčík Technical University of Košice Faculty of Aeronautics Slovakia e-mail: frantisek.adamcik@tuke.sk Ján Labun Technical University of Košice Faculty of Aeronautics Slovakia e-mail: jan.labun@tuke.sk


INTRODUCTION
Attention is devoted to the model of ergatic system, through the function of which the compensation process of occurred tolerance error realised by the control of aviation ergatic system AES by the operator -pilot (OP) is realised under the influence of external errors.A task aimed at the following is defined: a) OP´s skill in compensating the influence or errors implemented into a selected circuit of simulator, b) definition of recommendations, limits and borders of OP´s compensation skills, c) possibilities of compensation of errors which influence AES position of flight path.Model and modelling object mutuality is complex and technically it presents problems, which are difficult to solve.Complex demonstrations of doctrinal solution in different situations by OP are the reason of this degree of difficulty [1] The process of compensation is supposed to be realised by the principle of control according to a block scheme, which is in ergatic systems [6] called by a system of a different kind:

ESTIMATION MODEL OF ASYMPTOTIC LEARNING FUNCTION
Education, learning of a human, i. e. OP requires devices that allow the above mentioned requirements of the defined task to be fulfilled.The authors own an available device, in which block scheme (Fig. 1) is implemented and where complementary devices, which comply with defined requirements.Block scheme in (Fig. 2) present such a device.[2].
Professional trainer -experimentalist decides about the position of switch P. Next, the method of AES control by OP in the process of AES error compensation, which evokes the change of AES position on determined path is described.Coordinates of required AES position present the successful solution area (SSA), where q=1.Time outside the successful solution area is presented by the value t q = 0. (19-20).
Control programme, which is presented (Fig. 3) has been used in the process of position stabilisation cycle in block 7 (Fig. 2).
Principle of skill measurement: The experimentalist has activated an error by block 3 in control, which is shown in indicator 2 in unannounced time.The motivation of OP, who selected the doctrine of error compensation by switching of AES control on himself [2] in the process of ergatic operation cycle.The succession of the steps of task solution has been performed in the environment of MATLAB according to the methodology presented in the previous part of the paper [3].

LOCAL ESTIMATION OF OP QUALITY IN OBTAINING OUR AES CONTROL WITH ERROR AND WITHOUT ERROR
By SSA area, AES self-realisation space is understood

ADEQUACY OF LOCAL ESTIMATION IN SELECTED CLASS
Solved task belongs into the class of ergatic systems, in which OP is directly connected with the object (connection: machine -human).Local estimation of quality of such a mono-ergatic system, the effectiveness of which is evaluated by statistic methods, requires the knowledge of non-local procedures which are connected with time.Lack of time (time deficit) creates conditions for mental tension in OP´s body.Literature [1] distinguishes operational, emotional and non-specific tensions.OP´s operational tension can be seen in a different kind -tempo tension, the effect of which is unspecified aircraft control stick movement.Under the above mentioned kind of tension, a human -operator compares time period t p necessary for failure compensation with residual period t pz , which actually determines the need to perform appropriate operations until limit time value to obtain SSA.The following ratio is the measure of time deficit to perform the operation in ergatic processes [3]: (1) S-tension depends only on features of the ergatic system and OP´s working conditions.Analysed kind of tension is one of the factors which influence the effectiveness of operator´s functions of all AES kinds, where it shows by its special character.The above mentioned speciality finds its reflection in emotional states of a man, which occur in time t pz , which decides about obtaining SSA.That is why such procedures like the development of learning and skill to control AES are necessary to be realised in successive steps in connection with the increase of motivation of flight professionals.The required result can be obtained not by modelling but actual practice, into which education and development of skills in using a simulator lead [4], [6].

CONCLUSION
Time deficit has influence on other factors, influencing the motivation of professional OPs.Positive and negative motivations, which are accompanying phenomenon in obtaining determined aim of ergatic process, are the effect of tempo tension.Practical control of complex systems by a human -operator shows different demonstrations of emotions and has different character after crossing certain threshold.Reaching threshold value is the result of unifying decision-making educational-skill operations.[6].Crossing the threshold value evokes the states in which the demonstrations of disorganisation and disorientation in AES control can be observed.OP´s professionalism and motivation which are marked by high level of work create a condition for minimising time in which the above mentioned effects can occur.In such a case increased threshold and rational OP´s tension can be stated.[5]

Figure 2
Figure 2 Compensation ergatic system scheme 1-object of control dynamics; 2-AES position on flight trajectory indicators; 3-model or errors and input entries into the system by a professional trainer; 4-OP(learner); 5-control stick of aircraft (CSA) and control unit; 6-programme device of model adjustment; 7control model (guidance); 8-evaluation blocks of task fulfilment criteria; P-mode switch (OP performs AES control, switch in position A); B-control model performs AES control.

Figure 3
Figure 3 AES control model programme in the position of switch B

Figure 4 Figure 5
Figure 4 Local quality estimation