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NEURAL PROGRAMMING IN DIALOGUE SYSTEMS 
D.Seytimbetov (Nukus branch of Tashkent university of information technologies, 
assistant teacher) 
M.Kuvvatova (Nukus branch of Tashkent university of information technologies, 
student) 
The ability to listen and understand the interlocutor is one of the most valuable advantages of 
human communication. By asking questions or simply exchanging phrases during the 
conversation, we strive to get answers, appropriate to our domestic needs. We equally do not 
satisfy as messages, not bringing in-formation, and the answers that it far exceeds the number of 
internal restrictions imposed by us for a specific conversation. The semantic content of the answer 
or an adequate reaction of the interlocutor is one of the main criteria for determining the quality of 
the conversation and influences the person changing the internal state of the process of 
communicative interaction. 
Assuming that the subject of conversation there is some objective function, which determines 
the expected amount of information (the desired results), and the amount of information in coming 
to this subject in the messages portray a certain path, depending on the nature of the conversation, 
these trajectories can accept most different shapes (Fig. 1). Sometimes the desired result can be 
achieved optimally (a). In other cases, asking a particular question, a large amount of redundant 
information can be obtained instead of the desired response, which can lead away from the original 
purpose of (b) and (c). 

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Figure 1
. The trajectories of development of interaction processes 
The stream of words coming to the speaker in the process of sharing messages causes a 
disturbance of consciousness, which can be imagined as the excitement of the water surface by 
falling rain drops. Dissemination of information waves in consciousness, their interference with 
each other and interact with deep internal processes form a complex system of research and 
modeling that can be achieved with the use of methods and means similar to those used in physics, 
and allow us to describe the behavior of fields and particles based on the particle-wave properties 
of matter. 
If we assume that the expected amount of information that we seek in the process of 
cooperation should be an adequate amount of information that we will be given the answer, we 
can formulate the principle of the adequacy of the information as follows: