автоматизація

The essence of the problem is the complexity of the analysis of large-scale terminology systems containing hundreds or thousands of terms. To solve this problem it is suggested to use the method of network analysis proposed by E. F. Skorohodko. The method involves the representation of the terminology system in the form of a matrix and the separation of the initial, derivative and final terms, as well as the definition of their productivity.

Described a decision support system for optimal allocation of students into student hostels. Described database of the system. The system provides check- lists due to the availability of on-line.

The structure and principle of work of the developed machine for packing wood charcoal is considered. Design features, control system and advantages of the developed automaton are specified.

Presented algorithm automation of graphical dependencies in ANSYS environment using the postprocessor POST1 and POST26.

Described an implementation of Continuous Integration and Continuous Deployment processes using TeamCity and GoCD.

 A new method for rapid automatic detection values of crossing-over operations in the of the image preprocessing tasks, which based on the divergence matrix operators. Experimental results shown high resistance of method to image processing with fluctuation of intensity function. Comparing the results of the proposed method with the results for the existing, showed acceleration automatically select the crossover factor that significantly reduces the necessary computing power for its operation. This leads to the possibility of he effective usage in preprocessing of large-size images.

The paper proposes a new generalized accelerometer model and input parameters identification graph for solving technological processes design automation problem.

The existing methods for control of geometrical dimensions of details were analyzed. The basic scheme of automatic plant for controlling the diameter and ovality of precision cylindrical details by pneumatic method was described. There was given recommendations for the choice of basic parameters of pneumatic measuring system for providing the high precision control process at maximum performance.

A solution to create a database of organizational a nd technical information for GNSS network operators