Based on advanced DSP and "Network-on-Chip" (NoC) technology the measuring and computing tracts of portable the multifunctional objective auditory screening system intended to diagnose in the early stages of hearing impairment in children's contingent subjects, including infants, by methods multifrequency tympanometry, acoustic reflexometry and otoacoustic emissions developed.
The overall fundamental problem to be solved by the project is the development of mathematical models and methods of hierarchical planning and decision making in a complex organizational and production systems with network representation of technological processes and limited resources.
The process of the pulse of rock destruction is carried out with the adaptation of the parameters of the face, the adaptation is achieved by selecting the number and location of the mass of the impactor changes in the active sites of power elements, increase low frequency pressure in the hydraulic drive, automated control of hydraulically geotechnical complex, allowing for 10 ... 15% increase efficiency pulse break the rock.
The resource-saving and ecologically cleaner technologies of obtaining pulp from the stems of agricultural plants were developed. Chemical composition and microscopic structure of representatives of Ukrainian plants were identified. Influence of basic technological parameters of obtained pulp by different methods of delignification on their indexes of quality. New methodology of efficiency comparison of domestic non-woody plant materials delignification processes is offered.
Was created new resource-saving technology of recycling of production waste into marketable products. Obtained complex aluminous and ferruginous coagulant with titan impurity, which is the starting reagent in water treatment technology.
Created electrochemical hydrogen sulfide source microflow (EIMS) based on cells with electrolyte matrix and composite sulfide electrodes. Cell is characterized by close to 100% and to stable current output, which were resolved following tasks:
Among of existing great quantity of different automatic designing systems of the cutting tool, any of them doesn't correspond to the system of the automated designing cutting tool conditions, all of them are practically reduced to systems providing computer graphics.
Information technology for determination of parameters at a design stage of manufacturing techniques of articles with ensured reliability and durability is created by methods of cold forging and a sheet-metal forming.
Conception of optimum control machining is first developed on a machine-tool with CNC on a priori information through system of the automated preparation of the programs depending on the conditions of cutting in the direction of shape-generating co-ordinate and time of machining. The presence of optimum depth of cutting is well-proven at multi-pass machining, that allowed to formalize the task of planning of trajectories on draft machining and task optimization of the cutting mode.
With the aim of increasing of the efficiency of using of solid fractional waste agricultural and industrial production the investigations on burning waste by «moving» fluidized bed on the experimental bench was conducted. Due to the intensity of the process of mass transfer heat intensity burning mirrors in 1.5 - 2 times higher than that produced by burning fuel by other methods.
