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Koncepcja budowy systemu ekspertowego do konstruowania napędów hydrokinetycznych maszyn budowlanych

Osowski K., Kęsy Z., Migus M.

Inżynieria Maszyn

2012

R. 17, z. 4

76-83

W artykule przedstawiono koncepcję doradczego systemu ekspertowego do konstruowania napędów hydrokinetycznych maszyn budowlanych. System będzie budowany z użyciem programu komputerowego "PC-Shell" wchodzącego w skład pakietu sztucznej inteligencji "Sphinx", w którym wiedza jest reprezentowana w postaci prostych i złożonych reguł. System na podstawie danych zawartych w bazie wiedzy, będzie generował diagnozy w postaci stwierdzeń. Zastosowanie powyższego narzędzia umożliwi wykorzystanie różnych metod reprezentacji wiedzy.

The paper presents the concept of expert system creation to design earth machine hydrodynamic transmission systems. The system will be built using a computer program "PC-Shell" forming part of a package of artificial intelligence "Sphinx" in which knowledge is represented in the form of simple and complex rules. The system based on information contained in the knowledge base, will generate a diagnosis statements. The use of this tool will enable the use of various methods of knowledge representation.

Model investigations of traction proprieties of the high-speed tracklaying vehicle

Rybak P., Borkowski W., Pańczuk E., Michałowski B.

Journal of KONES

2008

Vol. 15, No. 2

409-414

Among grandnesses characterizing fighting vehicles is the so called mobility whose propriety have the essential influence on the dynamic of the vehicle in the field and the active protection against paralyzing chemicals. One of factors having the influence on the motility is the kind and the type of the driving system. Nowadays, the overwhelming majority of tracked fighting vehicles (tanks and infantry fighting vehicles)are equipped with drive unit of the hydro-mechanical type. This type of systems significantly increase motion and mobility proprieties of the vehicle. In the basic tank is implemented a drive unit of the mechanical type. One made an attempt modernizations and the replacement of him with the hydro-mechanical system. As supplementary was accepted hydro-mechanical drive unit whose the construction is modeled on the system HSWL for the heavy vehicle. One skipped the range of adaptive works of the system inside the vehicle. The main attention was concentrated on the influence of the modernization on his traction proprieties. One worked out the original numeric program to determine the traction characteristic of tracked fighting vehicles and special vehicles named DYNH. Data for the analysis one prepared and one worked out using the accessible technical documentation and the expert knowledge of the investigative team. On the work one included some results of numerical calculations of traction proprieties of the tracked fighting vehicle equipped with hydro mechanical drive unit of the type arranged in rows, first class. Results were presented in the form of charts of dynamic and turn characteristics.