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Analiza możliwości pozyskania dla sił zbrojnych nowego BWP i czołgu

Dąbrowski M.

Szybkobieżne Pojazdy Gąsienicowe

2013

nr 1 (32)

15--26

W artykule omówiono potencjalne możliwości realizacji zadania związanego z wprowadzeniem do wyposażenia Sił Zbrojnych RP nowoczesnych czołgów i bojowych wozów piechoty opracowanych w oparciu o uniwersalną modułową platformę gąsienicową (UMTG). Wybór konkretnego sposobu wpływał będzie na parametry taktyczno-techniczne przyszłych konstrukcji, a także na bezpośrednie zabezpieczenie ich eksploatacji i dalsze kierunki modernizacji (rozwoju).

The article discusses the potential of the task associated with the introduction of modern tanks and infantry fighting vehicles (IFV) into the Polish Armed Forces . These tanks and IFVs will be developed on the basis of universal modular platform tracked (UMPT). Selection of the particular method will affect the tactical and technical parameters of future construction, direct protection of their use as well as future directions of modernization (development).

Interactive program development system

Gupta D. K.

Foundations of Computing and Decision Sciences

1999

Vol. 24, No. 2

85-97

A program development system supports a number of activities required to transform a given problem into a program using a programming language and execute it to solve the given problem. When the computer itself takes part in the program development process, the whole process is said to provide an interactive program development system. Thus, an interactive program development system is a system that makes the process of coding, testing and debugging of a program written in a programming language as simple and as efficient as possible. Ideally, such systems gi ve the users immediate response to all types of errors and maximal support in all programming phases. The key elements of such a system are an in-terpreter, an editor, an incremental compiler and a debug monitor. The interfacing of terminal handling program with the incremental compiler and debug monitor through editor interface constitutes such a system. A tree is used to represent a program. After a change of program only part of it is recompiled and only neces-sary phases of the compiling process is performed. It also has a small set of well chosen primitives and extension mechanisms which combine these primitives for correcting errors, performing consistency checking of redundant information and creating flexible and easy to use editing environment. This paper describes the design of an interactive program development system for any programming language. Its implementation is then shown for the data base management system " Dbase " on a Sun-Workstation which supports only Ingres data base management system to create a database. The Ingres can only be used by users who are well conversant with the query language QUEL. The developed interactive program development system for Dbase do not require the knowledge of QUEL and provides the environment for the use of Dbase on Sun-Workstation. The system defers from others in that the user can control the amount of checking to be performed .