GRAAL - A graph algorithmic language
FORTRAN-based version, FGRAAL, of graph algorithmic language GRAAL
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
FORTRAN-based version, FGRAAL, of graph algorithmic language GRAAL
Computer language for implementation of graphic theoretical algorithms
Higher order programming language and compiler for advanced computer software system to be used with manned space flights between 1972 and 1980
Description and implementation of HAL programming language for use with future manned space flights
Development of test and flight engineer language for space shuttle system
Briefing aids used for oral presentation describing development of test and flight engineer oriented computer language for space shuttle system
Development of computer programming language for use on space shuttle
Development of standard language for test and ground operations involving space shuttle ground support equipment
MOBSSL-UAF block structured simulation language for digital and hybrid computers
Computer memory reduction through Fortran higher level language, discussing tradeoff between costs saved and additional logic hardware
Programming language for computerized circuit design and analysis, considering techniques for input statements translation
Microprogramming by Computer Design Language for describing digital computer functional configuration and sequential operation
User-oriented conversational language computer program for Jet Propulsion Laboratory digital control random excitation environmental test system for spacecraft
Time-bounded grammars and languages capable of simulation by Turing acceptors in automata theory
Application of large scale integration in computers to reduce size and manufacturing costs and to produce improvements in logic function is discussed. Use of FORTRAN 4 as computer language for this purpose is described. Effectiveness of method in storing information is illustrated.
The material used in an oral presentation of the phase 1 study effort is given. Phase 1 was directed at the examination of existing related languages and their applications.
The continued advancement of the programming language HAL to operational status is reported. It is demonstrated that the compiler itself can be written in HAL. A HAL-in-HAL experiment proves conclusively that HAL can be used successfully as a compiler implementation tool.
A comparison is presented of the use of hybrid computers and simulation languages as a means of studying the behavior of dynamic systems. Both procedures are defined and their advantages and disadvantages at the present state of the art are discussed. Some comparison and evaluation criteria are presented.