| L. Schafers, C. Scheidler, and O. Kramer-Fuhrmann, Software engineering for parallel systems: The trapper approach, in: Proceedings of the 28th Hawaiian International Conference on System Sciences, (Hawaii, USA, 1995). |
....operations and facilities which are similar to those supplied by the SkIE integrated programming environment, although the target languages and the parallelization methodologies involved are completely different. 23 Trapper is a different graphical programming environment for parallel systems [14,33,34]. It has been developed by researchers in Damler Benz in conjunction with researchers of GMD and German academy. The project is aimed at providing an environment supporting all the different stages of software engineering process with emphasis on the problems related to parallel program ....
L. Schafers, C. Scheidler, and O. Kramer-Fuhrmann, Software engineering for parallel systems: The trapper approach, in: Proceedings of the 28th Hawaiian International Conference on System Sciences, (Hawaii, USA, 1995).
....Later, WAMM has been integrated into MOL and extended to the support of other programming environments, as shown below. Object oriented languages have also been proposed as a means to alleviate the difficulties of developing architecture independent parallel applications. Charm [26] Trapper [38], Legion and Mentat [25] for example, support the development of portable applications by object oriented parallel programming environments. In a similar approach, the Dome project [2] at CMU uses a C object library to facilitate parallel programming in a heterogeneous multi user environment. ....
L. Schafers, C. Scheidler, O. Kramer-Fuhrmann. Software Engineering for Parallel Systems: The TRAPPER Approach. 28th Hawaiian International Conference on System Sciences, January 1995, Hawaii, USA
....sign recognition, obstacle recognition, and autonomous vehicle guidance. These applications, which have been implemented with the aid of TRAPPER, are described in [7] Feedback from the users confirms that TRAPPER is a powerful tool for the software engineering process of parallel applications [16]. Further activities will concern the support of other target systems based on TMS320C40 and MPC 601 PowerPC. We will study the implementation of the monitoring system on top of a real time kernel and not directly on hardware thus improving the portability of the monitoring system and supporting ....
C. Scheidler, L.J. Schäfers, and O. Krämer-Fuhrmann, "Software Engineering for Parallel Systems: The TRAPPER Approach", HICSS28, Proc. of the 28th Hawaiian International Conference on System Sciences, IEEE CS Press 1995.
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