Year: 1976

Author: John Charles

Abstract: This paper does not have an abstract.

Year: 1976

Author: R. Galloway

Abstract: This paper does not have an abstract.

Year: 1976

Author: Eric Monroe

Abstract: Air-to-surface weapons delivery is one realm of visual flight simulation which has been rather neglected until recent investigations were made by the USAF to determine the state-of-the-art in this area. As part of this investigation (Project 2235, Air-to-Ground Visual Evaluation), the Advanced Simulator for Undergraduate Pilot Training (ASUPT) system was expanded to include the additional capabilities required to perform air-to-surface weapons delivery. Evaluations of the various systems under consideration have shown the ASUPT computer image generation approach to air-to-surface visual simulation to be the most viable. This paper summarizes the engineering modifications made to the ASUPT system for Project 2235 and presents the operational capabilities of the new system configuration.

Year: 1976

Authors: D. Weitzman, M. Fineberg, H. Ozkaptan, G. Compton

Abstract: This paper does not have an abstract.

Year: 1976

Author: Arthur Schnitzer

Abstract: This paper does not have an abstract.

Year: 1976

Author: Nicholas Siecko

Abstract: This paper does not have an abstract.

Year: 1976

Author: Thomas Melrose

Abstract: This paper does not have an abstract.

Year: 1976

Author: James Richmond

Abstract: This paper does not have an abstract.

Year: 1976

Authors: T. Hutchison, M. Kirby, W. Zdan

Abstract: This paper does not have an abstract.

Year: 1976

Authors: P. Babel, M. Birns

Abstract:

Because of the complex requirements of training simulators, as well as the range of techniques by which these requirements can be met, a semi-automated tool is required to aid in system selection. This tool must evaluate total computational system capability; software as well as hardware.

This requirement is being met by the design of a simulation system benchmark based on natural code blocks configured into a set of synthetic, functional problems. The expression of the problem will be structured so as to avoid any implication regarding the implementation of the solution.