Intelligent Automated Agents for Tactical Air Simulation: A Progress Report

Citation:

Paul S. Rosenbloom, W. Lewis Johnson, Randolph M. Jones, Frank Koss, and John E. Laird. 1994. “ Intelligent Automated Agents for Tactical Air Simulation: A Progress Report.” In Fourth Conference on Computer Generated Forces and Behavioral Representation. Orlando, FL.

Abstract:

time, flexibly use a small amount of tactical This article reports on recent progress in the development of TacAir-Soar, an intelligent automated agent for tactical air simulation. This includes progress in expanding the agent’s coverage of the tactical air domain, progress in enhancing the quality of the agent’s behavior, and progress in building an infrastructure for research and development in this area. knowledge about two classes of one-versusone (1-v-1) Beyond Visual Range (BVR) tactical air scenarios. In the non-jinking bogey scenarios, one plane (the non-jinking bogey) is unarmed and maintains a straight-and-level flight path. The other plane is armed with long-range radar-guided, medium-range radar-guided, and short-range infrared-guided missiles. Its task is to set up for a sequence of missile shots, at

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