Abstract: A simulation system for operation of simulated weapons on moving vehicles includes a platform for supporting a trainee and an actuator operable with the platform for providing pitch and roll movement to the platform in conformance with pre-recorded live movements. A demilitarized weapon is operated from the platform with the weapon providing a weapon triggering signal to a system computer. A pulsed laser light source is attached to the barrel of the weapon for emitting a beam and placing an infrared spot onto a video projection screen which displays a recorded scene provided by a video projector. A spot tracker continuously tracks the spot as the trainee aims the weapon toward selected targets within the scene, and provides coordinate location data representative of spot locations on the screen.

Abstract: A stable xenogeneic fusion partner that is a product of the fusion of a mouse myeloma cell and a non-transformed rabbit partner cell. The fusion partner produces undetectable levels of antibody, as determined by an enzyme linked immunosorbent assay. A method for generating rabbit monoclonal antibodies is disclosed that comprises fusing a nontransformed rabbit partner cell with a rodent myeloma cell to produce a xenogeneic fusion partner, selecting a stable fusion partner producing undetectable levels of antibodies, fusing the stable fusion partner with a rabbit antibody producing cell and isolating an antibody producing cell line that produces antibodies directed to a predetermined antigen.

Abstract: The apparatus is an interactive, scenario based simulator for training a pons team in close encounter combat. Employed is a large screen projection system, a plurality of trainee positions, and means to remove aggressor images when neutralized by the team, to provide an apparent threat to the trainees from the simulated aggressors, and to track each trainees performance throughout the training scenario.

Abstract: The apparatus is an interactive, scenario based simulator for training a weapons team in close encounter combat. Employed is a large screen projection system, a plurality of trainee positions, and means to remove aggressor images when neutralized by the team, to provide an apparent threat to the trainees from the simulated aggressors, and to track each trainees performance throughout the training scenario.

Abstract: The apparatus is an interactive, scenario based simulator for training a weapons team in close encounter combat. Employed is a large screen projection system, a plurality of trainee positions, and means to remove aggressor images when neutralized by the team, to provide an apparent threat to the trainees from the simulated aggressors, and to track each trainees performance throughout the training scenario.

Abstract: The apparatus is an interactive, scenario based simulator for training a pons team in close encounter combat. Employed is a large screen projection system, a plurality of trainee positions, and means to remove aggressor images when neutralized by the team, to provide an apparent threat to the trainees from the simulated aggressors, and to track each trainees performance throughout the training scenario.

Abstract: A trainer for manually aimed weapons, having a projection screen video sym, a video disk player for providing pre-recorded scenes of a target image, a simulated weapon having actuable trigger, and a microprocessor having a file that identifies target location and range within each frame of the scenes and programmed to superimpose upon actuation of the trigger a graphic in-flight and impact image of a shot computed from a fourth order ballistics equation. Recoil of the simulated weapon is provided by pneumatics, as well as sound affects of the shot and its distant impact. Hit and miss explosions are provided in graphics selected from a set of stored image data by comparing the computed location of impact to the pre-identified target location. For shots that impact beyond the target, blanking of the graphics image is provided for that part of the explosion hidden by the target.

Abstract: The invention is a marksmanship trainer that can accommodate a plurality of trainees. The trainer includes a long range light pen to measure sighting accuracy and tracking steadiness. It is set with the sight of a simulated or operational weapon, and achieves resolution to the pixel level by using telescope optics and special purpose circuitry in addition to its computer board. Each trainee is provided with a raster scan display and a computer that provide a target image and corrective feedback to the trainee. Bridge configured dual strain gauges are used to sense breathing, and a force sensing resistor is used to monitor trigger squeeze. Recoil is simulated mechanically, and a simulated report of the weapon is provided through a headset. The feedback of corrective action is provided aurally/graphically from a stored expert library.

Abstract: Disclosed is a marksmanship trainer that can accommodate a plurality of tnees. The trainer includes the long range light pen that is the present invention to measure sighting accuracy and tracking steadiness. In the disclosure it is set with the sight of a simulated or operational weapon, and achieves resolution to the pixel level by using telescope optics and special purpose circuitry. Each trainee is provided with a raster scan display and a computer that provide a target image and corrective feedback to the trainee. Bridge configured dual strain gauges are used to sense breathing, and a force sensing resistor is used to monitor trigger squeeze. Recoil is simulated mechanically, and a simulated report of the weapon is provided through a headset. The feedback of corrective action is provided aurally/graphically from a stored expert library.