Current and forecast air force missile test programs involve attacks by air-to-air missiles on drone aircraft that are dispensing selfdefense radar chaff as an electronic countermeasure (ecm) technique. the deleterious effects of chaff on missile-borne radar seekers have been investigated and are… More

The design of feedback control laws for systems with unknown parameters and other significiant uncertainties is a fundamental problem in the area of aerospace vehicle control. the application of disturbance accommodating control (dac) theory to this area has resulted in a revolutionary approach to… More

Army fsc requirement have been extended beyond capabilities of all-electronic processor due to stressing multiple-target and firewhile-on-the-move scenarios. dynetics proposes that a hybrid optical/electronics fcs signal processor can meet these requirements through the efficient combination of… More

Dynetics proposes a novel high-speed photonic diagnostic tool for characterizing the behind-armor effects of chemical-energy warheads and armor-defeat phenomena. by subdividing the behind-armor volume into regions that are continuously monitored with laser beams and photodetectors, passing particles… More

Dynetics proposes a novel processing technique for increasing the range resolution capability of a large class of radars. this technique, linear frequency modulation envelope processing (lfmep), allows range resolution for lfm signals that is not limited in the usual way by the waveform's bandwidth.… More

Among the most demanding problems for millimeter wave (MMW) radar guided missiles such as that being developed for the Brilliant Antitank (BAT) program is the detection and classification of stationary ground targets in clutter rich environments for autonomous acquisition and terminal homing. This… More

Dynetics proposes to initiate a study to investigate the potential benefits of applying a lattice control surface technology to hypersonic vehicles as a means to improve aircraft performance and operating efficiency. Under the Phase I effert, Dynetics will develop preliminary designs of generic… More

Dynetics proposes to initiate study to investigate the potential benefits of applying lattice control surface technology to transport aircraft as a means to substantially improve aircraft performance and operating efficiency. Under the Phase I effort, Dynetics will develop preliminary designs of… More

Dynetics, teamed with Harris Corporation, proposes to apply our innovative spread spectrum receiver technology to produce a novel Spread Spectrum Detector for submarine electronic surveillance measure (ESM) operations. Our unique combination of hardware and algorithmic approach couples a nonlinear,… More

Dynetics proposes to develop lattice wing control surface concepts for application to aircraft towed maneuverable bodies. Lattice control surface designs will be developed to meet towed vehicle stability and control requirements, maneuverability requirements, drag requirements and… More

Impulse response radars present a major detection problem for current and developmental Electronic Support Measure (ESM) receivers. These signals are characterized by short pulse durations and wide bandwidths, for which current and developmental ESM receivers are not optimized. Detection and… More

Dynetics proposes an innovative combination of analog and digital receiver techniques to produce a wide bandwidth, Adaptive Matched Filter for application in electronic support measures (ESM) and electronic intelligence (ELINT) operations. Our unique approach couples a digital acquisition system… More

Dynetics proposes an innovative effort that will result in the production of a novel Channelized Direction Finding System. The envisioned signal environment consists of multiple, simultaneous pulsed signals, all operating within one common intermediate frequency (IF) band of an electronic… More

Dynetics, teamed with Harris Corporation, proposes to integrate our innovative optical receiver technology with existing components to produce a novel Soldier Identification System. Our unique approach couples a specially designed, hand-held interrogation unit and a small, passive responder located… More

Dynetics proposes an innovative combination of analog and digital technology to produce a Lock-In Acousto-Optic correlator for application in pulse-coupled neural networks. Our unique approach uses a time-integrating optical correlator and high-speed, two-dimensional digital processing for matched… More

Dynetics, with SAIC as a subcontractor, proposes to investigate chaos control techniques for stabilizing diode laser arrays by using nonlinear electronic circuits to model the array elements. This approach offers the capability to temporally scale the laser dynamics and to implement control… More

Dynetics proposes the use of Aggregatable Patch Elements (APEs) as a potential solution for synthesis of arbitrary antenna performance from a near continuum of small patch elements. This solution is based on the innovative concept of integration of element switching directly on the array surface. … More

Dynetics proposes a combination laser and digital system to produce an innovative Small Arms Target Scoring System (SATSS) for testing of small-caliber munitions. The SATSS utilizes two orthogonal, large-area, eye-safe laser beams and high-speed, charge-coupled device (CCD) electronics to measure… More

Dynetics, Incorporated proposes to design a hybrid hardware/software simulation of munition based inertial measurement units (IMU) to be integrated with the 6-DOF software at the PRIMES facility, Eglin AFB, FL. This IMU simulation would contain a software component capable of simulating a wide… More

Dynetics, with SAIC as a subcontractor, proposes to investigate chaos control techniques for stabilizing diode laser arrays by using nonlinear electronic circuits to model the array elements. This approach offers the capability to temporally scale the laser dynamics and to implement control… More

Dynetics proposes a combination laser and digital system to produce an innovative Small Arms Target Scoring System (SATSS) for testing of small-caliber munitions. The SATSS utilizes two orthogonal, large-area, eye-safe laser beams and high-speed, charge-coupled device (CCD) electronics to measure… More

Dynetics, Incorporated proposes to design a hybrid hardware/software simulation of munition based inertial measurement units (IMU) to be integrated with the 6-DOF software at the PRIMES facility, Eglin AFB, FL. This IMU simulation would contain a software component capable of simulating a wide… More

A fast running analytical tool is proposed which will allow warhead developers and systems analysts the capability to evaluate warhead designs, analyze and predict test results, determine performance requirements, and evaluate system effectiveness. A modular software architecture will be designed… More

Dynetics proposes the use of On-The-Aperture Patch Tuning (OTAPT) as a potential solution for broadband performance from a low profile antenna. This solution is based on the innovative concept of integration of digital switching of tuning elements directly on the aperture surface. A single patch… More