The rta corporation will demonstrate the resolution requirements necessary for detection, classification and identification of five different classes of military targets, including icbm silos, mobile missiles, ships, multi-engine aircraft, and ground forces (a tank regiment). assuming sensor… More

Definition of logistics support requirements for creation,maintenance and exploitation of computerized data bases which support pilot/aircrew mission/flight planning, and inflight needs. this concept design study addresses logistics-related hardware, software, and data architectures for a tactical… More

Definition of the detailed concept for a p.c.-based aaw umpire's scoring system for the aegis weapon system. definition of the top-level requirements for the system, including computer hardware/software/display equipmments as well as requirements on the aegis system performance model to be employed.… More

In this phase i, sbir program, the rta corporation will adapt a proprietary, existing "active magnetic field sensor (amfs)" technology to the problem of sensing, guidance and control of small, high-speed, underwater vehicles. rta will modify our present amfs design, to incorporate an additional… More

This phase i sbir program results in determination of the infrared sensor resolutions required for target discrimination (defined here as detection, classification and identification). an image processing pipeline is used with real world ir imagery, convolved at different resolutions, to arrive at… More

This phase i sbir program results in automatic feature extraction and mensuration of cartographic features from multisensor and cartographic (dfad, dted) types of data. two major innovations are exploited for this program -a nonlinear dynamical (nld) processing approach capable of integrating and… More

Hf signal fading frequently results from mutually interfering multipath signal effects caused by ground or ocean reflection of the electromagnetic waves along diverse propagation paths. this phase i sbir program exploits innovative nonlinear dynamical (ndl) signal processing methodologies to model,… More

This phase i sbir program exploits rta-s recent development of an "active magnetic field sensor (amfs)" to the problem of communication with submerged platforms and submarines. since the amfs has the potential for discrimination of electromagnetic signals in the elf and vlf region of the spectrum… More

This phase i sbir proposal exploits rta's recent development of nonlinear dynamics (nld)-based processing methodologies to the problem of automatic and adaptive noise cancellation. rta will analyze proprietary techniques and advances in the open literature, to identify areas of performance.… More

This Phase I SBIR proposal exploits RTA's recent development of nonlinear dynamics (NLD^based^ g)rocess3ng methodologies to the problem of noise reduction and signal processing in general. RTA will analyze proprietary techniques and advances in the open literature, to identify areas of NLD-based… More

During the past two years, RTA scientists have developed a numerical scheme for the detection and classification (D/C) of signals in highly noisy environments (negative SNR). This method performs D/C using nonlinear signal information, based on techniques developed from the theory of Chaotic… More

RIA scientists have developed a numerical scheme for the detection and classification of complicated signals in highly noisy environments (negative SNR). This method performs DIC using nonlinear signal information based on techniques developed from the theory of Chaotic dynamics. Preliminary tests… More

RIA scientists have developed a numerical scheme for the detection and classification of complicated signals in highly noisy environments (negative SNR). This method performs DIC using nonlinear signal information based on techniques developed from the theory of Chaotic dynamics. Preliminary tests… More