Feynman Integrals and FOPEN Coding

The goals of this proposal were to address the problems of: a) Developing advanced methods for electromagnetic computation, and b) to develop signal processing methods for finding targets below foliage. We have addressed these problems and have a number of accomplishments to show for our efforts. 1....

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Bibliographic Details
Main Author: Olson, Timothy E
Format: Report
Language:English
Subjects:
COMPUTATIONS
Computer Programming and Software
ELECTROMAGNETIC WAVE PROPAGATION
FEYNMAN INTEGRALS
FOLIAGE
FOPEN COMPUTER PROGRAM
FOPEN(FOLIAGE PENETRATION)
HARMONIC ANALYSIS
HRR(HIGH RANGE RESOLUTION RADAR)
Military Operations, Strategy and Tactics
NAVIGATION
PASSIVE SYSTEMS
PENETRATION
PRECURSORS
QUANTUM THEORY
Radar Countermeasures
SIGNAL PROCESSING
SONAR
SYNTHETIC APERTURE RADAR
TARGET DETECTION
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Summary:The goals of this proposal were to address the problems of: a) Developing advanced methods for electromagnetic computation, and b) to develop signal processing methods for finding targets below foliage. We have addressed these problems and have a number of accomplishments to show for our efforts. 1. We have produced the attached paper, Electromagnetic pulse propagation in passive media, by Sergei Shabanov. This has received a favorable initial review by Applied and Computational Harmonic Analysis, and is under final review. 2. We have produced the attached technical report. Precursor based HRR for foliage penetration by Tim Olson. This report demonstrates that precursors yield a 10dB win over standard HRR for foliage penetration. 3. We have produced the attached paper. Signal Transmission in Passive Media, by John Klauder. This paper demonstrates a new precursor derivation, and has been submitted to IEE Proceedings Radar, Sonar, and Navigation.