| Multispectral High Fidelity Radar Scene Generator. Phase 1 |
12 SEP 1999 |
20 pages |
| Authors:
Anand Kelkar; MALIBU RESEARCH ASSOCIATES INC CALABASAS CA
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 | This report covers effort from Mar. 12, 1999 to Sep. 12, 1999 and describes the design of a physics based virtual RADAR Scene Generator (RSG). Though the RSG product is designed keeping in mind its application as a detailed training device for RADAR operators, the Malibu Research implementation is a faithful reproduction of RADAR phenomenology, and consequently, the RSG serves as a design/development tool for RADARs in general, allowing quick ... |
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| Multispectral High Fidelity Radar Scene Generator |
02 SEP 1999 |
20 pages |
| Authors:
Anand Kelkar; MALIBU RESEARCH ASSOCIATES INC CALABASAS CA
|
| The product approach developed herein has excellent potential as a training tool for various RADARs. It provides an operator interface with the actual on site RADAR hardware. There is some minimum modification that is done to the RADAR system to accept the RSG. Due to the flexibility of die RSG output, RADAR signal injection can be made anywhere from the RF front end (after the 1st LNA), through various points ... |
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| Multispectral High Fidelity Radar Scene Generator. Phase 1 |
21 MAY 1999 |
11 pages |
| Authors:
Anand Kelkar; MALIBU RESEARCH ASSOCIATES INC CALABASAS CA
|
| Work that was done between Apr.12 and May. 12 included some of the items that were intended to be addressed in the previous reporting period. The real time RADAR interface contribution into the RADAR Scene Generator (RSG) was defined and the connection points for all the interface attributes were identified. Additionally, circuit diagrams for a real time version of the RSG were developed. The RSG is able to be implemented ... |
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| Multispectral High Fidelity Radar Scene Generator |
30 APR 1999 |
17 pages |
| Authors:
Anand Kelkar; MALIBU RESEARCH ASSOCIATES INC CALABASAS CA
|
| Work was done between Mar.12 and Apr.12 to define the various process blocks within the RADAR Scene Generator (RSG). The RSG overall process was separated into components and each component was broken down further into its corresponding elements until the basic physical phenomena were reached. The best description for the interconnections lends itself well to graphical representation; hence, several figures have been presented to describe how each individual contribution fits ... |
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| Multispectral High Fidelity RADAR Scene Generator |
18 MAR 1999 |
9 pages |
| Authors:
Anand Kelkar; MALIBU RESEARCH ASSOCIATES INC CALABASAS CA
|
| The work done between Feb.12 and Mar.12 centered around sizing the computer resources required to efficiently perform the RADAR Scene Generator (RSG) mission. The focus of the effort centered around the memory size required to simulate the RADAR environment as a function of the RADAR parameters. This effort required examination of the detailed steps of some of the key processes. |
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