| Single Integrated Air Picture (SIAP) Progress, Plans, and Recommendations |
APR 2002 |
114 pages |
| Authors:
Mike Mathis; Harry Dutchyshyn; Jeffery W. Wilson; SINGLE INTEGRATED AIR PICTURE SYSTEM ENGINEERING TASK FORCE ARLINGTON VA
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 | This report responds to USD(AT&L)'s (Under Secretary of Defense (Acquisition, Technology and Logistics) 25 June 2001 tasking to the Single Integrated Air Picture (SIAP) Acquisition Executive. The memorandum requested a report on the Single Integrated Air Picture System Engineering Task Force's: (1) Progress; (2) Plans to define the SIAP Integrated Architecture, identify and resolve problems with the Joint Data Network (JDN), and define the elements of the Joint Composite Tracking ... |
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| Single Integrated Air Picture (SIAP) Air Warfare Command and Control Multi-Source Integrator (MSI) Demonstration Event Appendix |
MAR 2002 |
61 pages |
| Authors:
Jeffery W. Wilson; Joseph A. Horn Jr.; Barry E. Fridling; SINGLE INTEGRATED AIR PICTURE SYSTEM ENGINEERING TASK FORCE ARLINGTON VA
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| Recent studies have shown that effective fusion/correlation techniques, algorithms, and technologies are available, but there is a lack of common quantitative standards for objectively assessing the performance of candidate Multi-Source Integrator (MSI) systems. Recommendations call for development of technical, operational, and interoperability standards for an objective fusion/correlation capability. For purposes of this effort, multi- source integration is defined as the process that: (1) performs association/ correlation and fusion of target ... |
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| Single Integrated Air Picture (SIAP) Lessons Learned. Version 1.2 (11 Feb 02) |
FEB 2002 |
30 pages |
| Authors:
Mike Mathis; Harry Dutchyshyn; Jeffery W. Wilson; SINGLE INTEGRATED AIR PICTURE SYSTEM ENGINEERING TASK FORCE ARLINGTON VA
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| The Joint Requirements Oversight Council (JROC) chartered the Single Integrated Air Picture (SIAP) System Engineering Task Force to "Focus initial efforts on identifying, prioritizing, and recommending fixes to the existing JDN deficiencies, while ensuring these fixes are on the path to an effective SIAP capability." To achieve these objectives and develop recommendations to fix JDN deficiencies, the SIAP SE developed an Implementation Plan (IP). The IP defines the specific activities ... |
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| Computer Modeling of IR Encounters and Countermeasure Effectiveness |
DEC 85 |
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| Authors:
Jeffery W. Wilson; NAVAL POSTGRADUATE SCHOOL MONTEREY CA
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 | Two computer modeling programs, LOWTRAN6 and DMAD have been converted for use at the Naval Postgraduate School. LOWTRAN6, used to model the propagation of optical radiation through the atmosphere at low resolution, has been modified to permit interactive use on the school's IBM 3033AP computer; two additional programs have been developed to provide interactive data acquisition and plotting. DMAD has been implemented on a VAX-11/780 computer; it is used to ... |
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