CPS FINAL REPORT OUTLINE

• Document Type: CREST
• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP33-02415A000500420016-2
• Release Decision: RIPPUB
• Original Classification: K
• Document Page Count: 3
• Document Creation Date: November 11, 2016
• Document Release Date: August 12, 1998
• Sequence Number: 16
• Content Type: OUTLINE

Sanitized -Approved For Release : CIA-RDP33O2415A000a~
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2.1 Objective of Study
2.2 Scope
2 . 3 Study Approach
(Study flow chart, crganizational
25X1A5a2
responsibility)
3.1 Mission
(Type of missions, mission profiles, scenarios)
3.2 Security
(Covert, AJ, visual, concealment, logistics)
3 . 3 RPV
(Range-, Altitude, appearance, payload, etc.)
3.4 Supporting Systems
(Satellites, relays, ground systems)
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4.1 Communications
4.1.1 Requirements
(Data rates, error control, duty cycle, security,
covertness, AJ E/No reqts, LOS and satellite
relay, coverage area, interchangeability)
4.1.2 Satellite Relay Systems
(Applicable satellites characteristics, coverage)
4.1.3 Link Analyses
(Parametric relating RPV power, antenna, sensi-
tivity as a function of data rate for applicable
satellites and characteristics of ground stations,
expected interference levels, propagation factors)
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 Sanitized - Approved For Release : CIA-RDP33=O2415A000500420016-2
4.1.4 Detectability and Security Techniques
(Modulation techniques, tactics, detecta-
bility, jamming analyses, performance impact)
4.1.5 "A" System Applicability
(Performance vs. requirements comparison
modifications required)
4.1.6 Subsystem Preliminary Design
(Configuuration, physical and electrical
characteristics, performance flexib ,5a2
installation requirements, interfaces)
4.2 Aerobot Applications
4.2.1 Description
(Physical, electrical characteristics,
operation and performance)
4.2.2 Aircraft Considerations
(Installation and performance variations,
data required for pre-conditioning, applica-
bility to various aircraft)
4.2.3 Packaging Design
(Requirements, repackaging concept, assembly
breakdown)
4.2.4 Installation
(Logistics, general procedures, checkout,
support, flow time) 25X1A5a2
4.3 Sensor Studies
4.3.1 Navigation and Visibility Requirements
(Navigation tolerance vs. mission scenario,
display and data rate requirements as a func-
tion or corridor width, airplane speed, alti-
tude, visibility, wind uncertainty)
4.3.2 Navigation Sensor Evaluation
(Brief description of characteristics, per-
formance, of LORAN, Omega, NAVSAT, inertial,
doppler and their applicability to this system)"
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 Sanitized - Approved For Release : CIA-RDP33-02415AO00500420016-2
4.3.3 Checkpoint Sensor Evaluation
(Brief description of characteristics,
performance, of :LIR, DLTV, Radar, TERCOM,
ARDF, Airway Nav Aids, and their applicability
to this system.
4.3.4 Forward Look Sensor Evaluation
(Brief descripticn of characteristics perfor-
mance of FLIR, =LT':, mapping radar, terrain
following radar, and their applicability to
this system)
4.3.5 Sensor Subsystem Design
(Config?.:ration, pnvsical and electrical c.ar-
acteristics, installation reqts, data rases,
interfaces) 25X1A5a2
5.0 VEHICLE EVALUATION
(Identify applicable aircraft, range, payload capability,
compatibility with implementation concept) 25X1A5a2
6.1 Configuration
(System block diagram, installation of equipment
in RPV, equipment list including size, wt., power)
6.2 Performance
(Payload wt, range, speed)
6.3 Installation
(Pre-conditioning required, procedure, support,
flow time)
6.4 Locistics
(Equipment packages, transportation)
6.5 Security
(Visual, concealment) 25X1A5a2
7.0 SYSTEM DEFINITION
(Air vehicle, satellite and ground complex definition)
Sanitized - Approved For Release : CIA-RDP33-02415AO00500420016-2