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시장보고서
Synthetic Aperture Radars (SAR)--Current Status and Future Trends (Technical Insights)
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Abstract
This research service throws light on the latest global developments as well
key industry trends related to Synthetic Aperture Radars (SAR) technique that
is used in a number of applications.
Table of Contents
1. EXECUTIVE SUMMARY
Research Overview
- Research Snapshot
- Key Findings
Scope and Methodology
- Research Scope
- Research Methodology
2. SNAPSHOT OF SAR TECHNOLOGY AND APPLICATIONS
Technology Primer
- SAR Categories
- Military Factor
- One Technology; A Variety of Platforms (Satellite; Airborne; UAV SAR)
- SAR Techniques at the Global Research Focus
Applications Analysis
- Security and Defense; Including Civil Security and Safety
- Environment Monitoring
- Commercial Applications
3. FORCE FIELD ANALYSIS/STRATEGIC EVALUATION OF THE COMPETITIVE ENVIRONMENT
Assessment of Push Forces
- Key Drivers
- New Opportunities Evaluation
Assessment of Pull Forces
- Key Challenges
- Threat Evaluation
Stakeholders and Assessment of Future and Current Trends
- Stakeholders Analysis
- Assessment of Current and Future SAR Technological Trends
4. GLOBAL DEVELOPMENTS IN SATELLITE AND AIRBORNE SAR SYSTEMS
Global Developments in Satellite SAR Systems
- Introduction
- TECSAR
- COSMO-Skymed
- SAR-Lupe
- Sentinel-1
- TerraSAR-X and TanDEM-X
- AstroSAR-Lite
- Surface Water Ocean Topography--SWOT
- IGS-Radar-2
Global Developments in Airborne SAR Systems
- Introduction
- Sethi
- X-band Wideband Experimental Airborne Radar (XWEAR)
- PicoSAR on CAMCOPTER S-100
- Nano-SAR on ScanEagle UAV
- Aerial Common Sensor (ACS) Program
- BYUμSAR
5. PATENTS; CONTACTS; GLOSSARY
Patents
- Key Patents I
- Key Patents II
Key Contacts and Glossary
6. DECISION SUPPORT DATABASE
Database Tables
- Global Military Expenditure (2004 to 2014)
- Government Mapping Data Users
- GIS Software Companies
- Aerial Photography and Satellite Imagery Companies
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