Table of Tables
TABLE OF TABLES
SECTION 1: C4ISR AND EMERGING SPACE TECHNOLOGIES
- Current State of Space Operations (Pritchard)
- Satellite Killers and Hypersonic Drones (Slofer)
Table 2-1 advantages and disadvantages for satellites in GEO orbit:
Table 2-2 advantages and disadvantages for satellites in LEO orbit:
Table 2-3 advantages and disadvantages for satellites in GEO orbit:
Table 2-4 provides additional information on the previously described orbits
Table 2-5 location, identification/owner, and tracking of satellites and debris
Table 2-6 Satellite Activities / Events
Table 2-7 Space Weapons Distribution
Table 2-8 Speed, time, and distance comparisons at various Mach speeds from 1-30 and times to cover 1000 miles.
- SPACE ELECTRONIC WARFARE, SIGNAL INTERCEPTION, ISR, JAMMING, SPOOFING, & ECD (NICHOLS & MAI)
Table 3-1 Earth Satellite Ephemeris
Table 3-2 Shows the altitude of a circular Earth satellite versus the period of its orbit for satellites with periods of 1.5 hours to 9 hours
Table 3-3 Battlefield Dimensions
Table 3-4 Selection of appropriate propagation loss model
- Manufacturing in Space (Jackson & Joseph)
SECTION 2: SPACE CHALLENGES AND OPERATIONS
- Exploration of Key Infrastructure Vulnerabilities from Space-Based Platforms (McCreight)
- Trash Collection and Tracking in Space (Hood & Lonstein)
- Leveraging Space for Disaster Risk Reduction and Management (Carter)
- Bio-Threats to Agriculture – Solutions from Space (Sincavage & Carter)
- Modeling, Simulations, and Extended Reality (Oetken)
SECTION 3: HUMANITARIAN USE OF SPACE TECHNOLOGIES
- Drones and Precision Agriculture Mapping (Mumm)
10-1 Autonomous agricultural vehicles and capabilities
- Civilian use of Space for Environmental, Wildlife Tracking, and Fire Risk Zone Identification (Ryan)
- Humanitarian Use of Space Technologies to Improve Global Food Supply and Cattle Management (Larson)
