Table of Equations
TABLE OF EQUATIONS
SECTION 1: C4ISR AND EMERGING SPACE TECHNOLOGIES
- Current State of Space Operations (Pritchard)
- Satellite Killers and Hypersonic Drones (Slofer)
- Space Electronic Warfare, Signal Interception, ISR, Jamming, Spoofing, & ECD (Nichols & Mai)
Eq. 3-1 Circular Cross-Correlation (CCC) – in a GPS classical receiver
Eq. 3-2 To Convert To Decibel Form (base 10 log)
Eq. 3-3 Law of Sines
Eq. 3-4 Law of Cosines for Sides
Eq. 3-5 Law of Cosines for Angles
Eq. 3-6 Law of Sines for Spherical Triangles (ST)
Eq. 3-7 Law of Cosines for Sides (ST)
Eq. 3-8 Law of Cosines for Angles (ST)
Eq. 3-9 Napier’s Rules (NR) sin a = tan b cotan B
Eq. 3-10 (NR) cos A = cotan c tan b
Eq. 3-11 (NR) cos c = cos a cos b
Eq. 3-12 (NR) sin a = sin A sin c
Eq. 3-13 Kepler’s third Law for Orbit and Period
Eq. 3-14 law of cosines for plane triangles
Eq. 3-15 Acoustic waves and Sound waves in Air
Eq. 3-16 One-way link equation with propagation losses
Eq. 3-17 One-way link equation with propagation losses (non-decibel units)
Eq. 3-18 Received power at receiver
Eq. 3-19 Jammer /Signal ratio formula
- 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)
- 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)
