Call for Abstract
Scientific Program
7th International Conference and Exhibition on Satellite & Space Missions, will be organized around the theme “”
Satellite 2021 is comprised of 10 tracks and 125 sessions designed to offer comprehensive sessions that address current issues in Satellite 2021.
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
- Track 1-1Satellites Orbits
- Track 1-2Geology
- Track 1-3GPS-GLONASS integration
- Track 1-4Solar system missions
- Track 1-5Lunar reconnaissance orbiter
- Track 1-6Planetary missions
- Track 1-7Past missions
- Track 1-8Shuttle radar topography mission
- Track 1-9Satellite Link Parameters
- Track 1-10Space Shuttle & Space technology
- Track 1-11Space Segment & Ground Segment
- Track 1-12Low, Medium, High Earth Orbit
- Track 1-13Frequency Bands
- Track 1-14Remote Sensing Satellite
- Track 1-15Navigation Satellite
- Track 1-16Artificial satellites
- Track 1-17Aerodynamics
- Track 2-1MEMS
- Track 2-2Attitude dynamics and formation flying control
- Track 2-3Spacecraft subsystems
- Track 2-4Astrodynamics & Astrophysics
- Track 2-5Fluid dynamics
- Track 2-6Aeroacoustics
- Track 2-7Orbital maneuver
- Track 2-8Aircraft structures
- Track 2-9 Space Shuttle & Space technology
- Track 2-10Aerodynamics
- Track 2-11Fluid Mechanics
- Track 2-12Robotics and Mechatronics
- Track 2-13Space environment and its interaction with spacecraft
- Track 3-1Geographical information system (GIS)
- Track 3-2Weather forecasting satellite missions
- Track 3-3Image processing and analysis
- Track 3-4Weather forecasting satellite payloads
- Track 3-5Weather forecasting satellite orbits
- Track 3-6Weather forecasting satellites
- Track 3-7Atmospheric Aerosols
- Track 3-8GIS data mining and Web mapping
- Track 3-9Applications of remote sensing data
- Track 3-10Remote sensing in Climate Change
- Track 3-11GIS techniques and technology
- Track 3-12Military uses of Civilian Remote Sensing Data
- Track 3-13Earth Remote Sensing Technologies
- Track 3-14Ocean Sensing and the Ice Caps
- Track 3-15Weather and climate observations
- Track 3-16Remote Sensing Satellite Orbits
- Track 3-17Remote Sensing for Land-Use and Land-Cover
- Track 3-18Weather forecasting satellite applications
- Track 4-1Missions to Mars
- Track 4-2Global Positioning System (GPS) & remote sensing
- Track 4-3Low earth orbit and satellite phone networks
- Track 4-4Mobile broadband satellite services
- Track 4-5Transmission Control Protocol (TCP)
- Track 4-6IP networking over next-generation satellite systems
- Track 4-7Satellite broadcast systems engineering
- Track 4-8Satellite communications: mobile and fixed services
- Track 4-9Solar System Missions
- Track 4-10Space Probes and Space Shuttle
- Track 4-11Missions to Venus and Mercury
- Track 4-12Space debris
- Track 4-13Human spaceflight
- Track 4-14Planetary Science
- Track 4-15Missions to the Moon
- Track 4-16Space Launch System (SLS)
- Track 4-17Solar Orbiter Collaboration
- Track 4-18Shuttle Radar Topography Mission
- Track 4-19Past missions
- Track 4-20Planetary Missions
- Track 4-21Lunar Reconnaissance Orbiter
- Track 5-1Planets and Moon
- Track 5-2ESA/Mars Express mission
- Track 5-3The Sun, Mercury, Venus Express, Earth
- Track 5-4Solar System
- Track 5-5Asteroids and comets
- Track 5-6Planetary explorations
- Track 5-7Space Weather
- Track 5-8Mars exploration
- Track 5-9Satellite broadcast networks
- Track 5-10Broadcast satellite networks
- Track 5-11Transmission control protocol
- Track 5-12Satellite Payload
- Track 5-13Satellite on board connectivity
- Track 6-1Navigation satellites
- Track 6-2Communication satellites
- Track 6-3Weather satellites
- Track 6-4Earth observation satellites
- Track 6-5Earth observation satellites
- Track 6-6Astronomical satellites
- Track 6-7International Space Station
- Track 6-8Low Earth Orbit (LEO)
- Track 6-9Medium Earth Orbit (MEO)
- Track 6-10Geostationary Orbit (GEO)
- Track 7-1Satellite orbits
- Track 7-2Low, medium and high earth orbits
- Track 7-3Ground segment, propagation effect
- Track 7-4Satellite telephony, television and radio
- Track 7-5Space segment
- Track 7-6TCP over satellite
- Track 7-7Geosynchronous orbit
- Track 8-1Global Navigation Satellite System (GNSS)
- Track 8-2Global Positioning Systems (GPS)
- Track 8-3GLONASS Satellite Systems
- Track 8-4Inertial Navigation Systems
- Track 8-5Satellite Telephony, Telivision, Radio
- Track 8-6Hybrid Navigation Systems
- Track 8-7GPS-GLONASS Integration
- Track 9-1Earth Station
- Track 9-2Satellite constellation
- Track 9-3Earth Orbit
- Track 9-4Orbital Mechanics
- Track 9-5Earth Eclipse of Satellite
- Track 9-6Satellite Orbits: Models, Methods, and Applications
- Track 9-7Orbital Perturbations and Orbit Determination
- Track 9-8Observation of the Earth’s Environment
- Track 9-9The Geostationary Applications Satellite
- Track 9-10Astronomical Observations
- Track 9-11Satellite Tracking
- Track 9-12Satellite Orbits and Trajectories
- Track 10-1Weather forecasting satellites
- Track 10-2Geostationary weather satellites
- Track 10-3Polar orbiting weather satellites
- Track 10-4Weather forecasting satellite applications
- Track 10-5Weather forecasting satellite missions
- Track 10-6Image processing and analysis
- Track 10-7GPS-GLONASS integration