Reliable and efficient communication between spacecraft, astronauts, mission control centers, and other stakeholders involved in space exploration from Land to Space.
7 — Human Communication
Technological components and systems that support Human Performance Enhancement and Survivability from Land to Space. Provide life support and protection to astronauts in the harsh environment of space, advancements in technology have led to the incorporation of various IT elements to enhance human performance capabilities.
measurements parameters such as temperature, pressure, humidity, oxygen levels, environmental conditions and carbon dioxide levels for monitoring and analysis.
Regulate human performance temperature, control ventilation, adjust pressure levels, and activate other suit functions as needed.
Built-in communication systems that allow astronauts to communicate with each other, mission control centers, and other spacecraft or other mission assets.
Power and Energy
Power management systems that regulate power usage, communications, monitor battery levels, and ensure sufficient energy supply to support human performance functions throughout the duration of a mission.
Onboard data storage capabilities to log important information and records during missions for post-mission analysis, troubleshooting, and future improvements.
Systems of Systems (SoS)
Real-time data exchange, coordination with mission control, and integration with the overall mission systems.
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Seamless integration and coordination of various communication systems and technologies in commercial space travel and exploration
Security is of paramount importance to protect sensitive information and prevent unauthorized access or interference.
Ensuring interoperability between different communication systems and adhering to established communication standards and protocols.
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The integration of different communication components, networks, and protocols to enable reliable and efficient communication between spacecraft, astronauts, mission control centers, and other stakeholders involved in space exploration from Land to Space
Human Machine Interface
User-friendly interfaces, intuitive displays, and efficient control systems are designed to facilitate effective communication and collaboration between Landstronauts, ground operators, and autonomous systems.
Advancements in optical communication, laser-based communication systems, and inter-satellite links are being explored to enhance communication capabilities, increase data transfer rates, and reduce signal latency.
Connectivity between spacecraft, ground stations, and other satellites in low Earth orbit (LEO) are other orbital regimes.
How It All Started
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