Unknown Organization (20240250749). DNARNA Avionics Modeled On Biomimetics simplified abstract
Contents
DNARNA Avionics Modeled On Biomimetics
Organization Name
Inventor(s)
Keith Gerard Sadlocha of Macomb Two MI (US)
DNARNA Avionics Modeled On Biomimetics - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240250749 titled 'DNARNA Avionics Modeled On Biomimetics
The device is a DNA/RNA avionics (DRAC) CLAMSAT platform modeled on biomimetic, object-oriented (OO), and Internet of Things (IoT) structures. This platform is for controlling the operational aspects of a nano satellite termed a CLAMSAT.
- The DRAC CLAMSAT platform is designed to control the operational aspects of a nano satellite.
- The platform is based on biomimetic, object-oriented, and Internet of Things structures.
- It utilizes DNA/RNA avionics technology for efficient control and communication.
- The platform is specifically tailored for the unique requirements of a CLAMSAT nano satellite.
- It aims to enhance the performance and functionality of nano satellites in space missions.
Potential Applications: - Space exploration missions - Satellite communication networks - Remote sensing applications - Earth observation and monitoring
Problems Solved: - Efficient control and communication of nano satellites - Enhancing the performance and functionality of CLAMSATs - Improving data transmission and reception in space missions
Benefits: - Enhanced operational control of nano satellites - Improved communication capabilities in space - Increased efficiency and reliability of CLAMSAT missions
Commercial Applications: Title: "Advanced Nano Satellite Control Platform for Space Missions" This technology can be utilized by space agencies, satellite companies, and research institutions for enhancing the performance of nano satellites in various space missions. It can also be integrated into commercial satellite communication networks for improved data transmission and reception.
Questions about DRAC CLAMSAT Platform: 1. How does the DRAC CLAMSAT platform improve the operational control of nano satellites? - The platform utilizes biomimetic, object-oriented, and IoT structures to enhance control and communication capabilities. 2. What are the potential applications of the DRAC CLAMSAT platform in space exploration missions? - The platform can be used for satellite communication networks, remote sensing applications, and Earth observation and monitoring.
Original Abstract Submitted
the device is a dnarnaavionics (drac) clamsat platform modeled on biomimetic, object oriented (oo) and internet of things (iot) structures. this platform is for controlling the operational aspects of a nano satellite termed a clamsat.
