D&F Systems Corporation Space Mission Cases

Revolutionary Technologies in Space Exploration

FASTSAT

Fast Affordable Science and Technology Satellite - Huntsville (FASTSAT-HSV)

Figure : Fast Affordable Science and Technology Satellite - Huntsville (FASTSAT-HSV)

• Analyze the Attitude Determination and Control (ADCS) System for the satellite to determine the process to keep the correct attitude point relative to the Earth position.

• Work in the planning process to determine the correct transition modes for the satellite.

◦ The transition modes are used to determine the flight computer process to control the satellite and to measure

through the sensors.

◦ It also control the timing by which the measurements and controls are performed within a clock.

• Investigate, develop, and integrate the first artificial intelligence to control the vehicle attitude motion using an inference method.

◦ The fuzzy inference method uses a set of rules for generating a centralized decision about a desired control output.

◦ The centralized decision is the method by which a human thinks.

⦁ Computer think in yes or no answers.

⦁ Humans uses yes, no, and may be answers.

⦁ The fuzzy inference uses a centralized decision method to include the gray areas that a computer will not accept.

◦ Test the code within the satellite to demonstrate that the artificial intelligence is capable of correcting the satellite motion.

Major accomplishment:

⦁ The satellite reduce the power consumption by 50%.

⦁ The attitude pointing was reduced by 5-10 degrees during its usage.

• Analyze the Attitude Determination and Control (ADCS) System for the satellite to determine the process to keep the correct attitude point relative to the Earth position.

• Work in the planning process to determine the correct transition modes for the satellite.

◦ The transition modes are used to determine the flight computer process to control the satellite and to measure through the sensors.

◦ It also control the timing by which the measurements and controls are performed within a clock.

• Investigate, develop, and integrate the first artificial intelligence to control the vehicle attitude motion using an inference method.

◦ The fuzzy inference method uses a set of rules for generating a centralized decision about a desired control output.

◦ The centralized decision is the method by which a human thinks.

⦁ Computer think in yes or no answers.

⦁ Humans uses yes, no, and may be answers.

⦁ The fuzzy inference uses a centralized decision method to include the gray areas that a computer will not accept.

◦ Test the code within the satellite to demonstrate that the artificial intelligence is capable of correcting the satellite motion.

Major accomplishment:

⦁ The satellite reduce the power consumption by 50%.

⦁ The attitude pointing was reduced by 5-10 degrees during its usage.

Frequently Asked Questions

Q:

What types of engineering services does D&F Systems Corporation offer?

We offer a comprehensive range of engineering services, including aerospace engineering, software development, IT consulting, and more.

Q:

How much do D&F Systems Corporation's engineering services cost?

Our pricing varies depending on the project scope and requirements. Contact us to discuss your specific needs and receive a personalized quote.

Q:

Does the company provide custom engineering solutions?

Yes, we offer customized engineering solutions tailored to meet your specific needs.

Q:

How can I contact D&F Systems Corporation for customer support?

You can contact us through our website's contact form, email, phone, or by visiting our office during business hours.

Follow Us

Our expert team of engineers provides innovative solutions for the aerospace industry, from design to testing and manufacturing. Contact us today to learn more about our comprehensive range of engineering services.

Contact Us

  • D&F Systems Corporation

    Madison, Alabama

  • Monday - Friday, 8:00 am - 5:00 pm

Copyright ©2023 D&F Systems Corporation. All rights reserved.