Remcom Secures NASA Contract for Advanced Communication Systems
Remcom Secures NASA Contract for Advanced Communication Systems
State College, PA — Remcom has proudly obtained a Small Business Innovation Research (SBIR) Phase I contract from NASA aimed at evolving wireless channel modeling for antennas on astronaut spacesuits and lunar vehicles. This significant endeavor marks an expansion of Remcom’s previous contributions to NASA’s Space Communications and Navigation (SCaN) program and the Artemis lunar exploration missions.
Innovative Wireless Communication Solutions
The latest project focuses on enhancing communication links for astronauts as they navigate the lunar surface. By utilizing advancements in Wireless InSite® 3D Wireless Prediction Software, this initiative aims to tackle challenges posed by the intricate materials of modern spacesuits, which affect antenna performance. The utilization of Huygens surfaces is set to integrate near-field and far-field antenna behaviors effectively, ensuring reliable communication amidst the unique lunar environment.
Enhancements in Antenna Modeling
Remcom’s approach promises to unveil crucial performance tradeoffs regarding different antenna placements and communication protocols, including 3GPP sidelink. This is critical for ensuring seamless device-to-device (D2D) communications between astronauts. Furthermore, the implementation of acceleration methods aims to drastically shorten simulation runtimes — potentially by one to two orders of magnitude — resulting in quicker analyses of variable propagation scenarios.
Benefits Beyond Space Exploration
While the project is specifically tailored for the Artemis missions, the resulting technologies are poised to foster innovations in commercial wireless device designs. The knowledge gained through this project will greatly enrich the development of wearable technology and body sensors designed for complex environments.
Addressing Unique Challenges
As Greg Skidmore, Remcom’s director of propagation software and project lead, articulated, the sensory dynamics of spacesuits present unprecedented electromagnetic challenges that traditional simulation methods often overlook. This contract facilitates the exploration of novel solutions, allowing astronauts to remain connected even while engaged in activities far from their immediate sightlines, enhancing NASA’s comprehension of communication effectiveness in varied lunar situations.
About Remcom
With a 30-year history, Remcom has established itself as a leader in electromagnetic simulation and wireless propagation software for both commercial and government applications. The company’s innovative tools, along with dedicated customer support, have empowered advanced engineering teams worldwide to bring cutting-edge devices to market, simplifying electromagnetic analysis for diverse applications. Furthermore, Remcom is committed to ensuring personalized services to meet customer needs, featuring flexible licensing for various installation sizes and tailored engineered solutions.
Frequently Asked Questions
What is the purpose of Remcom's NASA contract?
The contract aims to develop enhanced wireless channel modeling for antennas on astronaut spacesuits and lunar vehicles, supporting communication reliability.
How will advancements impact lunar mission operations?
Innovations will improve communication links for astronauts, facilitating better connectivity and operational effectiveness on the Moon's surface.
What technology is being utilized in this project?
Remcom is leveraging Wireless InSite® 3D Wireless Prediction Software, which incorporates advanced modeling techniques to simulate wireless communications.
Will these technologies have applications outside of space exploration?
Yes, the advancements will also benefit commercial wireless devices, particularly in the development of wearable tech and on-body sensors.
Who is leading the project at Remcom?
Greg Skidmore, the director of propagation software at Remcom, is overseeing the project and emphasizes the importance of new modeling approaches.
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