Viasat, Inc. (20240329180). PAST EVENT SIGNAL TRACKING simplified abstract
Contents
PAST EVENT SIGNAL TRACKING
Organization Name
Inventor(s)
David Hancharik of Norcross GA (US)
PAST EVENT SIGNAL TRACKING - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240329180 titled 'PAST EVENT SIGNAL TRACKING
The patent application describes methods, systems, and devices for past event signal tracking using beamforming technology.
- The system receives feed element signals from an antenna and processes them to generate spot beam signals for real-time communication purposes.
- It also stores feed element signals for a certain duration to support retroactive searching missions.
- When searching for a target signal within the coverage area of the antenna, the system processes the stored signals to generate a target spot beam signal corresponding to the target location.
- The target spot beam signal is then evaluated for the presence of the target signal.
Potential Applications: - Military surveillance and reconnaissance operations - Satellite communication systems - Radio astronomy research
Problems Solved: - Efficient tracking and analysis of past event signals - Real-time and retroactive mission support - Target signal detection and evaluation
Benefits: - Enhanced signal tracking capabilities - Improved mission success rates - Increased efficiency in communication and surveillance operations
Commercial Applications: Title: Advanced Signal Tracking System for Military and Communication Industries This technology can be utilized in military intelligence operations, satellite communication systems, and radio astronomy research, providing a competitive edge in signal tracking and analysis.
Prior Art: Readers can explore prior patents related to beamforming technology, signal tracking systems, and antenna signal processing to gain a deeper understanding of the innovation presented in this patent application.
Frequently Updated Research: Researchers in the fields of signal processing, antenna technology, and communication systems may have ongoing studies related to beamforming techniques and signal tracking advancements. Stay updated on the latest research to enhance knowledge in this area.
Questions about Signal Tracking Technology: 1. How does beamforming technology improve signal tracking accuracy? Beamforming technology allows for precise signal processing and analysis, enhancing the system's ability to track and evaluate signals effectively.
2. What are the key differences between real-time and retroactive signal tracking missions? Real-time missions focus on immediate communication needs, while retroactive missions involve searching for past signals within stored data for analysis and evaluation.
Original Abstract Submitted
methods, systems, and devices for past event signal tracking are described. in some examples, a system may receive feed element signals corresponding to a set of feed elements of an antenna. to support a primary or real-time mission, the system may process the feed element signals according to a first beamforming configuration to generate spot beam signals, which may include communications scheduled for respective spot beams. to support a retroactive or searching mission, the system may also store the feed element signals for some duration. based on a determination to search for a target signal from a target location within a coverage area of the antenna, the system may process the stored feed element signals according to a second beamforming configuration to generate a target spot beam signal corresponding to the target location, and evaluate the target spot beam signal for a presence of the target signal.
