Patent
High-Throughput Wireless Communications Encoded Using Radar Waveforms
This technology is a high-throughput communication channel, which uses specific waveforms, enabling effective radar operations and exclusive spectrum sharing between radar and communication systems.
The ever-increasing demands in both radar operations and communication systems require robust and highly efficient technologies. It's critical to have communication channels that can manage high data rates without compromising overall system performance. Similarly, in radar operations, accuracy and responsiveness are paramount, necessitating sophisticated technology to deal with technical constraints inherent in radar signal procession.
Current technologies often treat radar and communication systems as separate entities that work in different spectrum bands. This separation sometimes leads to spectrum scarcity, reducing the overall efficiency of both systems. Furthermore, the conventional communication channels can sometimes fail to provide the expected data rate, leading to bottlenecks in information flow.
Technology Description
The innovation is a high-throughput communication channel using specially formulated transmit waveforms. These waveforms comply with technical constraints that are considered crucial to ensure the effectiveness of radar operations and signal processing. Thus, it not only enhances communication speed but also ensures the accuracy of radar functions. The utility of this technology goes beyond these primary features as it also introduces cooperative spectrum sharing. Radar and communications systems traditionally function on different spectrums, which can sometimes create obstacles in communications. This invention paves the way for these systems to share a common spectrum, effectively reducing interference and boosting the overall performance and efficiency of both radar and communications systems.Benefits
- Efficient sharing of spectrum, reducing interferences and promoting system efficiency.
- Increased data rates due to high-throughput communication.
- Enhanced accuracy and efficiency in radar operations.
- Less likelihood of information bottlenecks.
- Potential for reduced operational costs due to shared spectrum utility.
Potential Use Cases
- Advanced radar systems capable of processing more data more accurately due to non-interference from communications systems.
- Military communications where high-throughput data transmissions are vital.
- In commercial telecommunications, offering potential bandwidth and operational efficiencies.
- Aerospace applications where precise radar functioning is mission-critical.
- Emergency services can benefit from improved, unhindered communication channels.