The cognitive radio system is built to enable solutions for wireless applications. Each component, from the chipset to the interface, plays a vital role in delivering the data required to change the way wireless signals are processed and used.
The cognitive radio chipset provides a wideband view of wireless signals that enables spectrum data to be extracted and processed. The chipset includes 16 receiver paths, 6 transmit outputs, a dual-vector processor, internal micro-processor, FEC, and a linear front-end system.
The sensors create a secure platform for the cognitive radio to sense and process the wireless spectrum. They can be upgraded with protocols or applications to create a custom solution. Sensors include indoor and outdoor options, MIMO antenna design, hardware public and private keys for crypto-authentication, the cognitive radio chipset, an internal processor, internal memory, and GPS and GLONASS. I/O options include Wi-Fi and Bluetooth technology, Ethernet connectivity, and USB.
The backend aggregates and processes data for the sensor or a network of sensors, and enables cloud-to-cloud integration. It includes back-end security and secure APIs for pushing, receiving, or publishing data.
With robust APIs, customizable views and controls can be developed to present spectrum data in meaningful ways.
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