Heisenberg Labs

ANDRO recently installed a new dedicated software-defined radio lab used for development and demonstration of ongoing ANDRO programs. The lab is currently equipped with 17 USRP radios from Ettus which are primarily used for development and research using the GNU Radio platform. The test bed includes a variety of USRP models ranging from the original USRP-1 to the new X-series. In addition to the USRP test bed the lab is also equipped with a number of Raspberry Pi computers mated together with RTL-SDRs used for experimentation with distributed low-cost sensors. Most of the radios are suspended from the ceiling in a professionally installed cable tray system allowing the ANDRO team to easily reconfigure the testbed in order to simulate a variety of network scenarios. New equipment is arriving in the lab on a regular basis as ANDRO's technology is transitioned to robust, real-world wireless platforms.

Transmission Cyberspace™

ANDRO leverages technologies from the AMC, CyberSE, and X-Layer programs to devise a software architecture to mitigate MANET intrusions.

Transmission Hyperspace™

Optimizing the RF spectrum to efficiently utilize a mixture of electromagnetic transmission resources including frequency, time, geography, power, modulation, and beam direction.

Towards Maximal Spectral-Efficiency Networking

Implementing unique transmitter signatures onto Software Defined Radios to improve spectral efficiency in hostile environments.

Rifleman Radio (source:army.mil)

Automatic Modulation Classification (AMC)

Use a low-cost sensor network to resolve modulation types in weak RF environments.

Ground Air Communications (source:af.mil)

Cyber-Domain Spectrum Exploitation (CyberSE)

Block attackers using RF at the physical layer using dynamic radio frequency management and control.

Dynamic Cross-Layer Routing (X-Layer)

Waveforms are designed to occupy the entire frequency spectrum without interference to primary or secondary users.

Communication Systems

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