Deepwave Digital is excited to announce that we have expanded our distributors to include Arrow Electronics. Arrow is fully stocked and selling the Artificial Intelligence Radio Tranceiver. The following models are available for sale at Arrow's website:

Artifical Intelligence Radio Tranceiver (AIR-T)

AIR7101-A | - Artifical Intelligence Radio Tranceiver (AIR-T)

The AIR7101-A is a high-performance software-defined radio (SDR) seamlessly integrated with state-of-the-art processing and deep learning inference hardware. The incorporation of an embedded graphics processing unit (GPU) enables real-time wideband digital signal processing (DSP) algorithms to be executed in software, without requiring specialized field programmable gate array (FPGA) firmware development. The GPU is the most utilized processor for machine learning, therefore the AIR-T significantly reduces the barrier for engineers to create autonomous signal identification, interference mitigation, and many other machine learning applications. By granting the deep learning algorithm full control over the transceiver system, the AIR-T allows for fully autonomous software defined and cognitive radio.

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Artifical Intelligence Radio Tranceiver (AIR-T) with Enclosure

AIR7101-B | AIR-T with Enclosure

The AIR7101-B is a high-performance software-defined radio (SDR) seamlessly integrated with state-of-the-art processing and deep learning inference hardware. The incorporation of an embedded graphics processing unit (GPU) enables real-time wideband digital signal processing (DSP) algorithms to be executed in software, without requiring specialized field programmable gate array (FPGA) firmware development. The GPU is the most utilized processor for machine learning, therefore the AIR-T significantly reduces the barrier for engineers to create autonomous signal identification, interference mitigation, and many other machine learning applications. By granting the deep learning algorithm full control over the transceiver system, the AIR-T allows for fully autonomous software defined and cognitive radio fully installed in an enclosure.

The Air-T enclosure is expertly constructed from aluminum to produce a polished, elegant, and sleek metallic silver finish. It measures 192 x 182 x 79 mm (7.5 x 7.2 3.1 inches) and the power button illuminates blue when the system is on. All RF ports are brought to the front of the enclosure for ease of use and all computer peripherals connections are brought to the rear.

Webinar: Detecting and Labeling Training Data for Signal Classification

Update

The video stream, slides, and source code are now available to the general public.

Slides

You may download the slides here.

 

Video Stream

 

Source Code

Available in the webinar section of our GitHub here.

 
 

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Original Post

Deep Learning Series Part 1 of 2

Deepwave Digital will be hosting their next webinar on April 14, 2020 at 1pm EST. In this webinar, we will demonstrate how to detect and label training data for signal classification, using the cuSignal signal processing techniques learned in our previous webinar. Specifically, you will learn how to leverage GPU signal processing and the AIR-T to detect, label, and record training data from various key FOBs over-the-air. cuSignal is part of the NVIDIA RAPIDS development environment and is an effort to GPU accelerate all of the signal processing functions in the SciPy Signal Library.

 
When: April 14th, 2020 at 1pm EST
 
Register Here

Space is limited so make sure to register in advance. Read below for more information about the webinar and we hope you will join us!

Deepwave Digital, Inc.

 

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Webinar Agenda

Introduction to Deepwave Digital

We will introduce you to the Deepwave Digital team and provide an overview of what our startup does. We will also discuss the way we see deep learning being applied to systems and signals.

AirStack Programming API for the AIR-T

We will provide a detailed review of AirStack, the application programming interface (API) for the AIR-T. The figure below outlines the CPU, GPU, and deep learning interfaces supported.

 

Demonstrations

Key FOB Signals for Labeling

We will create a training data set using an assortment of different key FOBs. These data will be added to our AirPack software package in an upcoming release.

Designing a Real-time Power Detector with cuSignal for the AIR-T

In this section, we will walk the attendees through the real-time python code to:

1. Compute the instantaneous power of the signal stream
2. Filter and down-sample the power to a lower data rate
3. Reshape the down-sampled data into detection segments
4. Perform detection on each segment of the down-sampled data
5. Display the detected data (if desired)
6. Record the data to disk for deep learning training

Real-time Signal Detection and Labeling

Here we will demonstrate how to first execute the software to detect, label, and record the signal from the key FOBs, then over-the-air capture these data. An example of this is shown in the video below with recorded sections in blue/aqua.

 

 

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When: March 25th 2020 at 1pm EST

Register Here for the Webinar