-
20/09/2021, 08:45Project Talk
-
20/09/2021, 09:00Keynote
Charlotte, NC is a racing hub for most NASCAR teams. In the session, Dive into the world of NASCAR as Mark Bringle of Joe Gibbs Racing gives a behind the scenes look at what it takes to operate a Championship caliber team. From Concept to car, Engineering and Manufacturing collaborating to build world class race cars in one of the hardest sports on the planet.
Speaker Bio:
Go to contribution page
Mark Bringle has... -
Ryan Volz (MIT Haystack Observatory)20/09/2021, 11:00
You know what GNU Radio is, but I'd like to introduce you to conda. Conda is a cross-platform package manager (supporting Linux, macOS, and Windows) that makes it easy to install packages in self-contained environments, separate from your system installation and other package managers. Conda is popular for installing Python packages, particularly for scientific computing and machine learning,...
Go to contribution page -
Maitland Bottoms20/09/2021, 11:30
Overview of the packaged gnuradio ecosystem, with emphasis on Debian 11 "Bullseye".
Demo of the kinds of fun things just an
apt-get installaway.How to recognize and avoid troubles building new things from source while also using installed packages. Some hints on CMake and Python path control.
Some of the alternate repositories available - and the benefits vs pitfalls in deciding...
Go to contribution page -
Ben Hilburn20/09/2021, 13:00Workshop
This is an open forum to ask questions and learn about open source licenses, such as those used by GNU Radio and other open-source projects in the software radio domain. Bring your questions about using, producing, publishing, and doing business using open-source software! (Note: We aren't lawyers, and definitely aren't your lawyer!
Go to contribution page -
Robin Getz (Analog Devices), Travis Collins (Analog Devices Inc)20/09/2021, 13:00
This workshop will provide a thorough and practical introduction to the AD9361, the ADALM-PLUTO SDR, and other IIO based hardware and the open-source software toolchain (IIO utils and GNU Radio). We will examine the hardware and architecture of the PLUTO software-defined radio in addition to discussing topics such as how to get started using a new PLUTOSDR device, how to install and configure...
Go to contribution page -
David Sorber (BlackLynx, Inc.)20/09/2021, 13:00
Learn more about the work that BlackLynx does and currently open positions.
Go to contribution page -
Federico Maggi, Marco Balduzzi20/09/2021, 13:05Talk
https://cts.gnuradio.org
Capture the Signal, or simply CTS, is is a challenge-based contest, pretty much like a CTF. The CTS focuses exclusively on the reverse engineering of radio signals. This activity is also known as “blind signal analysis” as the specifications of the signal are not known to the contestant (you). So, we're not talking about Bluetooth, Wi-Fi, or some other standard...
Go to contribution page -
Dr Andrew Portune20/09/2021, 13:15
Affordable, real-time spectrum monitoring and protection at the place, time and frequency of interest.
Go to contribution page -
Steve Croft (UC Berkeley / SETI Institute)20/09/2021, 13:20
Berkeley SETI Research Center (home to the Breakthrough Listen Initiative) and the SETI Institute (administrators of the Allen Telescope Array) are carrying out world-leading programs to search for intelligent life beyond Earth. These searches use cutting-edge digital signal processing hardware to characterize the "haystack" of human-generated radio signals in search of the "needle" of a...
Go to contribution page -
Barry Duggan (GNU Radio)20/09/2021, 13:25
Overview:
- https://wiki.gnuradio.org/index.php/Main_Page
- Tutorials
- Block docs
- Repository example flowgraphs
- Discuss-gnuradio Digest
- Matrix chat rooms
-
Michelle Yiwei Chai (University of Pennsylvania)20/09/2021, 13:35
The SETI Institute's Allen Telescope Array (ATA) is a radio interferometer composed of forty-two dishes, each 6.1m in diameter. Its main science goal is to perform searches for technosignatures, which appear as narrowband signals 'drifting' in frequency. My project seeks to further the ATA's capability of performing technosignature searches through the implementation of a GNU Radio data...
Go to contribution page -
Hash Salehi20/09/2021, 13:45
As the Internet of Things proliferates we are finding more and more devices connected to the internet, often by wireless connectivity, in more and more areas. One such area is Advanced Metering Infrastructure (AMI) which refers to systems that measure, collect, and analyze energy usage, and communicate with metering devices such as electricity meters, gas meters, heat meters, and water meters,...
Go to contribution page -
Oscar Ekholm20/09/2021, 14:15
Overview of the new GRC View-Only feature
Go to contribution page -
Mr Matt Knight, Mr Marc Newlin, Mr Sid Sijbrandij20/09/2021, 14:30
Welcome to the Radio Resilience Competition!
The Radio Resilience Competition (RRC) is a new type of virtual CTF that is being featured at GRCon this year. Competitors are challenged to pit their most robust and performant radio designs against our sneaky and diabolical RF environments and interference radios. Outperform your competitors to be eligible for great prizes!
Initially...
Go to contribution page -
Wylie Standage-Beier20/09/2021, 15:10
This course serves as an introduction and survey of signal processing for beginner and intermediate levels. The course will introduce basic math concepts fundamental to Fourier and Laplace transforms. The course will explore properties of signals and systems including spectral estimation, detection and information theory. Furthermore, we will apply course concepts to analyze both continuous...
Go to contribution page -
Steve Schilinski20/09/2021, 15:20
-
Mr Paul Cercueil (Analog Devices, Inc.)20/09/2021, 15:25
In this talk, we will provide an overview of the newly merged gr-iio module inside GNU Radio. gr-iio is a module based around the Industrial Input/Output (IIO) framework, which has been in the upstream Linux kernels since 2011 and is responsible for handling sensors, converters, integrated transceivers, and other real-world I/O devices. It provides a hardware abstraction layer with a...
Go to contribution page -
Matt Knight, Marc Newlin20/09/2021, 15:30
Interested in competing in the Radio Resilience Competition? Stop by to get all your questions answered!
This workshop is a working session that will guide participants from registration through building, testing, and submitting your first radio design. The RRC organizers will kick things off by walking through the competition format, infrastructure, and submission process, then will break...
Go to contribution page -
Matt Ettus20/09/2021, 15:55
Diversity and MIMO operation are critical to most modern wireless communication systems. USRPs have been MIMO-capable since the USRP1 in 2004, and many other SDRs are MIMO-capable, yet most GNU Radio users don’t take advantage of those extra SMA ports. This talk aims to fix that.
We will start with a refresher on multipath propagation, with an emphasis on modeling its effects within GNU...
Go to contribution page -
Bernard Tyers20/09/2021, 16:55
This year at FOSDEM, the GNU Radio community made a call for UX contributions to GRC. I started contributing to GRC as a result.
This en-lightening talk will:
- give a short introduction to what user experience really means,
- explain why GNU Radio contributors, maintainers and users will benefit,
- show how it can be done in open source projects,
- give a brief overview of our...
-
21/09/2021, 08:45Project Talk
-
Claire Wolf (YosysHQ), Gatecat (YosysHQ), Matt Venn (YosysHQ), Sylvain "tnt" Munaut21/09/2021, 09:00Keynote
An overview of the open source FPGA tooling and ecosystem.
We will look at the current state of the tools and their future, including into the realm of ASICs.Along the way we will look at some key tools in the ecosystem and highlight some projects that leverage the flexibility of the open source tools.
Go to contribution page -
Jeff Long, Josh Morman21/09/2021, 09:45Project Talk
Update on the state of code maintenance and future plans for the GNU Radio codebase
Go to contribution page -
David Sorber (BlackLynx, Inc.)21/09/2021, 11:00
Accelerator devices such as GPUs, FPGAs, or DSPs can be very useful for offloading computationally intensive digital signal processing tasks. Unfortunately, the GNU Radio SDR framework does not directly support such devices. Many workarounds have been developed to allow accelerator devices to be used within GNU Radio, but each comes with performance and/or flexibility tradeoffs. To solve...
Go to contribution page -
Haydn Nelson (NI / Ettus Research)21/09/2021, 11:30
In both the race to prove 6G concepts and deliver next-generation spectral sensing applications, one thing is common; designers must rapidly move from research and design to prototype quickly. It has never been more important to prove advanced wireless and machine learning/artificial intelligence algorithms in real-world scenarios, and advanced open-source software-defined radio is the ideal...
Go to contribution page -
21/09/2021, 13:00
Hosted by: Mecklenburg Amateur Radio Society (ARS), W4BFB
Go to contribution page -
Keith Palmisano (Rampart Communications)21/09/2021, 13:05
-
Jose Miguel Jauregui Garcia (Canadian Institute for Theoretical Astrophysics)21/09/2021, 13:10
We present the current progress of a low-cost digitizer capable of 8-bit 400MSPS connected through USB3.0; some of the characteristics are the sampling and synchronization clocks are external to be a price-wise alternative for low-frequency radio-astronomy arrays. A functional system can be integrated using cheap commercial evaluation boards. We want to make this an open project as a learning...
Go to contribution page -
Srikanth Pagadarai (Analog Devices Inc)21/09/2021, 13:15
Emerging advancements in DAC/ADC technology in terms of enabling multi-channel, multi-mode, multi-band operation and supporting multi GSPS sample rates place stringent requirements on accurately characterizing the performance of data converters to determine their suitability for a given application. While it is possible to use discrete blocks from GNU Radio source tree and compute many of the...
Go to contribution page -
John Hays21/09/2021, 13:45
Our Mission
To support, promote, and enhance digital communication and broader communication science and technology, to promote Amateur Radio, scientific research, experimentation, education, development, open access, and innovation in information and communication technology.We will cover ARDC's activities and how to apply for grants to fund projects.
Go to contribution page -
John Sallay21/09/2021, 14:00
GNURadio uses Polymorphic Types (PMTs) for asynchronous messaging and tagging data. The current API can be inconsistent and difficult to use. This can be a stumbling block for both new and experienced developers. We are rewriting the PMT interface using flatbuffers and modern C++.
Flatbuffers is a serialization library maintained by Google that provides for very efficient transfer of...
Go to contribution page -
Aaron Madsen21/09/2021, 14:30
This talk covers the basics of detecting a 5G cell, including NR numerology, modulation, frame/slot structure and the SSB with some real world examples.
Go to contribution page -
Victor Cai (Analog Devices)21/09/2021, 15:15
Abstract: (Draft of full paper is attached)
Because the SDR has both an RF transmitter and a receiver integrated in the same module, leakage from transmit into receive path is inevitable. Without proper compensation, the received radar signal is combined with this unintentional leakage signal from the transmit path creating unintended distortion in phase and amplitude. This type of accuracy...
Go to contribution page -
Wylie Standage-Beier21/09/2021, 15:30
This workshop is a guided and hands-on introduction to using GNU Radio blocks, graphs, and systems with Python for beginners. The course will start with construction of an analog signal demodulator and will build a series of more complicated sub-systems. This course will demonstrate some of the benefits of using GNU Radio for building digital receivers and will cover more advanced concepts...
Go to contribution page -
Rylee Mattingly (School of Electrical and Computer Engineering, Advanced Radar Research Center, University of Oklahoma)21/09/2021, 15:45
The RF Network-on-Chip (RFNoC™) is an open source framework from Ettus that allows for convenient development access to the field-programmable gate array (FPGA). The RFNoC framework therefore lowers the barrier to entry to develop FPGA based digital signal processing (DSP) blocks that can be used with UHD and GNURadio (Ettus, 2020). By utilizing the floor space available on the FPGA of select...
Go to contribution page -
Sharon Ladron de Guevara Contreras (IBM T. J. Watson Research Center), Dr Meghan Clark (University of California, Berkeley)21/09/2021, 16:15
Intelligent edge systems constitute a key growth segment within the cloud-backed cognitive IoT marketplace. In this context, connected autonomous and semi-autonomous vehicles constitute one of the most prominent examples, where cars communicate with each other and with the infrastructure through vehicular ad hoc networks (VANETs). The dynamic (ad hoc) nature of VANETs along with the strict...
Go to contribution page -
Zheng Zeng (Penn State Behrend), William Hemminger (Penn State Behrend), Abdallah Abdallah (Penn State Erie - The Behrend College)21/09/2021, 16:20
This poster focuses on using software-defined radio to collect device signature information. The goal of this project is to create a testing environment that is ideal for collecting device fingerprinting data specifically for nRF24L01+ and Heltec WIFI LoRa 32 (V2) modules. This project takes three computing devices, one laptop and two Raspberry Pi computers, as well as a USRP B200 SDR to...
Go to contribution page -
Daren Swasey (Utah State University Department of Electrical and Computer Engineering)21/09/2021, 16:30
Indoor digital communication, such as Wi-Fi, can be used to provide real-time indoor physical intrusion detection, in other words, a “burglar alarm”. In this work, we use signals internal to the radio receiver, such as the PLL or AGC block, to identify when a channel is changing due to a target moving within the physical channel. We describe a test using GNU Radio and Ettus USRP N310 hardware...
Go to contribution page -
104. Interior Target Tracking Using Digital Communications Signals for Bistatic Radar with Gnu RadioTodd K. Moon (Utah State University)21/09/2021, 16:45
Wireless communication systems employed in buildings (such as WiFi)
Go to contribution page
can be used for bistatic radar to track targets moving in the building.
The transmit and receive hardware and software can be readily
implemented using Gnu radio. The general processing steps at the
receive include Doppler frequency extraction, using FFT or
MUSIC-algorithm based processing, following by Viterbi... -
Matthew Knight, Mr Marc Newlin21/09/2021, 17:00
Join us for an update on the Radio Resilience Competition, including a recap of the leaderboard, interesting matches, and more!
Go to contribution page -
Barry Duggan (GNU Radio)21/09/2021, 18:00Other
See details on Virtual Attendance page.
Go to contribution page -
22/09/2021, 08:45Project Talk
-
22/09/2021, 09:00Keynote
-
Ben Hilburn, Jacob Gilbert22/09/2021, 09:45
SigMF, the Signal Metadata Format, will hit its v1.0.0 release just before GRCon. Since it's introduction in 2017, use of SigMF has grown rapidly, and your favorite format for storing, sharing, and processing RF data is better than ever. This talk to cover what's included in the v1.0.0, what changed from the previous release, and where the project is going from here.
Go to contribution page -
Dr Nathan West (DeepSig)22/09/2021, 10:20
This 4-hour workshop will be a hands-on guide to walk through working with the open data challenge that is currently live, hosted at https://eval.ai/web/challenges/challenge-page/1057/overview. Deep learning concepts will be introduced with python, and a SigMF loader will be developed to read the dataset. Finally, participants will develop deep learning models and training techniques to learn...
Go to contribution page -
Jeff Zurita (Deepwave Digital)22/09/2021, 10:30
-
Barry Duggan (GNU Radio)22/09/2021, 10:35
The Modular station control package contains GNU Radio flowgraphs for transmitters and receivers which work in conjunction with a common station control module. It is a "plug and play" concept supporting various modulation methods such as Narrow Band FM and Single Sideband.
The control module contains SDR source and sink blocks, switching logic to control transmit / receive functions,...
Go to contribution page -
Daniel Estévez22/09/2021, 11:00
For nearly one year, the German amateur satellite association [AMSAT-DL][1] has regularly been decoding the telemetry of the Chinese Mars probe Tianwen-1 using the [20m antenna at Bochum observatory][2] and GNU Radio. This has allowed us to obtain updated orbital information from the spacecraft and receive the relayed signals during the landing of the Zhurong rover. To our best knowledge, this...
Go to contribution page -
Michael Piscopo22/09/2021, 11:30
Through a community partnership between GNU Radio and the ATA, a project to create a fully functional radio astronomy X-Engine based on GNU Radio and high-end GPU's has been in progress to support science observations at the telescope array. This talk will provide an overview of the open source GNU Radio OOT modules and hardware components that support this functionality. The current state...
Go to contribution page -
John Orlando22/09/2021, 13:00
Many SDRs available today utilize RFICs that support accessing RF signals at 6 GHz and below. But a growing contingency of commercial and defense signals are showing up above 6 GHz, including both cellular and Wi-Fi. In this talk, we will discuss why operation above 6 GHz is important, what signals are driving this interest, and solutions that are enabling access to these signals.
Go to contribution page -
Dr Marc Lichtman22/09/2021, 13:10
Fairly informal, virtual meetup with anyone who is an educator and uses GR. Plan is to briefly discuss challenges educators face and how GR could be made into a better tool for education. It's also just good for networking. This discussion will happen over on chat.gnuradio.org in the #Education room.
Go to contribution page -
22/09/2021, 13:10
Wireless communication is the fabric of modern connectivity, but no one thinks of wireless as inherently secure. Fundamentally, it’s a means of easily increasing access and mobility, but as much as we want high-speed no-drop 5G/wifi/bluetooth connectivity everywhere, that same coverage area is attack surface. In BlackHat USA 2021 alone, there were 8 talks covering remote/baseband...
Go to contribution page -
Neel Pandeya (Ettus Research)22/09/2021, 13:30
Join us for an open discussion forum and bring your technical questions and challenges specifically related to engineering with the USRP. If you want to learn about leveraging the FPGA for your SDR application you're invited to pre-watch the Ettus Research USRP RFNoC Technical Workshop Video --> [Here][1], you can download the content from this video --> [Here][2]… We’ll have Ettus Research...
Go to contribution page -
Dr Steve Croft (UC Berkeley / SETI Institute), Daniel Estévez, Dr Wael Farah (SETI Institute)22/09/2021, 13:30
The SETI Institute's Allen Telescope Array, at the Hat Creek Radio Observatory in remote Northern California, consists of 42 six-meter dishes that are primarily used for searches for radio technosignatures - potential indicators of technology developed by extraterrestrial intelligence - in addition to other astronomical applications such as searches for fast radio bursts. The science backend...
Go to contribution page -
Jacob Gilbert22/09/2021, 13:40
GNU Radio 3.10 has seen the addition of several new modules including gr-pdu, which contains a number of PDU processing tools. This talk will discuss PDUs in GNU Radio, what is currently in-tree, what the path forward is, and some example uses for PDUs in GNU Radio.
Go to contribution page -
Jeffrey Moore (www.embeddednow.com)22/09/2021, 13:55
Most often we use laptops or desktop computer systems to interface to SDRs and run GNU Radio software. With few challenges these approaches work well until it is time to create a product with an embedded computer, embedded SDRs and of course GNU Radio. Creating an embedded computer / SDR system is a challenging project with engineering tradeoffs in many areas. It is important to design these...
Go to contribution page -
Eric Mair22/09/2021, 14:25
5G technology promises to deliver major advances in mobile broadband communications, IoT device density and reduced network latency. 5G is also the first telecommunications technology to solely use internet protocol (IP) as a means to transport traffic across its networks. The requirements for 5G have ushered in the need for cloud computing, SDN and SDR capabilities like never before. While...
Go to contribution page -
Hrishi Shelar22/09/2021, 14:55
-
Neel Pandeya (Ettus Research)22/09/2021, 15:00
Join us for an open discussion forum and bring your technical questions and challenges specifically related to engineering with the USRP. If you want to learn about leveraging the FPGA for your SDR application you're invited to pre-watch the Ettus Research USRP RFNoC Technical Workshop Video --> [Here][1], you can download the content from this video --> [Here][2]… We’ll have Ettus Research...
Go to contribution page -
22/09/2021, 15:20Sponsor Lightning Talk
-
Michael Hennerich (Analog Devices GmbH)22/09/2021, 15:25
Title: A new Linux kernel subsystem for JESD204 multichannel RF Transceiver Systems
Author:
First Name: Michael
Last Name: Hennerich
Organization: Analog Devices GmbH
Country: Germany
Email: michael.hennerich@analog.comAbstract:
Go to contribution page
Many applications need multiple channels of phase and frequency synchronization and coherency. Applications like... -
Philip Balister22/09/2021, 15:55
Tracking GNU Radio development together with combined Linux distribution changes across multiple CPU architectures is a challenge. This talk describes using Buildbot to build small GNU Radio distributions for several architectures with OpenEmbedded. OpenEmbedded provides a mechanism to support packaging test cases, installing them in images and running the tests on actual hardware (or emulated...
Go to contribution page -
David Miller22/09/2021, 16:05
This paper presents a GNU Radio Modem design that demonstrates the feasibility of
Go to contribution page
achieving ≥10 Mbps Real-Time Binary Phase Shift Keying (BPSK) performance with a relatively low cost Personal Computer (PC) that contains an 8-core General Purpose
Processor (GPP). The high date rate is achieved with a single GNU Radio flowgraph and without a Field Programmable Gate Array (FPGA) or Graphics... -
Aaron Rossetto (NI/Ettus Research)22/09/2021, 16:10
Last summer's USRP Hardware Driver (UHD) 4.0 release included a major overhaul of the RF Network-on-a-Chip (RFNoC) processing framework that enables high-throughput digital signal processing (DSP) on NI/Ettus Research's Universal Software Radio Peripheral (USRP) products. This architecture allows users to define algorithms to be performed by connecting DSP elements, or RFNoC blocks, together...
Go to contribution page -
Jacob Holtom (Arizona State University)22/09/2021, 16:30
Implementing novel RF applications has traditionally required significant time and expertise, even for relatively simple algorithms. Software-defined radios (SDRs) enable rapid implementation and validation of RF applications without specialized hardware or advanced programming skills. Many tools have been developed to facilitate SDR development, such as GNURadio as well as language libraries...
Go to contribution page -
Matthew Knight, Mr Marc Newlin22/09/2021, 17:00
Join us for an update on the Radio Resilience Competition, including a recap of the leaderboard, interesting matches, and more!
Go to contribution page -
Barry Duggan (GNU Radio)22/09/2021, 18:00Other
See details on Virtual Attendance page.
Go to contribution page -
23/09/2021, 08:45Project Talk
-
23/09/2021, 09:00Keynote
The Square Kilometre Array will be the world’s largest radio observatory. In this presentation I will talk about the key questions in modern astrophysics that have motivated the design of the SKA instruments and the technical factors that influence the location of the two SKA telescopes in South Africa and Australia. SKA precursor instruments are already operating and I’ll highlight some of...
Go to contribution page -
Dr Robin Coxe (Atom Computing Inc.)23/09/2021, 09:45
In this talk, we will provide an overview of unique, wired SDR applications for Atom Computing Inc.’s quantum computer. Our apparatus employs a suite of lasers, magnets, and cameras to cool, trap, manipulate, and read out an array of qubits constructed from optically trapped neutral atoms. The physical processes that underpin neutral atom quantum computing would not be possible without...
Go to contribution page -
Josh Morman (Peraton Labs)23/09/2021, 10:30
Work towards GNU Radio 4.0 is fully underway to the point that we are ready to invite developers to learn more about the specific changes to the Runtime and Block API, and try their hand at implementing new blocks (or porting existing ones) into the updated framework.
This workshop will detail the changes that will impact GNU Radio going forward and also serve as an opportunity to collect...
Go to contribution page -
Lauren Johnson23/09/2021, 10:40
-
Jean-Michel Friedt (FEMTO-ST/Time & Frequency, Besancon, France)23/09/2021, 10:45
We have previously demonstrated passive bi-static RADAR using a static emitter and static (passive bistatic RADAR) [1a] or moving (passive bistatic synthetic aperture RADAR) [1b] receiver: range estimate to target is achieved by cross-correlating the reference signal facing the non-cooperative emitter with the surveillance signal facing the target. Azimuth resolution is achieved by moving...
Go to contribution page -
Mr Yukang Fu (Arizona State University)23/09/2021, 11:15
RF Spectral Convergence, or joint radar-communications, has recently emerged as an important area of research, especially for the telecommunications sector. However, there is a significant amount of difficulty in implementing this class of systems in actual hardware due to the computational complexity and nuances of the algorithm. In this talk/poster, we successfully implement a previously...
Go to contribution page -
Robin Getz (Analog Devices)23/09/2021, 11:30
In ADI’s Sponsor talk, after a brief introduction to ADI, we review an intern project that was completed during 2020, and will discuss some of the challenges associated with controlling direct RF, or more generally high-speed-transceivers, using the IIO framework, like computational/uplink bandwidth constraints and RX/TX timing synchronization, and how these can be addressed for bursty systems.
Go to contribution page -
Martin Braun (GNU Radio)23/09/2021, 13:00
Ettus Research / NI has been a proud sponsor of the GNU Radio conference since its inception. At previous conferences, we have generally presented our latest advancements in our SDR products to the community. In this talk, we want to present the people behind those USRPs: Members of the engineering teams that build your SDRs. We will have a short conversation with some of our engineers, see...
Go to contribution page -
Jacob Gilbert, Ben Hilburn23/09/2021, 13:00
The Signal Metadata Format (SigMF) has seen specification expansion and improvement, greater adoption, and a long overdue v1.0 release since the last formal workshop, and will likely continue to see growth over the coming year including greater integration into GNU Radio. This workshop will be held in two parts; the first portion of this workshop is suitable for all interested people and is...
Go to contribution page -
Ms Ashley Beard (Spectrum Bullpen, LLC.), Mr Steven Sharp (Spectrum Bullpen, LLC.)23/09/2021, 13:30
In this paper, we address the problem of radio spectrum crowding by using a stochastic gradient descent neural network algorithm on simulated cognitive radio data to identify open and closed channels within a specified RF range. We used GNU Radio 3.8 flowgraphs to simulate cognitive radio data for standard U.S. Wi-Fi channels, and to design both the neural network and classical power...
Go to contribution page -
John Ferguson (Deepwave Digital), Adam Thompson (NVIDIA Corporation)23/09/2021, 14:00
Applications like machine learning, deep learning, and the promise of high-performance compute abstracted from highly programmable software APIs are driving future requirements for Software Defined Radios; these challenges cannot be met by CPUs or FPGAs alone. While
Go to contribution page
Graphics Processing Units (GPUs) provide an attractive alternative, they require a unique perspective on SDR architecture to... -
Federico Larroca (Facultad de Ingeniería, Universidad de la República)23/09/2021, 14:30
Like all time-varying voltage and current, a video interface connecting a PC to its monitor emits electromagnetic waves. The attack commonly known as TEMPEST (or Van Eck Phreaking) consists in receiving this signal and inferring the image being displayed on the monitor; that is to say, pointing an antenna to a PC and spying the monitor. This is a particularly interesting application for...
Go to contribution page -
Craig Pomeroy (Microsoft), Mr Hrishi Shelar (Microsoft)23/09/2021, 15:25
In this presentation we’ll introduce RF|Sim, a software radio automation framework that allows users to simulate their SDR designs in the cloud in a highly scalable, GNU Radio-based, virtual channel emulation environment. RF|Sim allows users to provide containerized SDR designs and instantiate them in a simulated RF environment. RF|Sim can simulate the propagation of RF emissions from each...
Go to contribution page -
Travis Collins (Analog Devices Inc)23/09/2021, 15:55
In this presentation, we will discuss a new open-source tool for configuring systems that utilize the JESD204 specification called pyadi-jif or JIF for short. JESD204 is an electrical specification used by modern high-speed data converters to transfer data between ASICs, FPGAs, and even other converters which are at the heart of wideband software radios. Even though JESD204 greatly simplifies...
Go to contribution page -
Matthew Knight, Mr Marc Newlin23/09/2021, 16:25
Join us as we reveal the overall results of the Radio Resilience Competition, including prize presentations!
Go to contribution page -
Derek Kozel (GNU Radio), Josh Morman, Samantha Palazzolo23/09/2021, 16:30Project Talk
-
24/09/2021, 08:45Project Talk
-
24/09/2021, 09:00
-
Håkon Vågsether, Seth Hitefield24/09/2021, 09:00
Review the ongoing development of GRC and plan for the future
Session Chair: Håkon Vågsether
Go to contribution page -
Samantha Palazzolo24/09/2021, 10:45Breakout Session (Friday Only)
-
Barry Duggan (GNU Radio)24/09/2021, 11:00
This breakout session will discuss aspects of our documentation such as:
- Block docs
- Tutorials
- Needs for other materials
-
Matt Ettus24/09/2021, 12:00Breakout Session (Friday Only)
-
Barry Duggan (GNU Radio)24/09/2021, 13:00
The Ham Radio breakout session will focus on the application of GNU Radio within the amateur radio community. Some of the items to be covered are:
- modulation methods: FSK, NBFM, SSB
simulation
hardware examples - station control
- digital applications
- the future of the monthly video meetings
need coordinator/scheduler
need host/moderator
need contributors
- modulation methods: FSK, NBFM, SSB
-
Josh Morman (Peraton Labs)24/09/2021, 14:00
Discuss opportunities, approaches, and available libraries/utilities for accelerating GNU Radio using GPUs
Go to contribution page -
Robin Getz (Analog Devices)SDR HardwareSponsor Talk
The AD9361 (aka Catalina) from Analog Devices was introduced over 10 years ago, and quickly became the industry standard as the "goto" RF transceiver for many software defined radios and are exposed in GNU Radio in many different frameworks including UDH (B200, B210), IIO (PlutoSDR) and BladeRF. During 2021, the next generation device was introduced, the ADRV9002 (aka Navassa), and is quickly...
Go to contribution page -
Derek Kozel (GNU Radio)Project Talk
-
Matthew Knight, Mr Marc Newlin
Join us for an update on the Radio Resilience Competition, including a recap of the leaderboard, interesting matches, and more!
Go to contribution page -
Josh Morman
Quick overview of the company and career opportunities
Go to contribution page
Choose timezone
Your profile timezone: