Prague Pyvo is traditionally held on the third Wednesday of each month.
Feel free to drop us an email at praha@pyvo.cz if you want to have a talk.
EuroPython, největší evropská a druhá největší Python konference na světě, se brzy bude konat v Praze! Ve spolupráci se spolupořadateli EuroPythonu jsme naplánovali společné Pyvo, abychom dali naší místní komunitě příležitost pokecat s účastníky EuroPythonu.
Máme rezervaci v hospodě Na Hradbách na Vyšehradě.
Hospoda nabízí alko i nealko pití. Bude k dispozici catering.
Naše setkání je především o pokecu a volné zábavě, takže nebudou žádné prezentace.
Těšíme se na vás všechny!
EuroPython, Europe's largest and the world's second-largest Python conference, is soon taking place in Prague! In co-operation with co-organizers of EuroPython we've planned a special meetup to give our local tech community a chance to interact with fellow EuroPython enthusiasts.
We've booked the pub Na Hradbách at Vyšehrad for our meetup.
The pub offers a wide range of drinks, both alcoholic and non-alcoholic. There will be catering available.
Our meetup is all about building relationships and enjoying the summer, so there won't be any presentations.
Looking forward to seeing you all there!
Sraz je v 19 hodin Na Věnečku, přednášky začínají v 19.30. Čeka nás 1 přednáška, lightning talky a volná zábava až do rána.
Lightning talk můžeš mít i ty! Registrace nutná na Lightning Talks – bit.ly/prpylight.
We meet up at 19 at the club Na Věnečku, presentations start at 19.30. You can look forward to 1 presentation, lightning talks and chit-chat until early morning.
You can have a lightning talk as well – please register at Lightning Talks – bit.ly/prpylight.
What if you could help a radar sense whether someone is breathing—without touching them—using Python? In this talk, I'll share insights from an R&D project where I explored using Python (among others) to detect respiratory rate from frequency-modulated continuous-wave (FMCW) radar data. The project was driven by a practical need at CERN: enabling remote rescue teams to assess vital signs in industrial environments where wearable sensors aren't viable. With just the radar's noisy reflections as input, the challenge was to see whether reliable breathing detection was even possible.
I'll take you through the Python pipeline I built—from signal pre-processing and motion isolation to modeling subtle respiratory patterns buried in noise. Along the way, we'll look at how factors like body posture, clothing, distance, and occlusions impact detection. This isn't about delivering a polished product, but about what you can learn and prototype when you mix a radar with Python's scientific stack (NumPy, SciPy, and more). If you're curious about signal processing, sensor data hacking, or turning raw physics and robotics sensing into actionable insights with Python, this talk is for you.
Budou jenom lightning talky.
Lightning talk můžeš mít i ty! Registrace nutná na Lightning Talks – bit.ly/prpylight.
There will be only lightning talks.
You can have a lightning talk as well – please register at Lightning Talks – bit.ly/prpylight.
Register at Lightning Talks – bit.ly/prpylight.
Sraz je v 19 hodin Na Věnečku, přednášky začínají v 19.30. Čeka nás 1 přednáška, lightning talky a volná zábava až do rána.
Lightning talk můžeš mít i ty! Registrace nutná na Lightning Talks – bit.ly/prpylight.
We meet up at 19 at the club Na Věnečku, presentations start at 19.30. You can look forward to 1 presentation, lightning talks and chit-chat until early morning.
You can have a lightning talk as well – please register at Lightning Talks – bit.ly/prpylight.
Video interfaces such as monitors emit 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 inferred image tends to be noisy, but it can be enhanced by neural network such as KAIR to get readable text if you train it on images of e.g. webpages and PDFs (because usually documents are often the sought target of attacker). It's within realm of off-the-shelf SDRs.
Sraz je v 19 hodin Na Věnečku, přednášky začínají v 19.30. Čeka nás 1 přednáška, lightning talky a volná zábava až do rána.
Lightning talk můžeš mít i ty! Registrace nutná na Lightning Talks – bit.ly/prpylight.
We meet up at 19 at the club Na Věnečku, presentations start at 19.30. You can look forward to 1 presentation, lightning talks and chit-chat until early morning.
You can have a lightning talk as well – please register at Lightning Talks – bit.ly/prpylight.
In this talk, Jonas - a machine learning lead at a legal-tech startup Parrot will take you through how advanced AI tools, especially Large Language Models (LLMs), are being used in legal cases. He will explain our current project - Medical Records, and how we are processing and analyzing data for legal purposes. Jonas will share real-life case studies that show how LLMs are making a difference in the legal field. You will learn how these AI tools help speed up processes, improve accuracy, and make decision-making more efficient in complex legal matters.
