HN user
I know Adel from a professional community, but I've followed his work for a while and it's the real thing. I would defenitely recommend him if you are looking into programmer who is deep into compilers and RUST. On top of that he is also agile, curious guy, who had a chance to play with various technologies.
Location: Prague, Czech Republic Remote: preferred, but office in Prague is also fine
Willing to relocate: some EU countries only
Technologies: Python, C++, 3D Computer Vision, Camera Calibration, Photogrammetry, 3D Gaussian Splats, LiDAR, Julia
Résumé/CV: https://www.linkedin.com/in/ilia-shipachev
Email: ishipachev@gmail.com
Computer Vision engineer and former Product Owner at Mosaic (geospatial imaging). Background in applied mathematics; spent 5+ years on 3D reconstruction, SfM pipelines, multi-camera calibration, and LiDAR processing. And another 4 years before as an embedded engineer processing sensor data.
I've built calibration and processing pipelines for panoramic camera systems. Delivered large-scale photogrammetry projects for VFX clients including Netflix and Apple TV — hundreds of thousands of images per reconstruction. Owned products across calibration, image processing, and LiDAR pipelines end-to-end, provided support to the clients, and was responsible for communication with other HW and FW teams, including planning and roadmap discussions.
Now independent — focused on novel 3D reconstruction methods, calibration and Gaussian Splatting. Open to co-founding / product-engineer roles or consulting on hard Computer Vision problems. Short form of project based cooperation is also doable.
In my current job-free time I'm exploring Julia, Geometric Algebra for computer vision.
Location: Prague, Czech Republic
Remote: preferred
Willing to relocate: some EU countries only
Technologies: Python, C++, 3D Computer Vision, Camera Calibration, Photogrammetry, 3D Gaussian Splats, LiDAR, Julia
Résumé/CV: https://www.linkedin.com/in/ilia-shipachev
Email: ishipachev@gmail.com
Computer Vision engineer and former Product Owner at Mosaic (geospatial imaging). Background in applied mathematics; spent 5+ years on 3D reconstruction, SfM pipelines, multi-camera calibration, and LiDAR processing. And another 4 years before as an embedded engineer processing sensor data.
I've built calibration and processing pipelines for panoramic camera systems. Delivered large-scale photogrammetry projects for VFX clients including Netflix and Apple TV — hundreds of thousands of images per reconstruction. Owned products across calibration, image processing, and LiDAR pipelines end-to-end, provided support to the clients, and was responsible for communication with other HW and FW teams, including planning and roadmap discussions.
Now independent — focused on novel 3D reconstruction methods, calibration and Gaussian Splatting. Open to co-founding / product-engineer roles or consulting on hard Computer Vision problems. Short form of project based cooperation is also doable.
In my current job-free time I'm exploring Julia, Geometric Algebra for computer vision.
Hi!
I'm curious to hear about your work geometric optics with PyTorch. May I ask you to share some examples of something you are working on right now?
I think the best compromise would be to get the best of two words. By default perform bound checks, but have a compiler flag which skips it. Might broke many programs written with default behaviour in mind, but allow perform additional optimizations.
Hi ziotom! I wonder about you work in 3D Cifford Algebras. May you share some links to the research you do? I also have interest in this topic I research on my own.
Just in case if you don't want to disclose your name my email is northzen@gmail.com
Location: Prague, Czech Republic
Remote: preferred
Willing to relocate: some EU countries only
Technologies: 3D Computer Vision, Camera Calibration, Photogrammetry, 3D Gaussian Splats, LiDAR, Python, C++, Julia
Résumé/CV: https://www.linkedin.com/in/ilia-shipachev/
Email: ishipachev@gmail.com
Computer Vision engineer and former Product Owner at Mosaic (geospatial imaging). Background in applied mathematics; spent 5+ years on 3D reconstruction, SfM pipelines, multi-camera calibration, and LiDAR processing. Built calibration pipelines for panoramic camera systems. Delivered large-scale photogrammetry projects for VFX clients including Netflix and Apple TV — hundreds of thousands of images per reconstruction. Owned products across calibration, image processing, and LiDAR pipelines end-to-end.
Now independent — focused on novel 3D reconstruction methods and Gaussian Splatting. Open to co-founding / product-engineer roles or consulting on hard Computer Vision problems. Short form of project based cooperation is also doable.
In my current job-free time I'm exploring Julia, Geometric Algebra for computer vision.
To machine. It just easier to be polite by default than split our language into two forms "I speak to human" and "I speak to machine". Because the chat interface is really close to what we see when we speak to human. Well, exactly the same.
It's about the fact that AI can be used to extract value from other artists' work without consent, and then out-compete them on volume by flooding the marketplace.
What do you think about The Prodigy?
Use pixi (whici is build with uv) and use its "global". It should solve what you wanted to solve: https://pixi.sh/dev/global_tools/introduction/
Use pixi or uv to maintain this specific environment and separate it from the global one
Why don't you use pixi, which has the best from these worlds?
Why don't you use pixi?
One day you will discover Internet and how advantageous it is for scammers and malware authors.
Wtf is this argument even about? Knife is advantageous for robbers. Phone calls are advantageous for scammers.
Your existence is advantageous for many malicious agents.
So what?
I heard that Internet on its own is a home of underage media, drug deals and Russian hackers. I guess we need to rant about it also, right?
Still better and more feature rich than WA.
I used to observe the increased sensetivity to noise during my epresssion periods. Observe the same problems also with bright light. What may actually help here is psychologist / psychiatrist and therapy or medication. I'm not a doctor and maybe your problem not related to yours, but I just wanted to share the direction which helped me to decrease sound sensetivity.
But ones you are in company which does it right you start appreciate all good things it brings.
I haven't seen working communism though and never heard about it.
Also instagram allow you to see your feed in chronological order. And if you reopen it you still can see all posts (except ad) in the same order and on the same place they were.
Also zig is a good example of not a scripting language which does this job.
How about prefix then? https://prefix.dev/blog/uv_in_pixi
Simple.
Diversity is good. People who enforce it for the sake of diversity and build their careers around it are bad and essentially parasitic.
However, I can speak to diversity being a huge win
For the sake of example, let's substitute diversity for wealth.
Wealth distributed equally and justly is good. People who feel they must control the distribution of wealth because of the injustice of the world are evil. And their practices are evil. And the actual implementation of those practices only leads to more injustice and evil.
Maybe I'm stupid but with the link opened I struggled to understand what musicaire does.
Thank you!
I have the sad feeling that this article is reinventing what is already well described, in unambiguous and accepted terms. Here I see a reinvention of terms, meanings, notations, which will make it harder for those who will use it through third-party libraries or try to understand it more deeply. I tried to find anything available by a simple google search.... and couldn't find it.
Therefore, I will get what I had the good fortune to come across also outside the Internet:
[1] Lectures on 3D computer vision. Very rich, detailed, mathematically very accurate. The best one I ever saw on the topic
[2], [3] OpenCV documentation, including camera model and estimation of its position, mutual position of cameras
[4] Some good Standford lectures
[1] https://cmp.felk.cvut.cz/cmp/courses/TDV/2022W/lectures/tdv-...
[2] https://docs.opencv.org/4.x/d7/d53/tutorial_py_pose.html
[3] https://docs.opencv.org/4.x/d1/de0/tutorial_py_feature_homog...
[4] https://web.stanford.edu/class/cs231a/course_notes/01-camera...
Can you give some hints or examples of TDA in 3D reconstructions and computer vision? I'm interested in this topic, espectially exploring it from topological view.
I'm a friend of this this guy, but he is to shy to write about what he does.
Latest jobs: 1. Development of low-latency platform for trading. Implementation of kernel bypass TCP/IP stack on top of DPDK + F-Stack + Rust.
2. Implementation of low-latency algorithms for HFT. Rust, WebSockets, gRPC.
Personal projects (you can see links in his resume): RSGC Concurrent garbage collection library for Rust (November 01, 2022 - March 03, 2023) Concurrent GC library written in Rust for Rust. Throughput and latency are comparable to that of HotSpot GCs like G1 or Shenandoah, outperforms .NET and Go garbage collectors.
b3-rs LLVM-like library for code generation A library for code generation based on B3 from WebKit. Supports generating x86_64 and RISC-V machine code out of the box.
Yep. All products you see on the site you can actually. With Viking camera it is a bit more complicated process, but yes, you can order it too.
It is necessarily to go through sales@mosaic51.com
Here are case studies from our clients: https://www.mosaic51.com/case-studies/ Here is the video from one of our clients: https://www.youtube.com/watch?v=y1rK4N82UEE
Here is the videos and examples on our YT channel: https://www.youtube.com/@mosaic360cameras/videos
We are building high resolution panoramic cameras which are easy to use and do not require additional PC in the car and can be operated. Also we've got a highest panoramic resolution camera (Viking) with six 6k x 4k modules shooting incredible dynamic range.
https://www.mosaic51.com/cameras/
https://www.youtube.com/watch?v=C5cmaa1QGr0 (shit, YT compression is heavy on this one)