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SEEKING WORK | Oxford, UK (company established as LLC in States) | Remote | https://daiter.dev Use me to condense your product's timeline and budget with bulletproof, scalable, and modular embedded software frameworks and tooling.

Previous Senior/Ld Software Engineer with 8 years of industry and research experience. Specifically interested in signal analysis and its interdisciplinary subdomains (psychology, interaction, etc.).

* Published computer vision scientist (ECCV '16) with 5 magnitude increase for photogrammetry in CUDA/SIMD

* Experienced AR/XR developer with strong embedded skills

* Hardware designer

* Available for part time work now, in a few months for full time work

* Currently finishing my Master's Thesis at Oxford. Double Master's in CS + EE, with specialities in embedded programming, functional languages and optics/FPGA dev/power electronics.

* Tech stack: Erlang, Elixir, C++, C, Assembler, SIMD, CUDA, OpticStudio, EAGLE

* Helped two previous companies save millions in cloud costs through novel video streaming algorithms and embedded computer vision algorithms.

email: matthew@daiter.dev


Hey all! Original author here. Seems like the server might be down. Bumping @jotaen's comment on the cached link: http://webcache.googleusercontent.com/search?q=cache:0W2gpfw...

Thanks @jotaen!!! Really appreciate it.


Minor comment: Stanford is $16,329 _per quarter_, not semester.


jaw dropped


I'd love to hear how this might be applied as a general debugger concept for CUDA and the likes. To a layman like me, CUDA's GDB debugging interface has always left a sour taste in my mouth due to the high amount of parallelism that simply can't be displayed through a debugger entailed to be used only on a single thread. I'd love to see someone working on (and I'm probably going to take a crack at it myself ;) ) not just using this interface as a language, but also as a debugging tool for other languages. Decomposition of CUDA (and other -- thinking Erlang right now especially) programs into bite-sized visualizations in order to program and debug would be invaluable for the space.


It would be supper cool to debug CUDA with Luna, but keep in mind there is a really long way until it will be possible. It is however very interesting path and I'm super curious where it could lead us to! I'm willing to support it as I can if you would like to try do it by yourself. You will be even able to cut off our backend and use the GUI for your purposes, however more interesting (and even probably also easier) way to do it will be to make some abstractions in backend and build the graph using provided by us backend server, its API and replacing only the interpreter / compiler plugins. To sum this up, a very interesting idea!


Surprised no one's mentioned Nebia: https://nebia.com

Super cool startup working on minimising water usage through increasing the surface area/volume ratio of water droplets while taking a shower.


Nebia is already funded by Y Combinator (S15).


>Trump and Myron talking >Trump: "Hey Myron, thoughts on climate change?" >Myron: "Oh it's nothing, the polar bears are just brown and cities are going underwater, but your ozone-damaging hairspray won't escape your dressing room (https://www.youtube.com/watch?v=eU2p6YakNJg) while you grope a supermodel"

Please Elon Musk, if you're reading this, make Tesla and SolarCity come faster so we can still experience snow no matter who runs this country


Best comment right here


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