warangal

VITS is such a cool model (and paper), fast, minimal, trainable. Meta took it to extreme for about 1000 languges.

It seems like you have been working on this application for sometime, i will go through your code , but could you provide some context about upgradations/changes you have made, or some post describing your efforts.

Cool nonetheless!

I may be wrong here, but blog-post seems AI written, with repetition of sequences like "the inference pipeline was rebuilt using architecture-aware fused kernels, optimized scheduling, and dis-aggregated serving". I don't know what that means without some code and proper context.

Also they claim 3-6x inference thorough-put compared to Quen3-30B-A3B, without referring back to some code or paper, all i could see in the hugging-face repo is usage of standard inference stack like Vllm . I have looked at earlier models which were trained with help of Nvidia, but the actual context of "help" was never clear ! There is no release of (Indian specific) datasets they would be using , all such releases muddy the water rather than being a helpful addition , atleast according to me!

pretty cool work! Though it leaves me wondering if coreboot/bios code can directly interface with thermal-management and battery controller , shouldn't it be feasible to improve upon battery life by exposing some interface to OS, like apple laptops ?

I was also reading through lobsters Memory management, which (i think) currently implements "borrow first" semantics, to do away with a lot of run-time reference counting logic, which i think is a very practical approach. Also i have doubts if reference counting overhead ever becomes too much for some languages to never consider RC ?

Tangentially, i was experimenting with a runtime library to expose such "borrow-first" semantics, such "lents" can be easily copied on a new thread stack to access shared memory, and are not involved in RC . Race-conditions detection helps to share memory without any explicit move to a new thread. It seems to work well for simpler data-structures like sequence/vectors/strings/dictionary, but have not figured a proper way to handle recursive/dynamic data-structures!

How do you market it, through social-media or are there dedicated channels for sharing awareness for such Mac Apps, if you don't mind sharing?

Currently (Semantic) ML model is the weakest (minorly fine-tuned) ViT B/32 variant, and more like acting as a placeholder i.e very easy to swap with a desired model. (DINO models have been pretty great, being trained on much cleaner and larger Dataset, CLIP was one of first of Image-text type models !).

For point about "girl drinking water", "girl" is the person/tagged name , "drinking water" is just re-ranking all of "girl"s photos ! (Rather than finding all photos of a (generic) girl drinking water) .

I have been more focussed on making indexing pipeline more peformant by reducing copies, speeding up bottleneck portions by writing in Nim. Fusion of semantic features with meta-data is more interesting and challenging part, in comparison to choosing an embedding model !

Hi, Author here!

I have been working on this project for quite some time now. Even though for such search engines, basic ideas remain the same i.e extracting meta-data or semantic info, and providing an interface to query it. Lots of effort have gone into making those modules performant while keeping dependencies minimal. Current version is down to only 3 dependencies i.e numpy, markupsafe, ftfy and a python installation with no hard dependence on any version. A lot of code is written from scratch including a meta-indexing engine and minimal vector database. Being able to index any personal data from multiple devices or service without duplicating has been the main them of the project so far!

We (My friend) have already tested it on around 180gb of Pexels dataset and upto 500k of flickr 10M dataset. Machine learning models are powered by a framework completely written in Nim (which is currently not open-source) and has ONEDNN as only dependency (which has to be do away to make it run on ARM machines!)

I have been mainly looking for feedback to improve upon some rough edges, but it has been worthwhile to work upon this project and includes code written in assembly to html !

Using `zig-cc (clang)` to set a particular `LibC` version is one of the best decisions i have made, and saved me from those meaningless libC mismatch errors!

I know it may be not what you are looking for, but most of such models generate multiple-scale image features through an image encoder, and those can be very easily fine-tuned for a particular task, like some polygon prediction for your use case. I understand the main benefit of such promptable models to reduce/remove this kind of work in the first place, but could be worth and much more accurate if you have a specific high-load task !

Pretty cool project!, I have been also trying to do something similar with very limited (abstract) OPs akin to fundamental computer instructions. Just using the numpy backend for now to test theory, but neat thing is that most of complexity lies in the abstract space like deciding which memory accesses could be coalesced even before generating the final code for a specific backend! As far as i know most of DL compilers struggle to generate optimum code, as model starts getting bigger and bigger . Halide project was/is a very cool project that speed up many kernels just by finding better cache/memory access pattern. If you happen to share more insights about your projects through blog-posts or whitepaper that would be really helpful.

A bit tangential statement, about parakeet and other Nvidia Nemo models, i never found actual architecture implementations as pytorch/tf code, seems like all such models, are instant-ized from a binary blob making it difficult to experiment! Maybe i missed something, does anyone here have more experience with .nemo models to shed some more light onto this?