Install AI Toolkit on Gigabyte AI TOP ATOM – Step-by-Step Guide – Part 2-2
Phase 8: Compiling and Starting the Web UI Now I can compile and start the web UI. First, I switch...
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Author: Maker
Install AI Toolkit on Gigabyte AI TOP ATOM – Step-by-Step Guide – Part 1-2
After showing in my previous posts how to install Ollama, Open WebUI, LLaMA Factory, vLLM, and...
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Install vLLM on Gigabyte AI TOP ATOM: High-Performance LLM Inference with OpenAI-Compatible API – Part 3-3
Download and Run Additional Models Locally Since you already downloaded models locally in Phase 4,...
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Install vLLM on Gigabyte AI TOP ATOM: High-Performance LLM Inference with OpenAI-Compatible API – Part 2-3
Configuring vLLM for Production Deployment (More Complex) For production use, I want to run the...
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Install vLLM on Gigabyte AI TOP ATOM: High-Performance LLM Inference with OpenAI-Compatible API – Part 1-3
After showing you how to install Ollama, Open WebUI, ComfyUI, and LLaMA Factory on the Gigabyte AI...
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- Local Voice Agent: Wiring ASR, LLM and TTS into a Loop with NVIDIA Pipecat Locally
Every building block is now available locally: ASR (Parakeet, Canary), TTS (Magpie), an LLM via my Ollama server and the orchestrator (NAT, Part 5). Now I’m connecting them into a continuous, interruptible speech loop. This will be my first small local voice agent. What I’m aiming for is a kind of general-purpose agent: I speak,… Read more: Local Voice Agent: Wiring ASR, LLM and TTS into a Loop with NVIDIA Pipecat Locally - NVIDIA NeMo Agent Toolkit (NAT): set up the agent orchestrator locally
The two halves of a voice agent are in place: with Parakeet (Part 2) and Canary (Part 3) the agent listens, with Magpie (Part 4) it answers. What’s still missing is the brain: the layer that turns recognized text into a decision and triggers the matching answer or action. That’s exactly what I take on… Read more: NVIDIA NeMo Agent Toolkit (NAT): set up the agent orchestrator locally - NVIDIA Magpie TTS locally: German speech output as a microservice
The speech recognition is in place: with Parakeet (Part 2) and Canary (Part 3) I covered the input direction, speech to text, natively on NVIDIA. Now comes the opposite direction, the voice output. In this post I run NVIDIA Magpie TTS as a local NIM and have German text read aloud naturally. This is the… Read more: NVIDIA Magpie TTS locally: German speech output as a microservice - NVIDIA Canary locally: multilingual speech recognition and translation as a NIM
In Part 2 I set up Parakeet as a streaming-capable ASR NIM for German and ran it as a live service with low latency. In this post I take on the sister model: NVIDIA Canary as a NIM. Canary does not shine at latency but at accuracy, and it can do something Parakeet cannot: translate.… Read more: NVIDIA Canary locally: multilingual speech recognition and translation as a NIM - NVIDIA NIM locally: running German speech recognition as a microservice
In my last post I ran NVIDIA Nemotron ASR Streaming directly with NeMo locally. That was the “bare” route via the framework. In this post I go one step further and dive into NVIDIA NIM. NIM stands for NVIDIA Inference Microservices, the microservice variant NVIDIA uses to ship its models as ready-made, optimized containers. The… Read more: NVIDIA NIM locally: running German speech recognition as a microservice
The tutorial offers a clear and practical guide for setting up and running the Tensorflow Object Detection Training Suite. Could…
This works using an very old laptop with old GPU >>> print(torch.cuda.is_available()) True >>> print(torch.version.cuda) 12.6 >>> print(torch.cuda.device_count()) 1 >>>…
Hello Valentin, I will not share anything related to my work on detecting mines or UXO's. Best regards, Maker
Hello, We are a group of students at ESILV working on a project that aim to prove the availability of…