▶

AgenteAbierto · YouTube Analyzer

DocType: YouTube Video

Reproductor de Video

Campo embed (DocField):
embed · Text/HTML

How to Self-Host an LLM: Local AI Inference with vLLM

Todos los campos y metadatos del DocType YouTube Video · agenteabierto_web
Documento activo
nameData · PK
Identificador único del documento. Clave primaria autogenerada por Frappe Framework.
OuBxnfPA15g
titleData · Req
Título descriptivo del video de YouTube. Campo de texto principal visible en listas y vistas.

None

embedText · HTML
Código embed de YouTube (iframe). Este campo alimenta directamente el reproductor. Contiene la URL con video ID y parámetros.
None
youtube_urlData · URL
URL completa del video en YouTube. Usada para extraer el video_id y construir el embed dinámicamente.

None

descriptionText · Long
Descripción detallada del contenido del video. Puede incluir resumen, puntos clave, transcripción parcial o notas del editor.
None
categoryLink · Select
Categoría temática del video. Permite clasificar y filtrar el contenido por área de conocimiento o temática.
None

Campos del Sistema Frappe

ownerData · System

Administrator

creationDatetime · Auto
2026-09-28 09:12:50.499561
modifiedDatetime · Auto
2026-09-28 09:12:50.499561
modified_byData · System
Administrator
docstatusInt · 0=Draft 1=Sub 2=Can

0

Mapa de DataKeys y Fieldnames

fieldnamefieldtypedata_key
nameDataOuBxnfPA15g
title

Data

How to Self-Host an LLM: Local AI Inference with vLLM
embedTexthttps://www.youtube.com/embed/OuBxnfPA15g
youtube_urlDatahttps://www.youtube.com/watch?v=OuBxnfPA15g
descriptionLong TextWant to try for yourself? Find the code here → https://ibm.biz/~pDRvDsIfj Want to run an LLM on your own hardware? Cedric Clyburn demonstrates self-hosted AI inference with vLLM, from loading an open-weight model to serving it through an API. Learn how quantization, GPU memory, and model serving shape practical local AI deployments. 00:00 - Why Self-Host an LLM? 00:21 - What Is vLLM and Why It Matters 00:57 - Continuous Batching & Paged Attention Explained 02:16 - Two Ways to Use vLLM: Python vs API Server 02:45 - Choosing Open Models for AI Inference 03:23 - Running Offline Inference with Python 05:21 - Serving LLMs Through an API Endpoint 07:45 - Understanding Quantization and GPU Memory 08:37 - Using Compressed Models Efficiently 10:08 - Deploying and Evaluating AI Models with vLLM Explore more technical tutorials, articles, and learning resources here → https://ibm.biz/~KvxBUv6yY AI was used in the creation of the transcript and metadata for this video. #vllm #selfhostedai #opensource #opensourceai ----------------------------------------------------------------------------------------------------------- Find us on YouTube: 🔵 IBM Developer: https://youtube.com/@IBMDeveloperAdvocates 🔵 IBM Technology: https://www.youtube.com/@IBMTechnology 🔵 IBM: https://www.youtube.com/@IBM Follow our Developer social channels: 🟣https://www.linkedin.com/showcase/ibmdeveloper 🟣 https://x.com/ibmdeveloper

category

Link

doc.category
published_dateDate2026-09-22 11:00:27
is_publishedCheck0