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Pairing with ChatGPT to help write a Postgres function
Pairing with ChatGPT to help write a Postgres function
Here’s the latest installment in the series on working with LLMS: It was only after I deployed the function and used it in three different dashboards that the penny finally dropped. This had …
·blog.jonudell.net·
Pairing with ChatGPT to help write a Postgres function
LLMs are not even good wordcels
LLMs are not even good wordcels
A chat with friends recently reminded me about pangrams, and what a cute little language curiosity they are. I also remembered that i never got a self-enumerating pangram generator to work. I should give that another try! I thought it would be fun play with ChatGPT and see if it could generate some good ones, expecting it to do quite well on this task. After all, LLMs should be excellent wordcels, right? That is, is there’s one thing they should be very good at, that is verbal intelligence. Yeah, i know this meme of “shape rotators vs. wordcels” can be a bit cringy, but i honestly find these terms ironically endearing. Well, it doesn’t seem so.
·demian.ferrei.ro·
LLMs are not even good wordcels
3 Simple Rules for Using my Large Language Model
3 Simple Rules for Using my Large Language Model
When it comes to AI, it seems like the vast majority of people I talk to believe large language models (LLMs) are either going to surpass human intelligence any…
·justin.searls.co·
3 Simple Rules for Using my Large Language Model
Advanced Prompt Engineering - Practical Examples
Advanced Prompt Engineering - Practical Examples
With the surge of LLMs with billions of parameters like GPT4, PaLM-2, and Claude, came the need to steer their behavior in order to align them with tasks. This blog post will cover more complex state-of-the-art methods in prompt engineering including Chains and Agents, along with important concept definitions such as the distinctions between them.
·tensorops.ai·
Advanced Prompt Engineering - Practical Examples
Running Fabric Locally with Ollama: A Step-by-Step Guide - Bernhard Knasmüller on Software Development
Running Fabric Locally with Ollama: A Step-by-Step Guide - Bernhard Knasmüller on Software Development
In the realm of Large Language Models (LLMs), Daniel Miessler’s fabric project is a popular choice for collecting and integrating various LLM prompts. However, its default requirement to access the OpenAI API can lead to unexpected costs. Enter ollama, an alternative solution that allows running LLMs locally on powerful hardware like Apple Silicon chips or […]
·knasmueller.net·
Running Fabric Locally with Ollama: A Step-by-Step Guide - Bernhard Knasmüller on Software Development
4 Reasons Your AI Agent Needs Code Interpreter
4 Reasons Your AI Agent Needs Code Interpreter
We will see code interpreters powering even more AI agents and apps as a part of the new ecosystem being built around LLMs, where a code interpreter represents a crucial part of an agent’s brain.
·thenewstack.io·
4 Reasons Your AI Agent Needs Code Interpreter
Do Enormous LLM Context Windows Spell the End of RAG?
Do Enormous LLM Context Windows Spell the End of RAG?
Now that LLMs can retrieve 1 million tokens at once, how long will it be until we don’t need retrieval augmented generation for accurate AI responses?
·thenewstack.io·
Do Enormous LLM Context Windows Spell the End of RAG?
Block AI crawlers
Block AI crawlers
I have very mixed opinions on LLMs, as they stand. This note won’t be digging into my thoughts there - I don’t want to have that discussion. However, while I’m not exactly doing cutting-edge research here, I do put effort into publishing for humans.
·ellie.wtf·
Block AI crawlers
SQL Schema Generation With Large Language Models
SQL Schema Generation With Large Language Models
We discover that mapping one domain (publishing) into another (the domain-specific language of SQL) works heavily to an LLM's strengths.
·thenewstack.io·
SQL Schema Generation With Large Language Models
How RAG Architecture Overcomes LLM Limitations
How RAG Architecture Overcomes LLM Limitations
Retrieval-augmented generation facilitates a radical makeover of LLMs and real-time AI environments to produce better, more accurate search results.
·thenewstack.io·
How RAG Architecture Overcomes LLM Limitations
Improving LLM Output by Combining RAG and Fine-Tuning
Improving LLM Output by Combining RAG and Fine-Tuning
When designing a domain-specific enterprise-grade conversational Q&A system to answer customer questions, Conviva found an either/or approach isn’t sufficient.
·thenewstack.io·
Improving LLM Output by Combining RAG and Fine-Tuning
Evaluation for LLM-Based Apps | Deepchecks
Evaluation for LLM-Based Apps | Deepchecks
Release high-quality LLM apps quickly without compromising on testing. Never be held back by the complex and subjective nature of LLM interactions.
·deepchecks.com·
Evaluation for LLM-Based Apps | Deepchecks
How to Cure LLM Weaknesses with Vector Databases
How to Cure LLM Weaknesses with Vector Databases
Vector databases enable businesses to affordably and sustainably adapt generic large language models for organization-specific use.
·thenewstack.io·
How to Cure LLM Weaknesses with Vector Databases
RAG vs. Fine Tuning: Which One is Right for You? - Vectorize
RAG vs. Fine Tuning: Which One is Right for You? - Vectorize
Introduction In today’s world, LLMs are everywhere, but what exactly is an LLM and what are they used for? LLM, an acronym for Large Language Model, is an AI model developed to understand and generate human-like language. LLMs are trained on huge data sets (hence “large”) to process and generate meaningful and relevant responses based
·vectorize.io·
RAG vs. Fine Tuning: Which One is Right for You? - Vectorize