Skip to main content

Posts

Showing posts with the label langchain

Introducing the Local Copilot Chatbot Application: Your Ultimate Document-Based Query Assistant

                                                  actual screenshot taken of the knowledge bot Introducing the Local Copilot Chatbot Application: Your Ultimate Document-Based Query Assistant In today's fast-paced world, finding precise information quickly can make a significant difference. Our Local Copilot Chatbot Application offers a cutting-edge solution for accessing and querying document-based knowledge with remarkable efficiency. This Flask-based application utilizes the powerful Ollama and Phi3 models to deliver an interactive, intuitive chatbot experience. Here's a deep dive into what our application offers and how it leverages modern technologies to enhance your productivity. What is the Local Copilot Chatbot Application? The Local Copilot Chatbot Application is designed to serve as your personal assistant for document-based queri...

LangChain Memory Store

To add bigger memory space with LangChain, you can leverage the various memory modules that LangChain provides. Here's a brief guide on how to do it: 1. Use a Larger Memory Backend LangChain allows you to use different types of memory backends. For larger memory capacity, you can use backends like databases or cloud storage. For instance, using a vector database like Pinecone or FAISS can help manage larger context effectively. 2. Implement a Custom Memory Class You can implement your own memory class to handle larger context. Here’s an example of how to create a custom memory class: ```python from langchain.memory import BaseMemory class CustomMemory(BaseMemory):     def __init__(self):         self.memory = []     def add_to_memory(self, message):         self.memory.append(message)          def get_memory(self):         return self.memory     def clear_memory(self): ...

Develop a Customize LLM Agent

  Photo by MART PRODUCTION at pexel If you’re interested in customizing an agent for a specific task, one way to do this is to fine-tune the models on your dataset.  For preparing dataset you can see this article . 1. Curate the Dataset - Using NeMo Curator:   - Install NVIDIA NeMo: `pip install nemo_toolkit`   - Use NeMo Curator to prepare your dataset according to your specific requirements. 2. Fine-Tune the Model - Using NeMo Framework:   1. Setup NeMo:      ```python      import nemo      import nemo.collections.nlp as nemo_nlp      ```   2. Prepare the Data:      ```python      # Example to prepare dataset      from nemo.collections.nlp.data.text_to_text import TextToTextDataset      dataset = TextToTextDataset(file_path="path_to_your_dataset")      ```   3. Fine-Tune the Model:      ```python ...

Sentiment Analysis with LangChain and LLM

  Here's a quick guide on how to perform sentiment analysis and other tasks using LangChain, LLM (Large Language Models), NLP (Natural Language Processing), and statistical analytics. Sentiment Analysis with LangChain and LLM 1. Install Required Libraries:    ```bash    pip install langchain openai transformers    ``` 2. Set Up OpenAI API:    ```python    import openai    openai.api_key = 'your_openai_api_key'    ``` 3. LangChain for Sentiment Analysis:    ```python    from langchain.llms import OpenAI    from langchain import Chain    # Initialize OpenAI LLM    llm = OpenAI(model="text-davinci-003")    # Define a function for sentiment analysis    def analyze_sentiment(text):        response = llm.completion(            prompt=f"Analyze the sentiment of the following text: {text}",   ...

Local Copilot with SLM

  Photo by ZHENYU LUO on Unsplash What is a Copilot? A copilot  in the context of software development and artificial intelligence refers to an AI-powered assistant that helps users by providing suggestions, automating repetitive tasks, and enhancing productivity. These copilots can be integrated into various applications, such as code editors, customer service platforms, or personal productivity tools, to provide real-time assistance and insights. Benefits of a Copilot 1. Increased Productivity:    - Copilots can automate repetitive tasks, allowing users to focus on more complex and creative aspects of their work. 2. Real-time Assistance:    - Provides instant suggestions and corrections, reducing the time spent on debugging and error correction. 3. Knowledge Enhancement:    - Offers context-aware suggestions that help users learn and apply best practices, improving their skills over time. 4. Consistency:    - Ensures consistent applica...

Steps to Create Bot

  Photo by Kindel Media at pexel If you want to develop a ChatBot with Azure and OpenAi in a few simple steps. You can follow the steps below. 1. Design and Requirements Gathering:    - Define the purpose and functionalities of the chatbot.    - Gather requirements for integration with Azure, OpenAI, Langchain, Promo Engineering, Document Intelligence System, KNN-based question similarities with Redis, vector database, and Langchain memory. 2. Azure Setup :    - Create an Azure account if you don't have one.    - Set up Azure Functions for serverless architecture.    - Request access to Azure OpenAI Service. 3. OpenAI Integration :    - Obtain API access to OpenAI.    - Integrate OpenAI's GPT models for natural language understanding and generation into your chatbot. 4. Langchain Integration :    - Explore Langchain's capabilities for language processing and understanding.    - Integrate Langc...

Integrate and Optimize Large Language Model (LLM) Framework by Python

Integrating and optimizing Large Language Model (LLM) frameworks with various prompting strategies in Python requires careful consideration of the specific libraries and your desired use case.   1. RAG RAG (Retrieval-Augmented Generation) is a technique that uses a retrieval model to retrieve relevant documents from a knowledge base, and then uses a generative model to generate text based on the retrieved documents. To integrate RAG with an LLM framework, you can use the  rag  module in LangChain. This module provides a simple interface for using RAG with different LLMs. To optimize RAG, you can use a variety of techniques, such as: Using a larger knowledge base Using a more powerful retrieval model Using a more powerful generative model Tuning the hyperparameters of the RAG model 2. ReAct Prompting ReAct prompting is a technique that uses prompts to guide the LLM towards generating the desired output. To integrate ReAct prompting with an LLM framework, you...