InternLM2.5-7B-Chat
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Internlm2.5 7B Chat
Overview :
InternLM2.5-7B-Chat is an open-source 7 billion parameter Chinese dialogue model designed for practical scenarios. It boasts excellent reasoning abilities and surpasses models like Llama3 and Gemma2-9B in mathematical reasoning. It can analyze and reason from information gathered across hundreds of web pages, possesses strong tool invocation capabilities, supports a 1M ultra-long context window, making it suitable for building intelligent agents for long text processing and complex tasks.
Target Users :
Designed for enterprises and research institutions requiring complex dialogue processing, long-text analysis, and information retrieval. This model is suitable for building intelligent customer service, personal assistants, and educational tutoring applications, helping users handle language-related tasks more efficiently.
Total Visits: 29.7M
Top Region: US(17.94%)
Website Views : 51.6K
Use Cases
Used to build intelligent customer service systems, providing 24-hour automatic response services.
As a personal assistant, it helps users manage schedules and reminds them of important events.
In the education sector, it assists students with learning and provides personalized learning recommendations and answers to questions.
Features
Exhibits superior performance in mathematical reasoning, surpassing models of similar size.
Supports a 1M ultra-long context window, ideal for long text processing.
Can gather information from multiple web pages for analysis and reasoning.
Possesses capabilities in instruction understanding, tool selection, and result reflection.
Supports model deployment and API service through LMDeploy and vLLM.
Code follows the Apache-2.0 protocol and is open-source, with model weights fully accessible for academic research.
How to Use
Step 1: Load the InternLM2.5-7B-Chat model using the provided code.
Step 2: Set model parameters and choose the appropriate precision (float16 or float32).
Step 3: Use the model's chat or stream_chat interface for dialogue or streaming text generation.
Step 4: Deploy the model using LMDeploy or vLLM to enable local or cloud-based reasoning.
Step 5: Send requests to the model and obtain the dialogue or text generation results.
Step 6: Post-process the results according to the application scenario, such as formatting the output or conducting further analysis.
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