GLM-4-9B-Chat-1M
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GLM 4 9B Chat 1M
Overview :
GLM-4-9B-Chat-1M is a new generation of pre-trained model released by ZhiPu AI, an open-source version of the GLM-4 series. It has demonstrated high performance in various benchmark datasets covering semantics, mathematics, reasoning, code, and knowledge. This model not only supports multi-turn dialogue but also features advanced functionalities like web browsing, code execution, custom tool invocation, and long-text reasoning. It supports 26 languages, including Japanese, Korean, and German, and a special version with 1M context length is available, suitable for developers and researchers handling large amounts of data and working in multilingual environments.
Target Users :
This model is primarily designed for developers, data scientists, and researchers who work with complex datasets, require multilingual interactions, or need a model with advanced reasoning and execution capabilities. It can help them increase work efficiency, process large-scale data, and facilitate effective communication and information processing in multilingual environments.
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Use Cases
Developers use this model to build multilingual chatbots.
Data scientists leverage the model's long-text reasoning ability for large-scale data analysis.
Researchers utilize the model's code execution functionality for algorithm validation and testing.
Features
Multi-turn dialogue capability for coherent interactions.
Web browsing functionality to access and understand web content.
Code execution capability to run and understand code.
Custom tool invocation to integrate and utilize custom tools or APIs.
Long-text reasoning supporting up to 128K context, suitable for processing large datasets.
Multilingual support, including 26 languages such as Japanese, Korean, and German.
1M context length support, approximately 2 million Chinese characters, suitable for long-text processing.
How to Use
Step 1: Import necessary libraries, such as torch and transformers.
Step 2: Load the model's tokenizer using AutoTokenizer.from_pretrained() method.
Step 3: Prepare input data, format it using tokenizer.apply_chat_template() method.
Step 4: Convert input data to the model's required format, e.g., by using to(device) method to transfer it to a PyTorch tensor.
Step 5: Load the model using AutoModelForCausalLM.from_pretrained() method.
Step 6: Set generation parameters, such as max_length and do_sample.
Step 7: Call the model.generate() method to generate output.
Step 8: Decode the output using tokenizer.decode() method to obtain readable text.
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