UI-TARS-7B-SFT
U
UI TARS 7B SFT
Overview :
UI-TARS, developed by ByteDance's research team, is a next-generation native GUI proxy model aimed at seamless interaction with graphical user interfaces leveraging human-like perception, reasoning, and action capabilities. This model integrates all key components such as perception, reasoning, localization, and memory, enabling end-to-end task automation without predefined workflows or manual rules. Its main advantages include powerful multi-modal interaction capabilities, high-precision visual perception and semantic understanding, and excellent performance across various complex task scenarios. This model is particularly suitable for automation of GUI interactions, such as in automated testing and smart office environments, significantly improving work efficiency.
Target Users :
This model is designed for scenarios that require automated GUI interaction, such as automated testing, smart office applications, and intelligent customer service. For enterprises and developers handling a large volume of GUI interaction tasks, UI-TARS can significantly enhance work efficiency and reduce labor costs. Additionally, the model is suitable for multi-modal interaction scenarios like smart driving and smart homes, providing users with a more natural and convenient interaction experience.
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Use Cases
In automated testing scenarios, UI-TARS can automatically recognize and operate on interface elements to complete testing tasks.
In smart office environments, UI-TARS can automatically operate office software based on user instructions, enhancing work efficiency.
In intelligent customer service scenarios, UI-TARS can automatically interact with relevant interfaces based on user inquiries, providing more accurate responses.
Features
Powerful visual perception capabilities, excelling in various visual tasks.
Efficient semantic understanding capabilities, accurately interpreting natural language commands.
Precise interface element localization ability, quickly pinpointing target elements in complex GUI environments.
Strong task automation capabilities, enabling end-to-end task automation.
Supports multiple modal inputs, capable of processing images, text, and other types of data simultaneously.
Possesses memory capabilities, allowing reasoning and decision-making based on historical interaction information.
Supports multi-task processing, facilitating flexible switching between multiple tasks.
Exhibits good scalability, customizable and optimizable for different needs.
How to Use
1. Prepare the GUI interface that requires interaction.
2. Load the model into a supported framework (e.g., Hugging Face Transformers).
3. Input natural language commands or modal data such as images.
4. The model perceives, reasons, and makes decisions based on the input data, generating corresponding operation commands.
5. Send the operation commands to the GUI interface to complete the interaction task.
6. Adjust model parameters as needed to optimize interaction effectiveness.
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