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VISION ROBOT 平台

VISION ROBOT Platform

机器人交付低代码平台
Low-Code Platform for Robotics Application
低代码模块化
Low code modularity
模块之间通过信号流与数据流交互，使用拖拽组件和模型驱动的逻辑（搭积木模式）来完成软件设计，无需进行底层代码编写。
Modules interact with each other through signal and data flow, using drag-and-drop components and model-driven logic (building block model) to complete the software design without the need for underlying code
行业应用丰富
Abundant industry applications
平台已集成物流快递等行业无序分拣、拆码垛、单件分离、DWS、自动装卸货等应用场景，后续将不断增加其他行业应用。
The platform has integrated application scenarios such as dis-orderly sorting, unstacking, singulating, DWS, and automatic loading and unloading in industries of logistics and express ... etc., and it will continue to increase applications in other industries in the future.
算法模块丰富
Abundant algorithm modules
平台集成了SENAD-CV机器视觉算法引擎，拥有1000+算法子模块，包含了常用的视觉算法、机械臂算法、深度学习算法、手眼标定算法、称重算法、智能打标算法等。
The platform integrates SENAD-CV machine vision algorithm engine, which contains 1000+ algorithm sub-modules, including common vision algorithms, robotic arm algorithms, deep learning algorithms, hand-eye calibration algorithms, weighing algorithms, intelligent marking algorithms, etc.
硬件灵活配置
Flexible hardware configuration
平台可适配国内外各种主流品牌机器人。
The platform can be applied to all major international brands of robots
相机兼容性强
Strong camera compatibility
具有独立的图像编解码模块，将不同品牌相机的图像转化为标准图像格式进行算法处理。
It has an independent image encoding and decoding module that converts images from different brands of cameras into standard image formats for algorithmic processing.
技术栈全覆盖
Full coverage of technology stack
支持C/C++/C#/Java/python/JS等多种语言的图像数据接口。
Support multiple language image data interfaces such as C/C++/C #/Java/Python/JS.
平台支持广泛
Extensive platform support
windows/android/Linux/Ubuntu/Unix/麒麟V10全平台支持。
Windows/android/Linux/Ubuntu/Unix/Kirin V10 full platform support.
客户定制灵活
Flexible customer customization
平台支持用户自定义模块，可以实现特殊场景的算法、特殊硬件的控制等定制化需求一键集成。
The platform supports user-defined modules, enabling one-click integration of customized requirements such as algorithms for special scenarios and control of special hardware.
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