Development of a modular, universal retrofit system for autonomous control of robotic wet/dry cleaners
Development of a modular, universal retrofit system for autonomous control of robotic wet/dry cleaners
批准号:
545302-2019
负责人:
Rogers, Ben
金额:
$1.82万
依托单位国家:
加拿大
项目类别:
Applied Research and Development Grants - Level 1
财政年份:
2019
资助国家:
加拿大
项目状态:
已结题
起止时间:
2019-01-01 至 2020-12-31
中文摘要
总部位于安大略省马卡姆的Cyberworks Robotics(Cyberworks)正在引领自主导航领域的新一轮创新浪潮,包括高分辨率3D机器视觉导航系统和人工智能(AI)运行的路径规划。该公司最近在研发和人工智能技术方面取得的突破使Cyberworks能够为地板清洁机开发新一代低成本、附加自主导航系统套件。为了具有可扩展性,附加套件设计必须与最流行的湿式和干式地板清洁机兼容。Cyberworks将与Seneca电子和机械工程技术学院合作,确定其套件中硬件最重要的设计参数,并将获得与当今使用的最流行地板清洁模型兼容的完整,模块化和灵活的设计,这将使Cyberworks能够推出许多新的改造产品,以扩大其客户群。
英文摘要
Markham, Ontario-based, Cyberworks Robotics (Cyberworks) is leading a new wave of innovation in autonomous navigation, both in guidance systems with high-resolution 3D machine vision and in path planning, run by artificial intelligence (AI). Recent breakthroughs in the company's R&D and AI technology have allowed Cyberworks to develop a new generation of low-cost, add-on autonomous navigation-system kits for floor cleaning machines. To be scalable, the add-on kit design must be compatible with the most popular wet and dry floor cleaning machines. In collaboration with Seneca's School of Electronics and Mechanical Engineering Technology, Cyberworks will establish the design parameters most important to the hardware in their kits and will receive a full, modular, and flexible design compatible with the most popular floor cleaning models in use today, which will enable Cyberworks to launch a number of new retrofit offerings to expand their customer base.
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