首页> 外国专利> APPARATUS FOR PROVIDING ROTOR INTERACTION SERVICES USING AN INTERACTIVE ACTION MODEL AND A METHOD THEREOF CAPABLE OF OUTPUTTING VARIOUS INTERACTIONS OF A ROBOT

APPARATUS FOR PROVIDING ROTOR INTERACTION SERVICES USING AN INTERACTIVE ACTION MODEL AND A METHOD THEREOF CAPABLE OF OUTPUTTING VARIOUS INTERACTIONS OF A ROBOT

机译:使用交互作用模型提供转子交互服务的装置及其能够输出各种交互作用的方法

摘要

PURPOSE: An apparatus for providing rotor interaction services using an interactive action model and a method thereof are provided to output flexible robot actions according as the apparatus adaptively copes with an input error and a situation recognition error because a statistical model is constructed by applying robot input data errors.;CONSTITUTION: An apparatus for providing rotor interaction services using an interactive action model(100) comprises a control processing module(120), a robot application module(110), a robot function driving module(140), and a middleware module(130). An action model engine(122) of the control processing module determines and outputs interactive action signals based on action models and an policy models. The robot application module implements robot application services and applies the action signal outputs of the control processing module to service implementation. The robot function driving module observes an outer state with multiple sensors(142) and implements actions and functions of a robot with a function driving unit(144). The middleware module extracts observation information of the outer state and service history information from a robot function driving module and the robot application module. The middleware module inputs the information to the control processing module as observation signals. The middleware module creates motion operation signals and function operation signals to provide to the robot function driving module.;COPYRIGHT KIPO 2012
机译:用途:提供一种使用交互式动作模型提供转子交互服务的装置及其方法,以根据设备自适应地应对输入错误和情况识别错误来输出灵活的机器人动作,因为通过应用机器人输入来构建统计模型组成:一种使用交互式动作模型提供转子交互服务的装置(100),包括控制处理模块(120),机器人应用模块(110),机器人功能驱动模块(140)和中间件模块(130)。控制处理模块的动作模型引擎(122)基于动作模型和策略模型确定并输出交互动作信号。机器人应用程序模块实现机器人应用程序服务,并将控制处理模块的动作信号输出应用于服务实现。机器人功能驱动模块通过多个传感器(142)观察外部状态,并通过功能驱动单元(144)实现机器人的动作和功能。中间件模块从机器人功能驱动模块和机器人应用模块提取外部状态的观察信息和服务历史信息。中间件模块将信息作为观察信号输入到控制处理模块。中间件模块创建运动操作信号和功能操作信号以提供给机器人功能驱动模块。; COPYRIGHT KIPO 2012

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