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This paper addresses the use of a service robot system working for humans in a daily life environment. The robot system described here always interacts with humans, and is therefore required to consider the satisfaction of users to provide suitable services. Our goal is to develop a robot system offering a hand-over service according to the preference of users. Here, we construct a task instruction...
This paper presents the development of Robot Technology Components (RTCs) using RT-Middleware (RTM) for designing assistive robotic arms and human-machine interfaces (HMIs) that can be used by the disabled. RTM is an open software platform for a component-oriented robot system. An RTC is the basic functional unit for constructing a robot system using RTM. The interface definition for the basic functionality...
To support disabled persons with less muscle strength like muscular dystrophy patients, a single switch and a scanning menu panel is introduced to input method for the manipulator control. The iArm manipulator and its simulator are connected to evaluate the input performance. The evaluation task is the handling of pegs on the pegboard with the manipulator. Muscle dystrophy patients tested our interface...
To support disabled people with less muscle strength like muscular dystrophy patients, we are developing simple robot arm systems. In this paper, we report the improvements of the inter-face part of the system. The user can change the buttons' position on the input panel only with the single switch. The user can let the buttons on the input panel scan with single click and can select a button with...
We are developing a manipulator system in order to support disabled people with less muscle strength such as muscular dystrophy patients. Such a manipulator should have an easy interface for the users to control it. In this paper, we report on the construction of the user interface of the system using RT-middleware. RT-middleware is an open software platform for robot systems. Therefore other interface...
This paper presents a simple task instruction scheme for a supporting robot in a daily life environment. It is difficult for a robot to perform an automatic task in the daily life environment because its sensors are not perfect in such an environment and the world model of the robot cannot cover the specific details of this environment. On the other hand, a user of the robot may control the robot...
This paper presents a task instruction scheme for a service robot operating in a daily life environment. It is difficult for the robot to execute tasks automatically in the daily life environment, because it should handle various objects and the working environment is complex. In such an environment, the concept of shared autonomy by which the robot can share a task with a human is important. The...
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