Abstract: A form sorting system according to an aspect of the present disclosure includes: at least one memory configured to store instructions; and at least one processor configured to execute the instructions to: recognize forms placed in a stack; and control a robot based on a result of the recognition, the robot controlled to pick up one or more of the forms placed in a stack and to place each one of the one or more of the forms to a conveyor so as not to overlap with another form, wherein the conveyor conveys forms to a sorting mechanism.

Abstract: An information processing apparatus and a method for performing speech training in speech rehabilitation are disclosed. A report about content to be uttered in an utterance training is made to a trainee of the utterance training and the volume of a voice uttered by the trainee in response to the report is obtained. Then, the result of comparison between the obtained volume and a volume predetermined as a target volume is reported.

Abstract: An information processing apparatus and a method for performing speech training in speech rehabilitation are disclosed. A report about content to be uttered in an utterance training is made to a trainee of the utterance training and the volume of a voice uttered by the trainee in response to the report is obtained. Then, the result of comparison between the obtained volume and a volume predetermined as a target volume is reported.

Abstract: A system for power-saving task processing includes a remaining power detector detecting a remaining power of a battery, and a motion information table defining a relationship between the remaining power of the battery on execution of a task and a plurality of processes for each task. Each of the plurality of processes corresponds to a different remaining power of the battery. The system also includes a task controller that chooses and executes one of the plurality of processes from the motion information table according to the detection result of the remaining power detector.

Abstract: A system for power-saving task processing is provided, which avoids sudden stop of execution of tasks (i.e., sudden stop of execution of motions of a battery-powered apparatus) due to lack or insufficiency of battery power and extends the usable period of the apparatus while keeping substantially the same result of execution of tasks. This system comprises (a) a remaining power detector for detecting remaining power of a battery; the remaining power detector outputting a detection result about a value or state of the remaining power of the battery; (b) a motion information storage for storing a motion information table; the motion information table defining a relationship between values or states of the remaining power of the battery on execution of a task and processes for which complete execution is ensured at the respective values or states of the remaining power of the battery; and (c) a task controller for controlling execution of tasks to be executed.