Abstract: An electronic apparatus, system, and method for providing body posture health information are provided. The method includes the steps of: calculating a posture data cluster based on signals detected by an inertial sensor disposed on a human body; comparing the posture data cluster with a plurality of preset posture data clusters individually to determine whether the posture data cluster matches one of the preset posture data clusters; if it matches one of the preset posture data clusters, generating a feedback message; calculating a plurality of muscle status indexes based on signals detected by electromyography sensors disposed on the human body; comparing the muscle status indexes with corresponding preset muscle status indexes individually to determine whether one of the muscle status indexes is abnormal; providing suggestion information in response to at least one of the muscle status indexes being abnormal; and displaying a multimedia corresponding to the suggestion information.

Abstract: A wireless physical stimulation system includes at least one sensor, at least one physical stimulation device and an electronic device. The electronic device wirelessly connects to the at least one sensor disposed on a human body and the at least one physical stimulation device disposed on the human body. The at least one sensor is configured to sense at least one first sensing signal. The electronic device is configured to receive the least one sensing signal from the least one sensor; generate first body condition information on the basis of a body condition identifying model and according to the least one sensing signal; generate first feedback plan information on the basis of a first feedback model and according to the first body information; and control the at least one physical stimulation device according to the first feedback plan information.

Abstract: A cycling-posture analyzing system and method are provided. The cycling-posture analyzing system includes a plurality of motion sensors, a pressure sensor and an electronic device. The plurality of motion sensors are disposed on a human body and are configured to detect a plurality of pieces of motion information. The pressure sensor is disposed at a plantar aspect of the human body and is configured to detect pressure information. The electronic device is configured to receive the plurality of pieces of motion information from the plurality of motion sensors, receive the pressure information from the pressure sensor, and use the plurality of pieces of motion information and the pressure information to determine cycling-posture type information according to a cycling-posture identification model.

Abstract: An electronic apparatus, system, and method for providing body posture health information are provided. The method includes the steps of: calculating a posture data cluster based on signals detected by an inertial sensor disposed on a human body; comparing the posture data cluster with a plurality of preset posture data clusters individually to determine whether the posture data cluster matches one of the preset posture data clusters; if it matches one of the preset posture data clusters, generating a feedback message; calculating a plurality of muscle status indexes based on signals detected by electromyography sensors disposed on the human body; comparing the muscle status indexes with corresponding preset muscle status indexes individually to determine whether one of the muscle status indexes is abnormal; providing suggestion information in response to at least one of the muscle status indexes being abnormal; and displaying a multimedia corresponding to the suggestion information.

Abstract: A gait analysis system includes a foot sensing unit, a knee sensing unit and a portable device. The foot sensing unit senses pressure information. The knee sensing unit senses first and second three-dimensional rotational attributes of knee. The portable device generates direction of ground reaction force according to the pressure information, the first and the second three-dimensional rotational attributes of knee and a model of direction of ground reaction force, generates knee moment according to the pressure information, the first and the second three-dimensional rotational attribute of knee, the direction of ground reaction force, length of tibia and model of knee moment, determines gait information according to a gait model and one of the pressure information, the first and the second three-dimensional rotational attributes of knee, and generates gait analysis result according to the gait information, the knee moment and the gait model.

Abstract: A gait analysis system includes a foot sensing unit, a knee sensing unit and a portable device. The foot sensing unit senses pressure information. The knee sensing unit senses first and second three-dimensional rotational attributes of knee. The portable device generates direction of ground reaction force according to the pressure information, the first and the second three-dimensional rotational attributes of knee and a model of direction of ground reaction force, generates knee moment according to the pressure information, the first and the second three-dimensional rotational attribute of knee, the direction of ground reaction force, length of tibia and model of knee moment, determines gait information according to a gait model and one of the pressure information, the first and the second three-dimensional rotational attributes of knee, and generates gait analysis result according to the gait information, the knee moment and the gait model.

Abstract: A pedestrian navigation system for navigating a foot apparatus comprises a system communication unit, a map database, a step data generation unit, a navigation path analysis unit and a feedback unit. The system communication unit communicates with an apparatus communication unit of the foot apparatus. The step data generation unit generates step data according to the sensing data of the foot apparatus. The navigation path analysis unit determines a navigation path and determines a heading direction of the foot apparatus. A turning direction and a turning angle are generated according to the navigation path and the heading direction. The feedback unit receives the turning direction and the turning angle to generate a feedback signal. The indication unit generates an indication signal according to the feedback signal to indicate the turning direction and the turning angle.

Abstract: A system for displaying multi-viewpoint images includes a terminal device having a communication component, a user interface (UI) component and a processing component. The communication component receives an image and a polygonal image model for establishing the relationship between each image and a corresponding viewing angle; one of the viewpoint angles is the current viewpoint angle. The UI component generates a UI for presenting the correspondence between the image of the current viewpoint angle and its viewpoint angle; the correspondence is used for selecting a target-viewpoint angle from the viewpoint angles. The processing component generates a switch instruction based on the target-viewpoint angle and allows UI to present an image corresponding to the target-viewpoint angle after UI presents an interval image being an image of an interval viewpoint angle between the current viewpoint angle and the target-viewpoint angle and is generated based on the image of the target-viewpoint angle.

Abstract: Disclosure in the description is related to a method for rhythm visualization, a system, and computer-readable storage. The invention allows the system to visualize the rhythm according to audio signals and personal features made by individual. In the method according to one embodiment, a personal image is firstly captured, and features can be extracted from the image. A personalized image is therefore created based on the features. Next, audio features are extracted from the audio signals. A personalized rhythm configuration can be obtained. A personalized rhythm video is therefore created based on the information related to the audio, personalized image, and the personalized rhythm configuration. Furthermore, a group rhythm video may also be obtained as integrating multiple personal rhythm data.

Abstract: An operating method for modifying a 3D model in Augmented Reality (AR) on a mobile device includes performing, through the mobile device, a mobile application, wherein the mobile application provides a user interface configured to present a 3D environment image and a 3D model in AR, provide a modification function for adjusting one of a size, an angle, and a location of the 3D model in AR in the 3D environment image, and provide a confirm function for recording parameter data corresponding to the adjusted one of the size, the angle, and the location of the 3D model in AR; and transmitting the parameter data to a server to serve as updated parameter data corresponding to a AR application, so as to allow the server to update parameter data corresponding to the AR application in the mobile device according to the updated parameter data in the server.

Abstract: A pedestrian navigation system for navigating a foot apparatus comprises a system communication unit, a map database, a step data generation unit, a navigation path analysis unit and a feedback unit. The system communication unit communicates with an apparatus communication unit of the foot apparatus. The step data generation unit generates step data according to the sensing data of the foot apparatus. The navigation path analysis unit determines a navigation path and determines a heading direction of the foot apparatus. A turning direction and a turning angle are generated according to the navigation path and the heading direction. The feedback unit receives the turning direction and the turning angle to generate a feedback signal. The indication unit generates an indication signal according to the feedback signal to indicate the turning direction and the turning angle.

Abstract: An embodiment of the invention provides a method for changing a coordinate of an icon according to a sensing signal. The method comprises: outputting the sensing signal via a sensor according to an interactive operation of a user; displaying a plurality of the icons of an operating system via a display device, wherein each icon corresponds to a data element; when receiving the sensing signal and a trigger signal by a processor, by the processor, acquiring the icons currently shown on the display device, generating an updated coordinate of each icon according to the sensing signal output by the sensor, changing the coordinates of the icons of the operating system, and displaying the icons on the display device according to the updated coordinates.

Abstract: Disclosure in the description is related to a method for rhythm visualization, a system, and computer-readable storage. The invention allows the system to visualize the rhythm according to audio signals and personal features made by individual. In the method according to one embodiment, a personal image is firstly captured, and features can be extracted from the image. A personalized image is therefore created based on the features. Next, audio features are extracted from the audio signals. A personalized rhythm configuration can be obtained. A personalized rhythm video is therefore created based on the information related to the audio, personalized image, and the personalized rhythm configuration. Furthermore, a group rhythm video may also be obtained as integrating multiple personal rhythm data.

Abstract: A system for displaying multi-viewpoint images includes a terminal device having a communication component, a user interface (UI) component and a processing component. The communication component receives an image and a polygonal image model for establishing the relationship between each image and a corresponding viewing angle; one of the viewpoint angles is the current viewpoint angle. The UI component generates a UI for presenting the correspondence between the image of the current viewpoint angle and its viewpoint angle; the correspondence is used for selecting a target-viewpoint angle from the viewpoint angles. The processing component generates a switch instruction based on the target-viewpoint angle and allows UI to present an image corresponding to the target-viewpoint angle after UI presents an interval image being an image of an interval viewpoint angle between the current viewpoint angle and the target-viewpoint angle and is generated based on the image of the target-viewpoint angle.

Abstract: An embodiment of the invention provides a method for changing a coordinate of an icon according to a sensing signal. The method comprises: outputting the sensing signal via a sensor according to an interactive operation of a user; displaying a plurality of the icons of an operating system via a display device, wherein each icon corresponds to a data element; when receiving the sensing signal and a trigger signal by a processor, by the processor, acquiring the icons currently shown on the display device, generating an updated coordinate of each icon according to the sensing signal output by the sensor, changing the coordinates of the icons of the operating system, and displaying the icons on the display device according to the updated coordinates.