Abstract: A system for monitoring biosignals of a user, including an attachment module configured to secure the system at an inner surface of a garment of the user; a flexible layer coupled to the attachment module, wherein the flexible layer and the attachment module cooperatively define a housing lumen; an electronics subsystem arranged within the housing lumen, the electronics subsystem including a first sensor, wherein the first sensor outputs a first signal; a respiratory sensor, wherein the respiratory sensor outputs a respiration signal, and a processing module that receives the first signal, the respiration signal, and the proximity signal, and generates a processed biometric output based on the first signal and the respiration signals.

Abstract: A system for monitoring biosignals of a user, including an attachment module configured to secure the system at an inner surface of a garment of the user; a flexible layer coupled to the attachment module, wherein the flexible layer and the attachment module cooperatively define a housing lumen; an electronics subsystem arranged within the housing lumen, the electronics subsystem including a first sensor, wherein the first sensor outputs a first signal; a respiratory sensor, wherein the respiratory sensor outputs a respiration signal, and a processing module that receives the first signal, the respiration signal, and the proximity signal, and generates a processed biometric output based on the first signal and the respiration signals.

Abstract: A system for monitoring biosignals of a user, including an attachment module configured to secure the system at an inner surface of a garment of the user; a flexible layer coupled to the attachment module, wherein the flexible layer and the attachment module cooperatively define a housing lumen; an electronics subsystem arranged within the housing lumen, the electronics subsystem including a first sensor, wherein the first sensor outputs a first signal; a respiratory sensor, wherein the respiratory sensor outputs a respiration signal, and a processing module that receives the first signal, the respiration signal, and the proximity signal, and generates a processed biometric output based on the first signal and the respiration signals.

Abstract: A system for monitoring biosignals of a user, including an attachment module configured to secure the system at an inner surface of a garment of the user; a flexible layer coupled to the attachment module, wherein the flexible layer and the attachment module cooperatively define a housing lumen; an electronics subsystem arranged within the housing lumen, the electronics subsystem including a first sensor, wherein the first sensor outputs a first signal; a respiratory sensor, wherein the respiratory sensor outputs a respiration signal, and a processing module that receives the first signal, the respiration signal, and the proximity signal, and generates a processed biometric output based on the first signal and the respiration signals.

Abstract: A computerized learning system is provided. The computerized learning system may include a learning application program executable on a computing device. The learning application program may have a user interface configured to present a challenge to a user and receive a user response to the challenge. The user interface may feature a support system configured to present support to aid the user in responding to the challenge. To adjust the support provided to the skill level of the user, a scaffolding engine may be provided to determine a scaffolding level of the user for a skill, and the support system may be configured to adjust the support in response to the scaffolding level. In this manner, support for the user may be more appropriately tailored to the user's ability and change dynamically in accordance with the user's progress.

Abstract: The concurrent presentation technique provides information about content related to a source media currently being presented to a user in a fashion that allows the user to keep viewing the source media while either interactively or non-interactively perusing a list of related content. Thus, the user can see a list of related content without interrupting the presentation experience, and if desired, the user can choose to interact with the list to obtain further information about available related content.

Abstract: A computerized learning system is provided. The computerized learning system may include a learning application program executable on a computing device. The learning application program may have a user interface configured to present a challenge to a user and receive a user response to the challenge. The user interface may feature a support system configured to present support to aid the user in responding to the challenge. To adjust the support provided to the skill level of the user, a scaffolding engine may be provided to determine a scaffolding level of the user for a skill, and the support system may be configured to adjust the support in response to the scaffolding level. In this manner, support for the user may be more appropriately tailored to the user's ability and change dynamically in accordance with the user's progress.

Abstract: A computerized learning method is provided. The method may include receiving performance data for a user from at least one of a plurality of learning application programs, at a learning service program. The method may also include updating a learning level of the user based on the performance data from at least one of the plurality of learning applications, and determining a recommendation for the user based on the updated learning level. The recommendation may be displayed on a graphical user interface of the learning service program. The determination of the recommendation may be based on a measured change in a learning level for a group of users with at least one profile element similar to the user. In this manner, effective recommendations for the user may be made.

Abstract: A computerized learning method is provided. The method may include receiving learning data for a user from each of a plurality of learning application programs, at a learning service program, storing the learning data in a profile of the user, in non-volatile memory accessible to the learning service program, and displaying a parent graphical user interface configured to include a parent view of learning data associated with the profile. An assessed user learning level and other learning data for a skill from the profile of the user may be displayed on the parent graphical user interface. Recommendations and statistical comparisons of the user with other users may also be displayed on the parent graphical user interface. In this manner, a parent may efficiently monitor a student user's learning activity.

Abstract: A computerized learning system and method is provided. According to the method, user performance data for a unique user may be received from learning application programs executed on a user client device. The received user performance data may be used to determine an assessed user learning level for the user. The assessed user learning level may be stored in a learner profile for the user and may be sent to a learning application program upon request.

Abstract: The concurrent presentation technique provides information about content related to a source media currently being presented to a user in a fashion that allows the user to keep viewing the source media while either interactively or non-interactively perusing a list of related content. Thus, the user can see a list of related content without interrupting the presentation experience, and if desired, the user can choose to interact with the list to obtain further information about available related content.

Abstract: The best features of both Internet video search and television-type viewing experience have been combined. A user may use a remote control to enter search terms on a television monitor. A search engine may then search for video files accessible on the Internet that correspond to the search terms. Indicators of relevant search results may then be shown on the television monitor, enabling the user to select one to play. This enables the user to search for and view Internet video content in a television-like experience.

Abstract: Methods and systems are provided for allowing a user to capture and edit electronic media on a single computing device. In one example, one or more features allow a user to simultaneously remove and recover segments of media without entering a complex editing stage. In one such example, the user may only be required to enter a single user input to remove and/or recover segments. In another example, one a feature allows a user to efficiently add a section of media to another section of media. For example, the user may add an audio track over a video track in a more efficient manner. In one illustrative example, the features are provided through a single user interface.