Abstract: The embodiments herein provide a computer-implemented method and system for an adaptive student performance evaluation.

Abstract: The embodiments herein disclose a method and system for intelligent interpretation of information to autonomously design in-class/hybrid/remote assessment. In an embodiment disclosed herein, involves picking up audio of the presenter from an audio input device such as microphone during an interaction. The interaction includes both either audio or video interaction. Further, the embodiment herein, involves extracting the key information present in the captured audio interaction and then use the extracted key information to intelligently generate assessments such as quiz questions, multiple-choice questions, and mathematical questions.

Abstract: The embodiments herein disclose a method and system for intelligent interpretation of information to autonomously design in-class/hybrid/remote assessment. In an embodiment disclosed herein, involves picking up audio of the presenter from an audio input device such as microphone during an interaction. The interaction includes both either audio or video interaction. Further, the embodiment herein, involves extracting the key information present in the captured audio interaction and then use the extracted key information to intelligently generate assessments such as quiz questions, multiple-choice questions, and mathematical questions.

Abstract: A system and a method perform a priority-based determination of attendance in a target area with minimized processing and computational requirements. The system dynamically generates seat preference information of each attendee of the target area for generating a prioritized attendee scan data set (PASDS) including one or more priority pairs of attendees frequently identified at each seat. The system generates a reduced feature scan data set including one or more distinct features of each attendee in each priority pair and dynamically configures a seat scan order. For each seat in the seat scan order, the system performs rapid facial recognition of the distinct features of each attendee in each priority pair; and based on the recognition, locks occupancy of the current seat by a recognized attendee and dynamically reduces the PASDS for the subsequent seat, or proceeds to scan the subsequent seat, or determines an absentee in the target area.

Abstract: A cross-platform conferencing interface includes a graphical user interface (GUI) that displays multiple conferencing options, including a web conferencing option. Beginning at a home screen of the conferencing interface, a user can connect a web conference call through one of multiple web conference applications, or providers, in as few as two clicks. A first click can cause a web conference screen usable with multiple different conferencing applications to be displayed. The second click can initiate a call to a selected contact associated with the particular web conferencing application. The web conference screen acts as a front-end application program interface (API) for the web conferencing application or provider, but the call is connected using the application's resources. The interface can be implemented as a dedicated conferencing device that provides video conferencing, audio conferencing, web conferencing, and an interactive whiteboard.