Abstract:
The disclosed embodiments illustrate methods and systems for processing multimedia content. The method includes extracting one or more words from an audio stream associated with multimedia content. Each word has associated one or more timestamps indicative of temporal occurrences of said word in said multimedia content. The method further includes creating a word cloud of said one or more words in said multimedia content based on a measure of emphasis laid on each word in said multimedia content and said one or more timestamps associated with said one or more words. The method further includes presenting one or more multimedia snippets, of said multimedia content, associated with a word selected by a user from said word cloud. Each of said one or more multimedia snippets corresponds to said one or more timestamps associated with occurrences of said word in said multimedia content.
Abstract:
According to embodiments illustrated herein, a method and system is provided for indexing a multimedia content. The method includes extracting, by one or more processors, a set of frames from the multimedia content, wherein the set of frames comprises at least one of a human object and an inanimate object. Thereafter, a body language information pertaining to the human object is determined from the set of frames by utilizing one or more image processing techniques. Further, an interaction information is determined from the set of frames. The interaction information is indicative of an action performed by the human object on the inanimate object. Thereafter, the multimedia content is indexed in a content database based at least on the body language information and the interaction information.
Abstract:
An embodiment is directed to an attendance management system having a client device and a server device. The client device includes a first transceiving module for receiving one or more parameters from a host; a display module for displaying one or more modes of interaction for selection to the host, the modes of interaction being an audio interaction mode and a visual interaction mode; and an attendance module for capturing and assigning an attendance to one or more members based on a selection of the at least one of the modes of interaction. The server device includes a second transceiving module for receiving the assigned attendance, and a database for storing and maintaining the assigned attendance and other information. The client device and the server device are configured to communicate with each other over a network.
Abstract:
Embodiments of a system are disclosed for stress assessment of a call center agent while interacting with a customer. The system is for use with a communication network. The system includes a stress assessment device and an agent device that includes an imaging unit. The agent device is configured to capture video of a target region of exposed skin of the agent using the imaging unit, collect customer interaction data based on interaction with a customer device over the communication network, and communicate the captured video and the customer interaction data to the stress assessment device. The stress assessment device is configured to passively estimate agent stress-level based on the received video, and generate feedback to the agent based on correlation between the customer interaction data and the estimated stress-level over a predefined time interval.
Abstract:
A method and a system are provided for segmenting a multimedia content. The method estimates a count of a plurality of multimedia segments in the multimedia content, and a duration of each of the plurality of multimedia segments in the multimedia content. The method determines a cost function associated with a multimedia segment from the plurality of multimedia segments, based on the count of the plurality of multimedia segments, and the duration of each of the plurality of multimedia segments. The method further determines an updated count of the plurality of multimedia segments, and an updated duration of each of the plurality of multimedia segments until the cost function satisfies a pre-defined criteria. Based on the updated count of the plurality of multimedia segments, and the updated duration of each of the plurality of multimedia segments, the method segments the multimedia content into the plurality of multimedia segments.
Abstract:
According to embodiments illustrated herein, there is provided a method and a mobile device for evaluating a user on a question. The method includes monitoring one or more inputs of the user, pertaining to at least one step performed for solving the question, by one or more sensors in a mobile device. While the user attempts the question, the one or more sensors also monitor one or more facial expressions of the user, which are analyzed using one or more image processing techniques. Thereafter, one or more processors in the mobile device determine if the at least one step is in accordance with a predefined set of rules deterministic of one or more correct steps involved in solving the question. Further, the one or more processors evaluate the user on the question based on the determination and the analysis of the one or more facial expressions.
Abstract:
The disclosed embodiments illustrate methods and systems for imparting a spoken language training. The method includes performing a spoken language evaluation of a speech input received from a user on a first training content. Thereafter, the user is categorized based on the spoken language evaluation and a profile of the user. Further, a second training content, comprising one or more tasks, is transmitted to the user based on the categorization and the spoken language evaluation. The user interacts with another user belonging to at least the user group, by comparing a temporal progression of the user with the other user on the one or more tasks, challenging the other user on a task from the one or more tasks, and selecting the task from the one or more tasks based on a difficulty level assessed by the other user.
Abstract:
The disclosed embodiments illustrate methods and systems for detecting plagiarism in a conversation. The method includes receiving first input corresponding to a query from a first user in said conversation. The first input corresponds to at least a first audio signal received from said first user. The method includes receiving second input corresponding to one or more responses received from a second user in response to said query. The second input corresponds to at least a second audio signal received from said second user. Thereafter, the method includes determining a first score for one or more websites, based on a comparison between said one or more responses and content obtained from said one or more websites in response to said query. The first score is a measure of a similarity between said one or more responses and said content. The method is performed by one or more microprocessors.
Abstract:
The disclosed embodiments relate to a method for content recommendation. The method includes determining, by one or more processors, one or more features of a segment of a first content being accessed during a presentation of the first content on a user-computing device. The segment of the first content is accessed for a predetermined number of times. The method further includes extracting for a feature from the one or more features, a second content based on the feature, wherein the second content is recommended through the user-computing device.