Abstract: System and method for searching media or data based on contextual weighted keywords are disclosed. The method includes receiving search inputs for searching the media or data and determining first contextual weighted keywords. The method includes weighing the determined first contextual weighted keywords in terms of high, low, positive, negative, factor less, and factor more than the pre-defined value. Further, the method includes analysing the stored media or data sets in a database by performing searching, mapping, scoring, matching, aligning, and grading. The method further includes fetching the stored media or data based on the results of the analysis and ranking based on both a number of times the contextual weighted keywords were used in the stored media or data and the weight of first contextual weighted keywords and rendering the ranked stored media or data to the user.

Abstract: Techniques are disclosed relating to selecting and/or ranking from among multiple recordings based on determining facial attributes associated with detected words. For example, each recording may be transcribed and analyzed to determine whether the recordings include words in one or more sets of words. Facial analysis may be performed during intervals in the recordings corresponding to recognized words. Counts of the recognized words may be weighted based on detected facial attributes. In various embodiments, disclosed techniques may facilitate accurate selection of relevant media from large data sets.

Abstract: Techniques are disclosed relating to selecting and/or ranking from among multiple recordings based on determining facial attributes associated with detected words. For example, each recording may be transcribed and analyzed to determine whether the recordings include words in one or more sets of words. Facial analysis may be performed during intervals in the recordings corresponding to recognized words. Counts of the recognized words may be weighted based on detected facial attributes. In various embodiments, disclosed techniques may facilitate accurate selection of relevant media from large data sets.