System and Method for generating Hierarchical Mind map and Index table

A method for programmatically generating a hierarchical Mind map for a video file and representing the relationship between the contents of that video file and contents of supporting files in the form of an index table, the method comprising:

• Receiving a plurality of Inputs comprising a Primary Input, a Secondary Input, and a Tertiary Input;
• Extracting Transcription of the Primary Input;
• Extracting a list of topics from that Transcription;
• Generating a hierarchical representation of topics based on the conceptual relationship found in the transcripted text along with a time-stamp for each topic in the hierarchy;
• Generating a Primary Output based on the Output of Hierarchy Extraction step, the Primary Output comprising:
• a hierarchical Mind map of topics;
• a Unique address P[u,m,n];
• a From and To Time-stamps of that topic;
• Creating an array of images of contents of a Secondary Input;
• Receiving an array of images of contents of a Secondary Input;
• Searching for the Secondary Input;
• and
• Generating a Secondary Output as an index table programmatically, each line item in the Secondary Output comprising:
• an index of the Secondary Input[j];
• the Proximity score;
• a Match;
• the Unique address P[u,m,n];
• the From and To Time-stamps for each occurrence of that Secondary Input in the Primary Input;
• and
• the corresponding topic.

A computer program stored on a non-transitory, computer-readable medium and adapted to be executed on one or more processors, wherein the non-transitory computer-readable medium and the one or more processors are adapted to be coupled to a communication network interface, and wherein the computer program on execution enables the one or more processors to perform the steps comprising:

• Receiving a plurality of Inputs comprising a Primary Input, a Secondary Input, and a Tertiary Input;
• Extracting Transcription of the Primary Input;
• Extracting a list of topics from that Transcription;
• Generating a hierarchical representation of topics based on the conceptual relationship found in the transcripted text along with a time-stamp for each topic in the hierarchy;
• Generating a Primary Output based on the Output of Hierarchy Extraction step, the Primary Output comprising:
• a hierarchical Mind map of topics that is editable, clickable with an array of links to redirect to a topic for each occurrence of that topic in the Primary Input;
• a Unique address P[u,m,n]
• a From and To Time-stamps of the topic;
• Creating an array of images of contents of the Secondary Input;
• Receiving an array of images of contents of a Secondary Input;
• comparing the Input image with each frame of the Primary Input;
• Generating a Proximity score programmatically;
• Searching for the Secondary Input;
• and
• Generating a Secondary Output as an index table programmatically, wherein each line item in the Secondary Output comprises:
• an index of the Secondary Input[j];
• the Proximity score;
• a Match
• the Unique address P[u,m,n];
• the From and To Time-stamps for each occurrence of that Secondary Input in the Primary Input;
• and
• the corresponding topic,
• wherein if the match is not found, it returns a “No” flag.