AUTOMATED VISUAL INFORMATION CONTEXT AND MEANING COMPREHENSION SYSTEM
A system for analyzing images and video that is capable of recognizing, classifying, and processing the context and meaning contained therein in a manner similar to human intuitive understanding of such context and meaning. Images and video are gathered through a crowdsourcing portal, cameras, and other remote sensing devices. Real world data relevant to the images and video is gathered using a deep web collection and extraction engine. The resulting inputs are analyzed for context and meaning using machine learning algorithms, whose outputs, or resulting models, are reviewed and adjusted by humans through a crowdsourcing or collaborative labor portal.
1 . A computing system for analysis of images and video that is capable of recognizing, classifying, and processing the context and meaning contained therein in a manner similar to human intuitive understanding of such context and meaning employing a collaborative platform, the computing system comprising:
one or more hardware processors configured for:
receiving image and video data from a first plurality of sources;
allowing individuals and groups to review and annotate classifications and metadata associated with the received image and video data;
gathering data from a second plurality of sources on the internet;
retrieving real-world data based at least in part on the received images and video from the second plurality of sources;
obtaining one or more machine learning algorithms from an algorithm database; and
analyzing the received images and video using the retrieved machine learning algorithms to classify and add metadata to the received image and video data.
2 . The computing system of claim 1 , wherein the first plurality of sources comprises crowdsourced or collaborative data sources.
3 . A computer-implemented method executed on a collaborative platform for analysis of images and video that is capable of recognizing, classifying, and processing the context and meaning contained therein in a manner similar to human intuitive understanding of such context and meaning, the computer-implemented method comprising:
receiving image and video data from a first plurality of sources;
allowing individuals and groups to review and annotate classifications and metadata associated with the received image and video data;
gathering data from a second plurality of sources on the internet;
retrieving real-world data based at least in part on the received images and video from the second plurality of sources;
obtaining one or more machine learning algorithms from an algorithm database; and
analyzing the received images and video using the retrieved machine learning algorithms to classify and add metadata to the received image and video data.
4 . The method of claim 3 , wherein the first plurality of sources comprises crowdsourced or collaborative data sources.
5 . A system for analysis of images and video that is capable of recognizing, classifying, and processing the context and meaning contained therein in a manner similar to human intuitive understanding of such context and meaning employing a collaborative platform, comprising one or more computers with executable instructions that, when executed, cause the system to:
receive image and video data from a first plurality of sources;
allow individuals and groups to review and annotate classifications and metadata associated with the received image and video data;
gather data from a second plurality of sources on the internet;
retrieve real-world data based at least in part on the received images and video from the second plurality of sources;
obtain one or more machine learning algorithms from an algorithm database; and
analyze the received images and video using the retrieved machine learning algorithms to classify and add metadata to the received image and video data.
6 . The system of claim 5 , wherein the first plurality of sources comprises crowdsourced or collaborative data sources.
7 . Non-transitory, computer-readable storage media having computer-executable instructions embodied thereon that, when executed by one or more processors of a computing system employing a collaborative platform for analysis of images and video that is capable of recognizing, classifying, and processing the context and meaning contained therein in a manner similar to human intuitive understanding of such context and meaning, cause the computing system to:
receive image and video data from a first plurality of sources;
allow individuals and groups to review and annotate classifications and metadata associated with the received image and video data;
gather data from a second plurality of sources on the internet;
retrieve real-world data based at least in part on the received images and video from the second plurality of sources;
obtain one or more machine learning algorithms from an algorithm database; and
analyze the received images and video using the retrieved machine learning algorithms to classify and add metadata to the received image and video data.
8 . The non-transitory computer-readable storage media of claim 7 , wherein the first plurality of sources comprises crowdsourced or collaborative data sources.