Abstract: A system for the dynamic analysis of unstructured data where feedback loops exist between the user and the machine resulting in improved specificity and content (accuracy and precision) with regard to the results obtained from the machine learning algorithms. A Graphic User Interface (GUI) controls the configuration and deployment of all the features of the Intelligence Augmentation System (IAS) including data capture and processing, analytics, and feedback. Results of one set of algorithms can be forwarded to subsequent tools with the system for further analysis and planning using decision algorithms. The results are configured using a GUI that can manipulate the data in dynamically, allowing immediate visualization of user queries.

Abstract: A system for the dynamic analysis of unstructured data where feedback loops exist between the user and the machine resulting in improved specificity and content (accuracy and precision) with regard to the results obtained from the machine learning algorithms. A Graphic User Interface (GUI) controls the configuration and deployment of all the features of the Intelligence Augmentation System (IAS) including data capture and processing, analytics, and feedback. Results of one set of algorithms can be forwarded to subsequent tools with the system for further analysis and planning using decision algorithms. The results are configured using a GUI that can manipulate the data in dynamically, allowing immediate visualization of user queries.

Abstract: A system for the dynamic analysis of unstructured data where feedback loops exist between the user and the machine resulting in improved specificity and content (accuracy and precision) with regard to the results obtained from the machine learning algorithms. A Graphic User Interface (GUI) controls the configuration and deployment of all the features of the Intelligence Augmentation System (IAS) including data capture and processing, analytics, and feedback. Results of one set of algorithms can be forwarded to subsequent tools with the system for further analysis and planning using decision algorithms. The results are configured using a GUI that can manipulate the data in dynamically, allowing immediate visualization of user queries.

Abstract: The present invention relates to a safety belt with anti-submarine protection. The anti-submarine portion of the safety belt comprises two webbing portions that are coupled to a belt latching mechanism on one end and to a secure mounting location at the other end. The anti-submarine belts are positioned to traverse the seat occupant's groin area, with one of the belts positioned to either side of a male occupant's testicles. By positioning a pair of anti-submarine belts in this manner, the major portion of the anti-submarine belt's forward movement resistance force is applied to the occupant's pelvis to either side of the testicles, rather than to the testicles themselves, thereby substantially avoiding injury and severe discomfort. Furthermore, many male occupants find the anti-submarine belt of the present invention to be much more comfortable than the prior art belt even in non-accident times of use.