Abstract: The present invention is directed to a method of penile prosthesis implantation that is minimally invasive, particularly in comparison to traditional methods of penile prosthesis implantation. The implantation method utilizes image guidance and a catheter deployment system for implanting a penile prothesis into the corporal body of a penis of a patient. More specifically, the implantation method may utilize the Seldinger technique and/or a modified Seldinger technique for implanting the prothesis. The method of implantation may result in more accurate placement, better cosmetic results, faster healing, and less likelihood for infections and other complications.

Abstract: Computer-implemented enhanced invasive imaging methods, systems, and computer-readable media are described.

Abstract: Handwriting analysis is provided by data analysis using machine learning. A handwriting sample is received and the sample is analyzed by one or more analysis components that can include one or more of: segmentation analysis of handwriting with numeric extraction of data, vector analysis of handwriting, demographic data, known diagnoses, data from other manual/motor tasks, and data from other cognitive/higher function tasks. Machine learning is used to adjust or add criteria in at least one of the analysis components, the machine learning comprising a predicted probability of diagnosis based on prior handwriting analysis samples.

Abstract: A thermal barrier coating having a reduced high temperature thermal conductivity includes group II germanate constructs. This thermal barrier coating may be applied directly to a substrate, applied to a bond-coated substrate, and/or incorporated into a protective coating including one or more other thermal barrier coating layers. The thermal barrier coating provides improved thermal protection properties over current industry standards and materials considered for thermal protection applications.

Abstract: A thermal barrier coating having a reduced high temperature thermal conductivity includes group II germanate constructs. This thermal barrier coating may be applied directly to a substrate, applied to a bond-coated substrate, and/or incorporated into a protective coating including one or more other thermal barrier coating layers. The thermal barrier coating provides improved thermal protection properties over current industry standards and materials considered for thermal protection applications.