Abstract: A fluid sensor assembly including a fluid sensor, an antenna, and a processor in wireless communication with the fluid sensor assembly and comprising a reader. The fluid sensor can be positioned along a fluid flow line. The fluid sensor can be configured to output one or more output signals indicative of one or more properties of the fluid flowing through the fluid sensor. The antenna of the fluid sensor assembly is configured to transmit the output signals to the reader of the processor; and the processor is configured to process the signals received by the reader.

Abstract: A system includes a microscope and computer system communicably coupled together. The microscope includes a camera, phase mask, and ultraviolet source. The phase mask is disposed within a view of the camera. The microscope is configured to scatter a light illuminating a tissue by emitting, using the ultraviolet source, an ultraviolet radiation towards the tissue and obtain, using the phase mask and the camera, an image of an illuminated surface of the tissue. The tissue includes at least one diagnostic feature. The image is within a predefined depth of field, inclusive, and includes a manifestation of the at least one diagnostic feature. The computer system is configured to determine a deblurred image from a trained first artificial intelligence model based on the image.