Abstract: A tracking system is disclosed utilizing one or more dynamic vision sensors (e.g., an event camera) configured to generate luminance-transition events associated with a target object, a depth estimation unit configured to generate based on the luminance-transition events depth data/signals indicative of a distance of the target object from the event camera, a spatial tracking unit configured to generate based on the luminance-transition events spatial tracking signals/data indicative of transitions of the target object in a scene of the target object, and an error correction unit configured to process the depth and spatial tracking data/signals and generate error correcting data/signals for the tracking of the target object by the one or more dynamic vision sensors.

Abstract: The present disclosure includes a medical device which can assist in detecting tissue properties. For example, the present disclosure includes a medical device which can detect biological properties associated with the health of a patient and the tissue being examined, as well as cancerous tissue for detecting cancer in a patient. In addition, the medical device of the present disclosure can be used for collecting the data needed to create a predictive model and imaging of the biological tissue being examined.

Abstract: An apparatus for controlling a microfluidic circuit. The circuit comprises: (a) a single microprocessor which is positioned within a single microprocessor module, said single microprocessor being used for performance in real time of: (i) control of microfluidic components within said microfluidic circuit; (ii) accumulation of data from sensors of the microfluidic circuit; and (iii) analysis of said accumulated data in order to possibly adjust in real time at least one of the components of the microfluidic circuit based on said analysis results, thereby providing a real-time feedback; (b) a digital control bus for communicating digital control signals from the microprocessor module to one or more digitally-controlled microfluidic components; and (c) a sensors bus for communicating signals from one or more sensors to the microprocessor module.

Abstract: The present disclosure includes a medical device which can assist in detecting tissue stiffness. For example, the present disclosure includes a medical device which can detect tissue stiffness associated with cancerous tissue for detecting cancer in a patient. In addition, the medical device of the present disclosure can be used for conducting a clinical breast exam.