Abstract: Embodiments of the invention provide a machine learning based detection system, in which defects can be detected even if the system was not trained for these defects and even in items that were not used to train the system, thereby offering an inherently flexible detection system.

Abstract: A method and system for automated visual inspection of an object include using different patterns of illumination, each pattern including constant frequency pulses of illumination. The pulses of each different pattern of illumination are temporally offset so as to enable obtaining images illuminated by one or another illumination pattern. The images are combined using different parts of the different images in which the most details of the object are available, to produce a full image of the object which is essentially glare-free. The use of constant frequency pulses enables obtaining different pattern illumination images, to enable creating a glare-free image of an object, while providing a flicker-free inspection environment for human workers.

Abstract: Abstract: A visual inspection system and method are provided in which a reference image of an item is processed and based on the processing a pre-tramed model is adjusted to obtain an adapted model. The adapted model, rather than the pre-tramed model, is then used to process an inspection image of a same-type item, to obtain inspection information which may then be output to a user.

Abstract: A visual inspection process which includes receiving a plurality of reference images, each of the reference images including a same-type item on an inspection line, comparing the reference images to each other and displaying to a user a status of the visual inspection process based on the comparison of the reference images to each other.

Abstract: Embodiments of the invention provide a machine learning based detection system, in which defects can be detected even if the system was not trained for these defects and even in items that were not used to train the system, thereby offering an inherently flexible detection system.

Abstract: A system for providing indications of location of a catheter tip within a patient, the system including a memory storing synthesized blood pressure waveform parameters representative of a first plurality of catheter tip locations in a second plurality of representative patients, real time patient blood pressure waveform parameter acquisition circuitry operative to acquire real time blood pressure waveform parameters of a patient currently undergoing catheterization, which parameters contain information useful in ascertaining the location of a catheter tip in the patient and real time patient catheter tip location ascertaining circuitry operative to receive the real time patient blood pressure waveform parameters from the acquisition circuitry and to employ the synthesized blood pressure waveform parameters for providing a real time indication of catheter tip location in the patient.