Other

Gm Global Technolgoy Operations, Inc.

Clear-cut Medical Ltd.

Moshe Shapiro

David Klein

Yonattan Menaker

Arye Lerner

A robotic system includes a plurality of robotic systems, each mounted by a plurality of sensors and SW processors all enabling arm manipulation to automate a construction process and/or navigating and/or maneuvering in a construction site. The system can interact with a centralized backend algorithm, which has access to the construction site's digital building plan from which a route on which the robots must be dropped off is deduced. The route may be displayed to a laborer, walking through the site according to the route, who can deploy the robots to perform their automated construction task.

Collaborative workflow for laborer and robotic system to automate wire pulling in construction sites

Method and systems for object detection using a radar module are disclosed. Frames of range and doppler data are received from a radar module at sample time intervals. Doppler zero slice data is extracted from a current frame of the range and doppler data. A prediction of doppler zero slice data is maintained. The prediction of doppler zero slice data is based at least partly on doppler zero slice data from a previous frame of range and doppler data. Standard deviation data is determined based at least partly on prediction error data. The prediction error data relates to a difference between the prediction of doppler zero slice data and the doppler zero slice data. An object detection output is determined based on a comparison of the standard deviation data and an object detection threshold.

Object detection using radar

A tissue imaging system () includes a stationary array of magnets () arranged to generate an inhomogeneous main magnetic field (B), a tissue holder () adjacent the array of magnets () and operative to move tissue () placed therein about and/or along a coordinate axis, one or more RF receive coils () adjacent the tissue holder () and the magnets (), and an MRI processor in communication with the magnets (), the RF receive coils () and the tissue holder (). An image of the tissue () is created by using spatial encoding of magnetic resonance signals generated by the magnets () and RF receive coils () for different spatial orientations of the tissue () moved by the tissue holder () with respect to the magnets. Spatial inhomogeneities in the main magnetic field spatially modulate a phase of each of the magnetic resonance signals.

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Herzliya, Israel

Moshe Shapiro