Bosch Jehle Patentanwaltsgesellschaft mbH

Systems and methods are provided for an application programming interface (API) response compression system used in conjunction with API requests made by a large language model (LLM) agent in response to a prompt made to an LLM. The API response compression (ARC) system may receive an API response, generate a property manifest for the API response identifying a set of fields in the API response, generate a filtered property manifest identifying fields of the API response relevant to the prompt, generating a reduced API response, and processing the prompt and the reduced API response at the LLM to generate LLM output.

A media access control layer (MAC) or device for shared bus network system for collision-less data packet transmission, the media access control layer includes a transmission controller, priority queues, timestamper, and optional coordinator packet generator. The transmission controller is configured to decode a coordination packet received from the physical layer. The transmission controller is further configured to extract control information from the coordination packet. The transmission controller is further configured to generate a data packet transmission schedule and allocate non-overlapping time intervals to transmit the plurality of data packets with collision avoidance.

Disclosed is a heater / dryer that includes an array of one or more vertical cavity surface emitting lasers (VCSELs) disposed on a substrate. A lens assembly or array including at least one lens per VCSEL is disposed on the array of VCSELs opposite the substrate, wherein each lens is spherical or aspherical, with a convex side of the lens facing away from the array of VCSELs. The substrate may be a ceramic substrate. A side of the substrate opposite the one or more VCSELs may be coupled to an underlying substrate which may be a metal core printed circuit board (MCPCB) and/or a water cooled chiller plate. Also disclosed is a method of using the heater / dryer.

The present disclosure provides a novel method for fabricating thermal management devices. The present disclosure is directed to a photocuring ceramic slurry comprising: 50 to 70 wt. % opaque ceramic particles; 30 to 50 wt. % light curing resin; and 0.3 to 1 wt. % dispersing agent, wherein the dispersing agent promotes light to penetrate and cure the photocuring slurry. Thermal management components manufactured from slurries include a vacuum wafer chuck with internal water-cooling channels and a micro-cooler heat management device with internal channels and pins.

In a method and system for filtering a broadband optical, the broadband optical signal is filtered a number of times, optically amplified one or more times during or after being filtered the number of times, and provided to an optical receiving device. The optical filtering may include using the same or different filtering functions. When the optical filtering includes different filtering functions, a first one of the different filtering functions may include phase and amplitude filtering and a second one of the different filtering functions may include amplitude only filtering.

Systems and methods transfer video data to an image processing system from a video source. Pixel data is received in a local buffer of a network interface controller and provided in a video transport packet. The video transport packet includes the pixel data, a media access control header and a video header. The video transport packet is received by another network interface controller that provides the pixel data directly into a video frame buffer of the image processing system.

In a dispersion compensator and method of use thereof a polarized beam splitter (PBS) reflects a light beam having a first instance of S-linear polarization to a first quarter-wave-plate which passes the light beam in a first direction. A first reflector reflects the light beam back through the first quarter-wave-plate in a second, opposite direction, whereupon the light beam now has a P-linear polarization, through the PBS to a second quarter-wave-plate which passes the light beam in a first direction. A second reflector reflects the light beam back through the second quarter-wave-plate in a second, opposite direction, whereupon the light beam now has a second instance of S-linear polarization, which is reflected by the PBS. The first or second reflector is a chirped volume Bragg grating (CVBG) that reflects spectral components of the reflected light beam at different depths of propagation of said spectral components in the CVBG.

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