Abstract: The present disclosure relates to a method of manufacturing first electronic components, each comprising a second electronic component, each second component comprising at least two contact metallizations, the method comprising: a) forming, on a substrate, at least two metal pillars; b) forming, over a portion of the surface of each pillar, a metallization of the component; c) covering the surface of the substrate, the pillars, and the metallizations of the first components with a first resin layer; d) removing the substrate to expose a surface of the pillars, opposite to the metallizations of the components; e) bonding and electrically connecting the second components, by their metallizations, to the surface of the pillars opposite to the metallizations of the first components; and f) expose the surface of the metallizations of the first components opposite to the pillars.

Abstract: A first peripheral device for making a functional device available to a processing device. The first peripheral device is configured to expose at least one fixed or configurable endpoint and to receive first processed video data. The first peripheral device is configured to process the first processed video data to generate second video data and to make the second video data available, such that the operating system of the processing device is configured to capture the second video data and to make the second video data available through a custom or standard driver to an application running on a processing device. The first peripheral device is configured to receive a third video data, and to process the third video data to form a second processed video data, and to transmit the second processed video data to the base unit.

Abstract: A system includes at least one first application and a shared software platform. The shared software platform identifies each first application a first random number. The first random number is stored in encrypted fashion in an executable code of the first application. The first application is further identified by a second number which is representative of the first random number. The second number is stored in a first portion of a memory only accessible to the shared software platform.

Abstract: A method for translating natural language data into constraints via memory-based processing is disclosed. The method includes receiving inputs via a graphical user interface, each of the inputs including input wording in a natural language format; parsing, by using a model, the inputs to retrieve a case from a case repository, the retrieval including identification of the case based on a similarity value and a predetermined similarity threshold; automatically adapting, by using the model, the retrieved case to the inputs; generating, based on a result of the adapting, constraints that characterize the inputs, the constraints relating to a rule that is mandated by the input; and evaluating the constraints.

Abstract: A system for performing scan testing on a device core uses a test access port (TAP). The TAP includes a test clock (TCK) pin, a test data in (TDI) pin, and a test mode select (TMS) pin, along with a test control register (TCR) associated with it. The TCR is used to set a scan mode signal, which configures the scan flip flops within the device core for scan testing and performs the scan testing on the device core. The TCR can also be reset to exit the scan testing, with the reset being triggered by a reset circuit receiving the deassertion of both a scan enable (SE) signal and a scan input (SI) signal during the capture-phase of scan testing.

Abstract: The invention pertains to a solid composition suitable for treating adult animals that suffer from brain-related disorders, brain-related decline or brain-related diseases, preferably suitable for treating adult animals that suffer from brain-related disorders, the composition containing (i) a uridine source, wherein the amount of the sum of all uridine sources, calculated on the basis of the weight of the molar equivalent of uridine monophosphate (UMP), is 0.3-15 g per 100 g dry weight of the composition, (ii) a polyunsaturated fatty acid, preferably an omega-3 polyunsaturated fatty acid, (iii) choline bitartrate, (iv) a buffering salt component, and (v) a milk protein source, wherein the milk protein source is a milk powder, and the buffering salt component containing at least one food approved salt, with a buffering capacity between pH 5-8, the buffering salt component preferably containing a mixture of food-approved salts, or a food-approved salt and its conjugated acid or base.

Abstract: A lithographic apparatus includes an illumination system to illuminate a pattern of a patterning device, a projection system to project an image of the pattern onto a substrate, a movable stage to support the patterning device or the substrate, a slotted object, and a locking device (700) to prevent a motion of the movable stage. The locking device comprises an actuator (702) and a wheel device (704) comprising a ring feature (708) and coupled to the actuator. The actuator rotates the wheel device about a rotation axis (706). The ring feature has a width (710) defined parallel to the rotation axis. The width is variable with respect to azimuthal direction of the wheel device. The ring feature engages a slot of the slotted object. The rotating adjusts the width of the ring feature within the slot such that a relative motion between the device and the slotted object is prevented.

Abstract: Systems and methods for facilitating updates to data pipelines using modularly-generated platform-agnostic data pipeline portions are disclosed. The system receives a user selection of a portion of a data pipeline comprising (i) a set of nodes each indicating a data pipeline component and (ii) a set of links linking the set of nodes. The system then generates a modular-portion of the data pipeline architecture, via a transformation component, based on the user selection and stores the modular-portion of the data pipeline architecture in a remote database. The system then receives an update to at least one node of the set of nodes of the modular-portion of the data pipeline architecture. The system then updates at least a subset of a set of pre-existing data pipelines that use the generated modular-portion of the data pipeline to incorporate the update to the at least one node of the set of nodes.

Abstract: Systems, apparatuses, and methods are provided for adjusting illumination slit uniformity in a lithographic apparatus. An example method can include irradiating, by a radiation source, a portion of a finger assembly with radiation. The example method can further include receiving, by a radiation detector, at least a portion of the radiation in response to the irradiating of the portion of the finger assembly. The example method can further include determining, by a processor, a change in a shape of the finger assembly based on the received radiation. The example method can further include generating, by the processor, a control signal configured to modify a position of the finger assembly based on the determined change in the shape of the finger assembly. Subsequently, the example method can include transmitting, by the processor, the control signal to a motion control system coupled to the finger assembly.

Abstract: A cooking apparatus has a cooking chamber and a heating chamber adjacent the cooking chamber used for heating air laden with steam. A fan is mounted in the heating chamber and it circulates the air and steam between the cooking chamber and the heating chamber, through a vent arrangement. An additional drainage outlet is provided at a base of the heating chamber and for example leads to the cooking chamber. This is used to allow liquid such as condensate to flow from the heating chamber for example to the cooking chamber, for example to enable easy removal of residue formed during a cleaning process.

Abstract: A method for facilitating electronic textual representation and comparison is disclosed. The method includes receiving, via a graphical user interface, a comparison request that includes a first electronic document and a second electronic document; parsing the first electronic document and the second electronic document to classify textual data; generating, by using the classified textual data, a first tree structure for the first electronic document and a second tree structure for the second electronic document; constructing a first hierarchy dictionary for the first tree structure and a second hierarchy dictionary for the second tree structure; determining differences between the first electronic document and the second electronic document by using the first tree structure, the first hierarchy dictionary, the second tree structure, and the second hierarchy dictionary; and generating graphical representations that depicts the differences and textual representations that summarize the differences.

Abstract: The present description concerns a method of checking a first data element, executed by an electronic device comprising a processor and a memory, wherein the first data element is divided in N second data elements being stored in the memory, and first data element being equal to the sum, modulo the dimension of a space comprising the first data element, of the N second data elements, wherein an image of the first data element by a LCG function is stored in the memory, and the method comprising a step of checking if the image of the first data element by the LCG function is equal to the sum, modulo the module of the LCG function, of a product of an integer varying from 0 to N?1 and an image of the dimension by the LCG function, and of the images of the second data elements by the LCG function.

Abstract: A method, device and system for providing user-centric connections to a location comprising digital collaboration tools, as well as software for carrying out the method. The method includes a network device having a beacon system for proximity detection and a BYOD (Bring Your Own Device). A confirmed BYOD proximity can be used to initiate the setup of a data channel between the network device and the BYOD, and further join the BYOD to a UC (Unified Communications systems and tools) session.

Abstract: A method for using a large language model (LLM) to generate executable code in a manner that preserves privacy and confidentiality of proprietary data is provided. The method includes: receiving information that relates to a summarization of a data table; defining a set of rules for facilitating a generation of executable code by an LLM; receiving an inquiry from a user; inputting each of the summarization information, the set of rules, and the inquiry into the LLM; receiving, in response to the input, a set of executable code that is generated by the LLM; and executing the set of executable code in order to generate an output. The summarization information may be received from an external source that has access to proprietary data included in the data table, and the summarization information may be structured so as to preserve a privacy of the proprietary data.

Abstract: An integrated circuit chip is bonded to a support. The chip includes a first connection pad and two second connection pads. The support includes a third connection pad and two fourth connection pads. A stack layers includes first, second, and third conductive layers and insulating layers. The first, second, and third conductive layers are separated from one another by the insulating layers. The second conductive layer is positioned between the first and third conductive layers. The first and third conductive layers electrically connect the two second connection pads to the two fourth connection pads. The second conductive layer electrically connects the first connection pad to the third connection pad.

Abstract: A system on chip (SoC) includes a CPU, a main bus, and a plurality of subsystems. The SoC also includes an address remapping module coupled between the CPU and the bus. The address remapping module quickly and efficiently changes any memory addresses that need to be changed with the CPU requests a read or write operation associated with the addresses.

Abstract: A method and system for providing a lock-free self-service queue. The method includes enqueuing at least one node in the queue; competing, by producer threads, to append their respective nodes to a last node of the queue; allowing only one producer thread to append its respective node to the last node of the queue, in which unsuccessful producer threads either gives up or reattempt to append their nodes to the appended node; and allowing at least one of the plurality of producer threads to temporarily operate as a consumer thread to process the first non-deleted node, and then logically delete at least one non-mark-deleted node among the plurality of nodes, in which the consumer thread and the plurality of producer threads are concurrently executed; and modifying the next node pointer field of the last node of the enqueued at least one node to include an address of the appended node.

Abstract: A wafer includes a semiconductor substrate, an interconnection network provided with metal layers and at least one ultra-low dielectric constant dielectric layer, at least one contact region and at least one dicing region. A hard mask is formed having a pattern that defines a dicing line. The formation of the hard mask includes a first etching of an opening in the dicing region to expose the semiconductor substrate in the dicing region, a second etching of an opening in the contact region to expose a surface of a metal contact in the contact region, and a chemical treatment for cleaning the uncovered surface of the metal contact. A vertical dielectric layer is deposited to cover edges of the opening defining the dicing line. This layer is deposited before the chemical treatment is performed.

Abstract: Systems and methods for mediating an audio source during a meeting are provided. An active audio source is identified and mapped to instances connected to a communications and collaboration platform to determine a mapped instance. An audio signal device is determined from multiple devices for capturing audio from the active audio source. An audio system is configured to manipulate an active audio signal from the audio signal device via the mapped instance. In some cases, upon identifying a new active audio source, a new mapped instance is determined corresponding to the new active audio source.

Abstract: The present description concerns a method of checking a first data element, executed by an electronic device comprising a processor and a memory, wherein said first data element is not stored in said memory and is divided in N second data elements independent from the first data element, each second data element being stored in said memory, and a result of an application of a XOR function to the N second elements being equal to the first data element, wherein an image of the first data element by a CRC function linear with respect to the XOR function is stored in said memory, and said method comprising a step, executed by said processor, of checking if said image of the first data element by said CRC function is equal to an application of the XOR function to the images of N second elements by said CRC function.