Abstract: The electronic circuit performs binary computation operations and comprises word, bit and source lines, and memory cells organized in rows and columns. Each cell includes one pair of memristors and one pair of switches, each memristor being connected to a switch and linked to the same source line during each computation operation, each pair of memristors storing a binary value; the switches being linked to a word line and to a pair of complementary bit lines. The circuit comprises a reading module including: a logic unit for each column, each comprising an input terminal connected to a source line to receive a column value, the logic unit toggling between values, depending on a comparison of the column value with a toggle threshold value; a modification unit for modifying, for at least one logic unit and depending on the computation operation, a difference between the column and threshold values.

Abstract: A radial tire (1) for a heavy-duty vehicle, in which the reinforcing elements of each hooping layer (331, 332, 333), forming an angle at most equal to 5° with the circumferential direction, and the reinforcing elements of the transverse reinforcer layers (321, 322, 323), forming an angle of between 10° and 45° with the circumferential direction, are extensible and therefore such that, in their rubberized state extracted from a polymer matrix, their structural elongation As is at least equal to 0.5%, their total elongation at break At is at least equal to 3% and their tensile Young's modulus E is at most equal to 150 GPa.

Abstract: A radial tire (1) for a heavy-duty vehicle, with at least two working layers (321, 322, 323, 324) in which the reinforcing elements form an angle at least equal to 10° and at most equal to 45° with the circumferential direction. The metal reinforcers of all of the crown layers of the crown reinforcement are extensible and therefore have, in their rubberized state extracted from a polymer matrix, a structural elongation As at least equal to 0.5%, a total elongation at break At at least equal to 3% and a tensile Young's modulus E at most equal to 150 GPa. The narrower of the two working layers has an axial width at least equal to 60% of the width of the tread and the wider of the two working layers has an axial width at least equal to 70% of the width of the tread.

Abstract: The present description concerns a memory device (200) including a non-volatile memory circuit (101); a buffer memory circuit (203) comprising a volatile memory circuit (221); an input-output circuit (105); a first data link (104) coupling the non-volatile memory circuit (101) to the buffer memory circuit (203); a second data link (106) coupling the buffer memory circuit (203) to the input-output circuit (105); and a control circuit (225), wherein the buffer memory circuit (203) is adapted to implementing calculations having as operands data stored in the volatile memory circuit (221).

Abstract: Technologies for cloud-hybrid remote browsing include a client device in communication with a cloud server. The client device opens browser tab in a web browser and opens a secure connection with a cloud server. The cloud server generates tab content for a web site with a browser engine and streams the tab content to the client device. The client device renders the tab content in the browser tab. The tab content may be serialized drawing commands or bitmap data. The client device may execute certain browser tabs locally, and may determine a hybrid tab strategy that indicates whether to execute each browser tab locally or with the cloud server. The hybrid tab strategy may be based on available computing resources of the client device. Other embodiments are described and claimed.

Abstract: Artificial intelligence systems and computer-implemented methods for generating digital twins, establishing wellness parameters and generating recommendations to improve performance and wellness. An artificial intelligence system comprises a biosample collection unit, a physical analysis unit to perform a detection, relative quantification and untargeted analysis of analytes from the biosamples, a computing unit comprising: an automatic data collection unit, a data analysis unit for analysing the data, and a real-time data computing integration unit which automatically integrates the data generated from the analysis, transforms the data to establish representing values of wellness parameters through time, compares the representing values with data stored in the automatic data collection unit and responds to a change by generating a set of recommended actions or patterns response to improve performance and wellness.

Abstract: The present description concerns a system comprising at least one first and one second memory circuits; and a direct data transfer circuit which is adapted to receiving specific instructions originating from an external processor, and to decoding specific instructions comprising: a specific instruction SET_REGION of definition of a sub-region in the first memory circuit towards and from which the data will be transferred; and a specific instruction of transfer between said sub-region and the second memory circuit, the specific transfer instruction comprising a first address field containing the relative coordinates, in said sub-region, of a first reference cell.

Abstract: Described herein are illustrative embodiments of a multi-pivot seat base assembly including a first pivot assembly having a fixed part mountable to a floor and a pivotable part, a proximate arm having a proximate end mounted to the pivotable part of the first pivot assembly and a distal end including a fixed part of a second pivot assembly, a distal arm having a proximate end provided with a pivotable part of the second pivot assembly; the proximate end of the distal arm being pivotally mounted to the fixed part of the second pivot assembly; the distal arm including a distal end provided with a seat receiving post; and a controllable damping mechanism provided between the fixed part and the pivotable part of the first pivot assembly.

Abstract: A static random access memory device includes a memory matrix provided with at least one set of SRAM memory cells and a circuit for initializing cells of the set, the setting circuit being able to carry out various setting types and in particular a “deterministic” setting in which the cells are established at an imposed value and to carry out a “free” setting in which the cells are established at a value that depends on their manufacturing method.

Abstract: The present invention relates to a neuromorphic circuit suitable for implementing a neural network, the neuromorphic circuit comprising: lines of words, pairs of complementary bit-lines, source lines, a set of elementary cells, an electronic circuit implementing a neurone having an output and including: a set of logic components, a counting unit, a comparison unit comprising a comparator and a comparison voltage generator, the comparator being suitable for comparing the output of the counting unit with the comparison voltage generated by the comparison voltage generator in order to output a signal dependent on the comparison and corresponding to the output of the electronic circuit which implements a neurone.

Abstract: A method of circuit conception of a computational memory circuit including a memory having memory cells, the method including: receiving an indication of the memory storage size and an indication of an instruction frequency of the instructions to be executed by the computational memory circuit; evaluating for a plurality of candidate types of memory cells, a number representing an average number of cycles of the memory of the computational memory circuit per instruction to be executed; determining, for each of the plurality of candidate types of memory cells, a minimum operating frequency of the computational memory circuit based on the number N and on the memory storage size; selecting one of the plurality of candidate types of memory cells based on the determined minimum operating frequency; and performing the circuit conception based on the selected type of candidate memory cell.

Abstract: Provided herein is a method of using digital twin biomarker profiles for improved sporting, therapy, wellness and healthcare outcomes by comparing digital twin biomarker profiles at discrete interval to discern and evaluate data progression. Also provided is a sampling kit for collecting human fluid samples for analysis and generation of digital twin data.

Abstract: The present description concerns a memory device (200) including a non-volatile memory circuit (101); a buffer memory circuit (203) comprising a volatile memory circuit (221); an input-output circuit (105); a first data link (104) coupling the non-volatile memory circuit (101) to the buffer memory circuit (203); a second data link (106) coupling the buffer memory circuit (203) to the input-output circuit (105); and a control circuit (225), wherein the buffer memory circuit (203) is adapted to implementing calculations having as operands data stored in the volatile memory circuit (221).

Abstract: A lid and a combination of a tub and the lid, the lid comprising a web and a circumferential skirt depending thereon; wherein the skirt comprises at least one tab, a first retention tooth and a second retention tooth, the first retention tooth being molded on an inner surface of the tab; and wherein for positioning the lid in a first closed position on the tub, the first and the second retention teeth are engaged under a top lip of the tub by applying a pressure on the lid; when first opening the tub once the lid is in the first closed position, the tab is broken free from the skirt into a position of the tab in which the tab remains pivotably attached to the skirt, and the tab is pulled, causing disengagement of the first retention tooth from under the top lip of the tub, the second retention tooth acting as a pivoting axis for the lid.

Abstract: A Memory device comprising a matrix of memory cells, the matrix being provided with at least one first column, the device also being provided with a test circuit configured to perform a test phase during a read operation to indicate whether or not the proportion of cells in said column storing the same logical data, particularly a logical ‘1’, is greater than a predetermined threshold.

Abstract: A memory circuit including: a plurality of elementary storage cells arranged in an array of rows and of columns, the cells of a same column sharing a same read bit line and a same write bit line; an internal control circuit capable of implementing a calculation operation including the simultaneous activation in read mode of at least two rows of the array; and a shuffle circuit including a data input register, a configuration register, and an output port, the shuffle circuit being capable of delivering on its output port the data stored in its input register shuffled according to a shuffle operation defined according to the state of its configuration register.

Abstract: A memory device including a matrix of memory cells including FET transistors including back-bias elements, of which at least one column forms back-bias bits; a back-bias circuit outputting voltages dependent on back-bias bits; first and second coupling elements, coupling memory dots of back-bias bits with the back-bias circuit, and the back-bias circuit with the back-bias elements of the cells of the matrix; wherein the device forms a 3D circuit including first and second active layers between which several interconnection layers are stacked; the first and/or the second coupling elements include metallic portions of one of the interconnection layers.

Abstract: A memory circuit including a plurality of elementary cells arranged in a plurality of arrays, each including a plurality of rows and a plurality of columns, and wherein: the elementary cells having the same coordinates in the different arrays share a same first conductive track; and in each array, the elementary cells of a same row of the array share a same second conductive track and a same third conductive track.