EIP

An aircraft maintenance system controller, and corresponding method and storage medium are provided. The aircraft maintenance system controller is configured to obtain first da data representing operational characteristics of a plurality of components in an aircraft system. The first data is processed with a model of the aircraft system using a machine learning classifier to identify a plurality of altered operational characteristics of components in the aircraft system. A cause of the plurality of altered operational characteristics is then determined and used to generate second data indicative of the determined cause of the altered operational characteristics. Third data indicative of a validation of the determined cause of the plurality of altered operational characteristics are obtained and used to update the machine learning classifier based on the third data.

The disclosure discloses a method for voice signal switching and related products. In the method, a first sound pickup device with a first microphone and a second sound pickup device with a second microphone are included. The first sound pickup device is used for connecting with a first terminal device. The first microphone is used for collecting a sound signal and transmitting the sound signal to the first terminal device. The method further includes the following. Information of a connection state of the second sound pickup device is received. When the connection state is that the second sound pickup device is connected to the first sound pickup device, or the connection state is that the second sound pickup device is connected to the first terminal device, a voice signal switching instruction is received, and collection of the sound signal is controlled to switch between the first microphone and the second microphone. According to the voice signal switching solution disclosed in the present disclosure, the first sound-pickup device or the second sound-pickup device may be selected flexibly for voice input, thus improving the voice input effect in a noisy environment.

A computer-implemented method, includes receiving, at a payment processor, an indication that a fraudulent transaction has occurred, the fraudulent transaction being associated with a fraudulent transaction account; performing, at the payment processor, a mule account assessment of financial transactions originating from an account that received the fraudulent transaction; utilizing the mule account assessment to identify whether the account that received the fraudulent transaction is a mule account; generating, at the payment processor, a mule account indicator indicative of the account that received the fraudulent transaction being identified as the mule account; and utilizing the mule account assessment to identify mule-adjacent accounts associated with the mule account, the identification of the mule-adjacent accounts being utilized to prevent mule-based fraud associated with the mule account.

The present disclosure relates to method and system for automated, computationally efficient content analysis of text-based media, such as books or video transcripts. The system receives input text, partitions it, and performs keyword-based searches on the partitions to score them. High-scoring partitions are selected for AI analysis, resulting in a content rating or warning. The system significantly reduces the computational cost and time associated with large-scale content analysis while maintaining high accuracy and recall across multiple categories.

There is described a flow meter comprising: a coupler adapted to couple to a drip chamber; a support member operatively coupled to the coupler; an image sensor having a field of view and operatively coupled to the support member, wherein the image sensor is positioned to view the drip chamber within the field of view; and at least one processor operatively coupled to the image sensor to receive image data therefrom, wherein the at least one processor compares an image of the image data to a reference image to estimate at least one parameter of liquid within the drip chamber.

A method (500), device (200), and system for preventing intrusion in communication networks is disclosed. The method (500) may include retrieving, for each of a set of open ports within a communication network (202), at least one host attribute of an associated host and a port number. A destination host attribute in an Intrusion Prevention System (IPS) rule is matched with at least one host attribute with each of the set of open ports in the communication network (202). The IPS rule is adapted based on a result of the matching. The IPS rule is selectively applied in the communication network (202) based on the adapting.

An electronic circuit for a superconducting quantum processor unit is provided. The electronic circuit comprises a first group of circuit elements configured as a first superconducting qubit, a second group of circuit elements configured as a second superconducting qubit, and a third group of circuit elements comprising a ferromagnetic Josephson junction and configured as a tuneable coupler. The tuneable coupler is for selectively coupling the first superconducting qubit to the second superconducting qubit based on a magnetisation state of the ferromagnetic Josephson junction. A method of entangling superconducting qubits is also provided.

A method is disclosed. The method includes generating an initialization request message to provision access data, transmitting the initialization request to a server computer, and receiving, by the communication device, a dynamic data element from the server computer. The method also includes performing a message exchange process with a user device, wherein a cryptogram is received from the user device by the communication device during the message exchange process. The method also includes transmitting a provisioning request message including a user device identifier and the cryptogram to the server computer.

A programmable processing unit, method of operating a processing unit, and a computer-readable storage medium are provided. The programmable processing unit comprises a plurality of vector portions, providing registers and vector operation units, and a controller. The controller comprises control logic configured to obtain an instruction involving vector operations and invoke a plurality of threads to execute the instruction on respective vector input data. At least one of the plurality of threads executes a vector operation on respective vector input data using the plurality of vector portions.

Disclosed it an extruder barrel assembly defining an extrusion bore. The extruder barrel assembly comprises a rotatable barrel segment defining a portion of the extrusion bore between an inlet for receiving extrudate at a first end of the rotatable barrel segment and an outlet for expelling extrudate at a second end of the rotatable barrel segment opposite the first end, and at least one other barrel segment, each at least one other barrel segment defining a respective portion of the extrusion bore. The rotatable barrel segment is rotatable relative to the at least one other barrel segment, about a longitudinal axis of the portion of the extrusion bore between the first and second ends.