Abstract: A phase shifting system for antennas includes: a plurality of transmission assemblies, each of which has a gear set and a rack that can be driven by the gear set, the gear set having a clutch gear that can switch between a coupled position and a decoupled position, wherein in the coupled position of the clutch gear, the gear set can drive the rack to move, and in the decoupled position of the clutch gear, the rack cannot be driven by the gear set; a plurality of phase shifting transmission elements, each of which is correspondingly disposed to the clutch gear of the plurality of transmission assemblies and can be movably coupled with the clutch gear; and a phase shifting drive mechanism configured to selectively drive any one of the plurality of phase shifting transmission elements, wherein, the driven phase shifting transmission element can drive the clutch gear of the corresponding transmission assembly from the decoupled position to the coupled position.

Abstract: An electronic device may include a display, a display driver integrated circuit for controlling the display, and a system processor for running one or more applications on the electronic device. The display may be operated in at least a video mode and a command mode. In the video mode, the system processor operates as the primary timing circuit while the display driver integrated circuit operates as the secondary timing circuit. In the command mode, the display driver integrate circuit operates as the primary timing circuit while the system processor operates as the secondary timing circuit. The system processor may be configured to switch between video mode and the command mode without turning off the electronic device and without turning off the display driver integrated circuit. If desired, the display can be temporarily turned off during a mode switching event to hide potential front of screen artifacts.

Abstract: Provided are a method for multi-stage topology reconfiguration of a distribution network based on graph computing and a system for multi-stage topology reconfiguration of a distribution network based on graph computing. The method includes providing a distribution network reconfiguration method based on the optimal flow pattern method and the branch exchange method; constructing a multi-stage reconfiguration model for the distribution network with an optimal power loss model; providing a multi-stage reconfiguration calculation method for the distribution network based on graph computing; and solving the optimal power loss model based on graph computing to obtain the distribution network reconfiguration technique.

Abstract: The present application discloses a communication device, where the communication device includes an antenna and a communication apparatus. The antenna includes a feed and a wiring board, the feed including a dipole unit. The dipole unit includes a first dipole and a second dipole, the second dipole being formed on one side of the wiring board. The communication apparatus includes a circuit board. The first dipole is formed on a surface of the circuit board. The circuit board is provided with a first slot. The wiring board extends through at least a portion of the first slot and connected to the circuit board. Both the first dipole and the second dipole are electrically connected to the circuit board.

Abstract: The present disclosure is directed to the methods of treating a patient with schizophrenia or bipolar I disorder by administering to the patient an injectable preparation of aripiprazole, wherein the patient is administered the injectable preparation about once every two months.

Abstract: A filament lamp having a heat sensor. The filament lamp comprises a plurality of filaments that bound a filament lamp volume. The heat sensor is configured to sense a heat at a sensing location within the filament lamp volume. A control arrangement is configured to control the current flow in the filaments responsive to the heat sensed by the heat sensor.

Abstract: A method of controlling a hydrogen fuel cell includes, with a controller of the fuel cell, measuring an anode leak rate for the fuel cell, modelling, using the measured anode leak rate, an effective electrolyte membrane orifice size, calculating, using the effective electrolyte membrane orifice size, an effective runtime anode leak rate during operation of the fuel cell, using the effective runtime anode leak rate as a low-side metric when calculating emissions and dilution requests, and initiating adaptations of a control strategy of the fuel cell based on the effective runtime anode leak rate and shutdown leak rate to extend the lifetime of the fuel cell.

Abstract: A method of controlling selective purging of reacted fuel gas at the anode of a hydrogen fuel cell includes initiating a selective purging of reacted fuel gas, initiating air flow through the fuel cell necessary to dilute a concentration of hydrogen present within the reacted fuel gas exhausted from the fuel cell, and opening an anode valve adapted to allow reacted fuel gas within the anode to vent from the fuel cell after the air flow through the fuel cell reaches an estimated required air flow rate necessary to dilute the level of hydrogen present within the reacted fuel gas exhausted from the fuel cell.

Abstract: Provided herein are a stable solution formulation of an ETAR antibody, and use thereof in treating, preventing, or alleviating one or more symptoms of pulmonary arterial hypertension or one or more symptoms of cancer of a reproductive organ.

Abstract: The present disclosure is directed to a method of dose initiation for an aripiprazole treatment to a patient in need thereof; the patient is administered two, separate 100 to 500 mg injections of an aripiprazole intramuscular (IM) depot formulation at separate gluteal and/or deltoid injection sites, and a single dose of oral aripiprazole. The administration occurs on a first day of the treatment.

Abstract: Provided are a method for multi-stage topology reconfiguration of a distribution network based on graph computing and a system for multi-stage topology reconfiguration of a distribution network based on graph computing. The method includes providing a distribution network reconfiguration method based on the optimal flow pattern method and the branch exchange method; constructing a multi-stage reconfiguration model for the distribution network with an optimal power loss model; providing a multi-stage reconfiguration calculation method for the distribution network based on graph computing; and solving the optimal power loss model based on graph computing to obtain the distribution network reconfiguration technique.

Abstract: A method, an apparatus and a system for testing a bone conduction communication device is disclosed. A vibration exciter is disposed at a wearing position of an artificial head model where the bone conduction communication device is located. The method comprises: transmitting a test audio to first and a second digital signal processors; transmitting an audio signal processed by the first digital signal processor to the vibration exciter, and simulating vibration of a bone at a corresponding part by which human generates sound using the vibration exciter, to generate a vibration signal; transmitting an audio signal processed by the second digital signal processor to an artificial mouth and simulating human sound production to generate an acoustic signal; collecting the vibration signal and the sound signal using the bone conduction communication device, and testing the bone conduction communication device according to the collected vibration signal and sound signal.

Abstract: Provided is a fusion protein of an ETA antibody and a TGF-? Trap. Also provided is a pharmaceutical composition of the fusion protein of the ETA antibody and the TGF-? Trap. Further provided is a method for treating, preventing, or improving one or more symptoms of pulmonary arterial hypertension, pulmonary hypertension, pulmonary fibrosis, or cardiovascular fibrosis by using the fusion protein of the ETA antibody and the TGF-? Trap.

Abstract: Aspects of the present disclosure provide techniques for automated generation of a dataset of question-answer pairs for domain-specific hallucination testing of generative language processing machine learning models. Embodiments include providing a first block of natural language text from a domain-specific source document as an input to each of a plurality of question-answer pair generation models. Embodiments include obtaining one or more confidence metrics for each of the plurality of question-answer pairs generated by each of a plurality of question-answer pair generation models. Embodiments include filtering one or more question-answer pairs based on the one or more confidence metrics generated for the one or more question-answer pairs. Embodiments include generating a dataset for domain-specific hallucination testing of a generative language processing machine learning model based on the filtering.

Abstract: A display may include an array of pixels covered by lenticular lenses. The lenticular lenses may cause expansion of light primarily in a horizontal direction. To improve the perceived resolution of the display, the horizontal resolution of the pixels on the display may be increased. In one possible layout, each pixel includes one red sub-pixel, one blue sub-pixel, and one green sub-pixel. The sub-pixels may be non-square rectangular. The sub-pixels may be the same size or may have the same widths and different heights. Each pixel may be asymmetric about a horizontal axis. In a given row, the pixels may alternate between first and second layouts. The second layout may be a vertically flipped version of the first layout.

Abstract: Embodiments of the disclosed technologies include parsing a query into a first query portion and at least one second query portion, matching an embedding of the at least one second query portion with an embedding that corresponds to a portion of a document of a document set, mapping the portion of the document to a first node of a graph; by a generative artificial intelligence model, constructing a graph query based on at least the first node, executing the graph query on the graph to identify a second node of the graph, extracting a path from the graph, and configuring the path for output at a device.

Abstract: A method for establishing communication channel is provided, the method includes: performing a verification on the first verification information; generating second verification information when the verification of the first verification information is passed; generating third verification information according to the first verification information, and transmitting the second verification information and the third verification information to a server; performing a verification on the fourth verification information; when the verification of the fourth verification information is passed, generating fifth verification information according to the first verification information, generating sixth verification information according to the fourth verification information and transmitting the fifth verification information and the sixth verification information to the payment terminal; establishing a first communication channel based on a first session key, and establishing a second communication channel based on a

Abstract: Embodiments of the disclosed technologies include parsing a query into a first query portion and at least one second query portion, matching an embedding of the at least one second query portion with an embedding that corresponds to a portion of a document of a document set, mapping the portion of the document to a first node of a graph; by a generative artificial intelligence model, constructing a graph query based on at least the first node, executing the graph query on the graph to identify a second node of the graph, extracting a path from the graph, and configuring the path for output at a device.

Abstract: Embodiments of the disclosed technologies include parsing a query into a first query portion and at least one second query portion, matching an embedding of the at least one second query portion with an embedding that corresponds to a portion of a document of a document set, mapping the portion of the document to a first node of a graph; by a generative artificial intelligence model, constructing a graph query based on at least the first node, executing the graph query on the graph to identify a second node of the graph, extracting a path from the graph, and configuring the path for output at a device.

Abstract: A combination of two or more trained machine learning models can exhibit a combined accuracy greater than the accuracy of any one of the constituent models. However, this increase accuracy comes at additional computational cost. Cascades of machine learning models are provided herein that result in increased model accuracy and/or reduced model compute cost. These benefits are obtained by conditionally executing one or more of the models of the cascade based on the estimated correctness of already-executed models. The estimated correctness can be obtained as an additional output of the already-executed model(s) or could be determined as an entropy, maximum class probability, maximum class logit, or other function of the output(s) of the already-executed model(s). The expected computational cost of executing the model cascade is reduced by only executing the downstream model(s) when the upstream model(s) has resulted in an output whose accuracy is suspect.