Abstract: A halidosilyl-substituted cyclic silicon precursor compound has at least 2 to 1 of carbon to silicon ratio and is defined by Formula I herein. A method for forming a film comprising silicon and oxygen and having a carbon content ranging from 10 at. % to 50 at. % via a thermal ALD process includes placing one or more substrates comprising a surface feature into a reactor; heating to reactor to one or more temperatures ranging from ambient temperature to about 600° C.

Abstract: A method includes following steps. A pressure within a chamber is reduced from a first pressure level to a second pressure level using a first pump. After reducing the pressure within the chamber to the second pressure level, a plasma etching operation is performed in the chamber. After performing the plasma etching operation, a pneumatic purging apparatus is placed onto the first pump. After placing the pneumatic purging apparatus onto the first pump, an interior space of the first pump is purged by ejecting a purging gas from the pneumatic purging apparatus.

Abstract: In a method for monitoring a plasma output from a plasma device used to clean an object, a first wavelength of light emitted by the plasma output to be monitored is identified and an intensity of the first wavelength of light is sensed. A second wavelength of light emitted by the plasma output is also identified to be used as a baseline, and an intensity of the second wavelength of light is sensed. The intensities of the first and second wavelengths of light are then compared to determine whether their relationship falls within an acceptable threshold.

Abstract: Systems and methods for providing assistance information related to a sidelink connection are provided. A wireless device is configured to determine a condition associated with a sidelink connection between the wireless device and a second wireless device. The condition can be related to an instability of the sidelink connection. Assistance information is transmitted to a network node in accordance with determining the condition associated with the sidelink connection. One or more sidelink positioning measurements can be modified accordingly.

Abstract: A substrate processing system includes a process chamber, processing stations, and a hub. The processing stations are disposed in the process chamber. Each of the processing stations includes a respective substrate support. The hub is disposed between the processing stations. The hub rotates between a first position and a second position, directs a gas to clean a first area of the process chamber when in the first position, and directs the gas to clean a second area of the process chamber when in the second position.

Abstract: The present disclosure relates to a method performed by a User Equipment (UE) for adapting procedures in a communication system. The UE is an Air-to-ground (ATG) capable UE. The UE is configured for performing one or more measurements on one or more cells of one or more carrier frequencies. The UE is served by a network node in an ATG cell. The UEU determines whether or not the UE is located at least substantially at a cell center of the ATG cell by checking if one or more criteria are met or not. The UE adapts one or more procedures based on a result of the determining.

Abstract: Disclosed are a method, a device, a system and a medium for controlling the ornament lighting, and the method includes the following steps: connecting an ornament to obtain identification codes of the ornament; retrieving stored information about ornament scenes and light-emitting bodies according to the identification codes of the ornament; displaying the ornament scenes visually; selecting the light-emitting bodies of the ornament scenes for setting, and sending the setting information and the codes corresponding to the light-emitting bodies to the ornament; and having the ornament adjusted states of the corresponding light-emitting bodies according to the received setting information and codes.

Abstract: A method of small data transmission (SDT) and related wireless device are described. The method comprises obtaining information at a first time about one or more pre-configured SDT resources including a timing advance (TA) value. A validity of a first measurement of the serving cell is determined by determining whether it was obtained within a first time range based on the first time and on a first set of one or more 5G New Radio (NR) parameters. A validity of a second measurement of the serving cell is determined by determining whether it was obtained within a second time range based on a second time (start time of next SDT occasion), and on a second set of one or more 5G NR parameter. The method further comprises validating the TA when the first and second measurements are valid, and performing a SDT uplink transmission using the validated TA.

Abstract: A memory allocating method and system for neural network operators, an electronic device, and a storage medium is provided and includes: performing memory allocation for target operators successively in a first memory of a target chip based on a computing order according to a target occupied memory of the target operators; when a remaining storage space of the first memory satisfies a first preset condition, executing memory allocation for a current target operator to be allocated with memory in the first memory; and transmitting currently stored data of the first memory to a second memory of the target chip to continuously traverse the memory allocation of remaining target operators in the first memory in an idle state according to the computing order until memory allocation for all the target operators is completed.

Abstract: The present application provides a decoding method, an encoding method, and a non-transitory computer-readable storage medium. The method includes the following operations. Reference sample values of a first colour component of a current block are determined. According to the reference sample values of the first colour component of the current block, weighting coefficients are determined through a neural network model, herein, an input of the neural network model includes the reference sample values of the first colour component of the current block. A prediction block of a second colour component of the current block is determined according to the weighting coefficients and reference sample values of the second colour component of the current block. Reconstructed values of second colour component samples of the current block are determined according to the prediction block.

Abstract: A spherical lighting fixture comprises a fixing assembly composed of two concentric annular bases, with a plurality of mounting holes evenly distributed in a circumferential direction of the annular bases; a plurality of support members, with plug-in structures adapted to the mounting holes provided at their ends; the support members are radially distributed along meridian direction and detachably connected to the fixing assembly through the plug-in structures, jointly forming a spherical support frame; LED light strings, with wires of the LED light strings arranged along the support members; a plurality of smart LED beads are connected to the wires, and the smart LED beads are integrated with logic control chips, which independently control the smart LED beads through address coding. Through the integration of innovative structural design and intelligent control technology, the spherical lighting fixture realizes independent control of each smart LED bead.

Abstract: An intelligent self-sequencing rice seedling throwing machine is provided. A seedling box, a first belt seedling conveyor, a second belt seedling conveyor, and a blower are mounted on a chassis. A seedling picker is installed inside the seedling box and is located at the seedling outlet of the seedling box. The first belt seedling conveyor is located below the seedling outlet of the seedling box. The second belt seedling conveyor is located below the first belt seedling conveyor. An air outlet of the blower is located below the point where seedlings fall from the end of the second belt seedling conveyor. A first seedling combing device is installed above the first belt seedling conveyor. Seedlings pass through the gap between the first belt seedling conveyor and the first seedling combing device and fall onto the second belt seedling conveyor.

Abstract: This disclosure provides a monitoring auxiliary device and a monitoring system. The monitoring auxiliary device is in wired connection with multiple types of sensors to obtain physiological parameter signals detected by the sensors. The monitoring auxiliary device outputs monitoring-related data in a wired manner. When not in wired connection with the monitor, the monitoring-related data is transmitted to a monitor through a wireless communication module. The monitoring auxiliary device summarizes data from various sensors and outputs said data to the monitor in a wired manner or a wireless manner, requiring very few cables to connect with the monitor, thereby reducing a workload of medical staff plugging and unplugging cables and maintaining a clean surface of patient support.

Abstract: This disclosure describes systems, methods, and devices related to decoding JPEG XS video data. A device may identify a bitstream received from a device, the bitstream encoded using JPEG XS; determine that a first slice of a video frame of the bitstream is located within a region of interest of the video frame; determine that a second slice of the video frame is not located within a region of interest of the video frame; discard the second slice based on the determination that the second slice is not located within a region of interest of the video frame; apply an inverse wavelet transformation to the first slice based on the determination that the first slice is located within a region of interest of the video frame; and generate a reconstructed video frame including the first slice and excluding the second slice.

Abstract: Methods and apparatuses for adjusting timing of a user equipment, UE, with respect to a serving cell in a wireless network An example method comprises receiving (810) from the wireless network, in or associated with a message or command changing an active configuration of the UE, an indication of whether the change in active configuration of the UE corresponds to one or both of (i) a change in Remote Radio Head, RRH, or transmission point(s), TRP(s), for transmissions from the wireless network to the UE and (ii) a change in uplink, UL, transmit timing and/or timing advance, TA, for the UE that exceeds the UE's capability to track with gradual timing adjustment procedures specified for the UE. The example method further comprises performing (820) one or more timing-adjustment operations, based on the indication.

Abstract: A training data determination method, a target detection method, a device, and a medium are provided. The method includes: obtaining a first image; performing an image generation process on the first image, to obtain at least one feature map and a second image, in which the second image is determined based on the at least one feature map, and the at least one feature map is determined based on the first image; determining, based on the at least one feature map, a target detection box corresponding to the second image; and determining training data based on the second image and the target detection box corresponding to the second image.