Abstract: An artificial intelligence (AI)-based creation system for a smart guitar, including a function selection module, a connection management module, an input acquisition module, an AI-based generation module and an execution feedback module. Simple user inputs are acquired through the input acquisition module on a smart guitar. A structurally complete professional music score file and accompaniment audio file are automatically generated by a cloud-based AI-based generation module. The generated music score file and accompaniment audio file are transmitted back to the smart guitar in real time via an established communication link. The music score file is parsed by the execution feedback module on the smart guitar, lights on the fretboard are precisely driven to indicate fretting positions and performance timing, and the accompaniment audio file is synchronously played.

Abstract: The present application provides a display panel, a method for fabricating a display panel and a displaying device. The display panel particularly includes at least two neighboring displaying base plates; each of the them includes a flexible substrate and a transparent cover plate that are provided in stack; the flexible substrate is delimited into a displaying region, a bending region and a bonding region, the displaying region and the bonding region are connected by the bending region, the displaying region and the bonding region are parallel, and the bonding region is located on one side of the displaying region that is away from the transparent cover plate; the transparent cover plate is provided with a light shielding layer on one side that is closer to the flexible substrate, and an orthographic projection of the bending region on the transparent cover plate is within an area of the light shielding layer.

Abstract: The present invention provides a nucleic acid loading reagent and a method for detecting the nucleic acid adsorption capacity of a sequencing chip using same. The method comprises at least one of the following conditions: (i) the nucleic acid loading reagent is at a pH value between 3 and 5; (ii) the nucleic acid loading reagent contains metal ions, the metal ions being, for example, from one or more of the following solutions: MgCl2, CeCl3, ZnCl2, MnCl2, CaCl2, CuCl2, and NiCl2; and (iii) the chip and the nucleic acid loading reagent are co-incubated for 10 min or above. The present invention provides a quality control scheme for the sequencing chip. The present invention provides a scheme capable of quickly optimizing the loading efficiency and loading bias of a nucleic acid library, and provides a reaction reagent capable of effectively improving the loading efficiency and loading bias of a nucleic acid library.

Abstract: A system described herein may identify Key Performance Indicators (“KPIs”) associated with User Equipment (“UEs”) that are connected to a radio access network (“RAN”). Each KPI may be associated with wireless communications between a respective UE and the RAN. The system may identify a plurality of service categories associated with the plurality of UEs, where each particular UE is associated with a respective service category. The system may determine, based on the KPIs and the service category associated with each UE of the plurality of UEs, a radio resource partitioning configuration for the RAN. The particular radio resource partitioning configuration may specify that different portions of a set of radio resources, implemented by the RAN, are associated with different network slices. The RAN may implement the radio resource partitioning configuration by sending and receiving traffic, associated with respective network slices, via a corresponding portion of the set of radio resources.

Abstract: A chip packaging structure and a method for manufacturing are disclosed, including a semiconductor chip, a device layer, and a warpage compensation layer, which is bonded to the device layer. The warpage compensation layer has a thermal expansion coefficient matching that of the semiconductor chip, the mismatch in coefficients of thermal expansion between the substrate and the semiconductor chip can be compensated, thereby reducing or eliminating warpage. The thermal expansion coefficient of the warpage compensation layer is also close to that of the semiconductor chip, so they form a structure that has an in-between thermal expansion coefficient, which creates synchronous tensions or stress on top and bottom surfaces of the substrate to prevent it from bending toward one side.

Abstract: A foldable guitar includes a body portion, a neck portion, a pivot mechanism, a plucking assembly and a fretting assembly. The plucking assembly is arranged on the body portion. The fretting assembly is arranged on the neck portion. A side of a bottom of the neck portion is hinged to a side of a top of the body portion through the pivot mechanism. The neck portion is configured to be rotated to lie against a side of the body portion. In a case that the neck portion is folded to lie against the side of the body portion, the plucking assembly and the fretting assembly are configured to face upward.

Abstract: A radio resource partitioning system may be configured to: divide a resource grid into first partitions based on: subscriber profile identifiers (SPIDs); a combination of SPIDs and network slice identifiers (IDs); or one or more network slice IDs and no SPID. The radio resource partitioning system may further divide the first partitions into second partitions based on Fifth Generation (5G) Quality-of-Service (QoS) Identifiers (5QIs) or QoS class Identifiers (QCIs); generate partition information based on the first partitions and the second partitions; and provide the partition information to a scheduler for scheduling data for transmission to or reception from a User Equipment device (UE).

Abstract: A system and method for sidelink configuration are disclosed herein. In one embodiment, the system and method are configured to transmit, by a first wireless communication device, information required to form a resource set report. The system and method are also configured to receive by the first wireless communication device, the resource set report indicating a set of resources, wherein the set of resources are selected according to the required information.

Abstract: A device may include a processor configured to monitor a data flow, associated with a user equipment (UE) device, in a Radio Access Network (RAN). The processor may be further configured to detect a congestion condition for the monitored data flow associated with the UE device; generate an Explicit Congestion Notification (ECN) in response to detecting the congestion condition; and mark packets associated with the data flow with the generated ECN.

Abstract: A dynamic hashing apparatus includes a processor configured to obtain a target segment based on at least a part of a key value of an insertion request, compute a hash value by applying a remapping function corresponding to the obtained target segment to an input value based on the key value, and update the remapping function by adjusting a slope of the remapping function in response to the key value not being insertable into a target bucket selected based on at least a part of the computed hash value from among buckets included by the target segment.

Abstract: A communication method, comprising: transmitting from a base station to a mobile station a first message which includes resource information corresponding to one or more resource pools, wherein the resource information identifies at least one sub-frame and at least one resource block within the at least one sub-frame, transmitting to the mobile station an indicator of one or more designated resource pools and designated resources from within the one or more designated resource pools such that the mobile station is permitted to communicate with a wireless device in communication with the mobile station via a wireless link using the one or more designated resources within the one or more designated resource pools.

Abstract: A device determines a periodicity of downstream traffic destined for a User Equipment device (UE) and sets a value of at least one Discontinuous Reception (DRx) cycle length parameter to compensate for the determined periodicity of the downstream traffic. The device generates UE DRx instructions that include the at least one DRx cycle length parameter and sends the UE DRx instructions to the UE for implementing DRx at the UE.

Abstract: An alignment recess formed in a cover substrate such as a cover for a MEMS device allows a second substrate to be bonded to the cover substrate. The alignment recess is larger than the second substrate and has two corner regions diagonally opposite each other where a wall of the recess protrudes to form a notch. The notch is dimensioned such that when the second substrate is disposed within the recess with two opposing corners surrounded by respective notches of the recess, the angular position of the second substrate relative to the cover substrate can be controlled to within a desired amount of rotation.

Abstract: A cooling assembly is described. The cooling assembly includes a semiconductor chip package having input/outputs (I/Os) on a first surface and a package lid that is opposite the first surface, the semiconductor chip package has sides between the first surface and the package lid. The cooling assembly includes a structured element. The structured element has a structured surface to nucleate bubbles in a bath of coolant. The structured element has fixturing elements to secure the structured element to at least first and second ones of the sides of the semiconductor chip package. The structured element has a first thermal resistance. The cooling assembly has a thermal interface material between the package lid and the structured element. The thermal interface material has a second thermal resistance that is greater than the first thermal resistance and within an order of magnitude of the first thermal resistance.

Abstract: A device may include a processor configured to provide an interface to enable a user equipment (UE) device to request a data flow in a network slice via a network exposure function (NEF). The processor may be further configured to receive a request from the UE device via the provided interface to create a data flow in the network slice, wherein the data flow is associated with a Quality of Service (QOS) characteristic; map the QoS characteristic to a QoS identifier; and create a data flow associated with the QoS identifier in a communication session associated with the UE device in the network slice.

Abstract: A method, a device, and a non-transitory storage medium are described in which a mobility management service is provided. The service may evaluate geospatial, performance metric, and neighbor criteria data relating to overlap areas between source cells and candidate target cells. The service may calculate composite values for each candidate target cell and select the candidate target cell based on the composite value. The service may manage the mobility of end devices and associated mobility procedures on a sub-sector, sector, cell, and cluster of cell level. The service may reconfigure network devices and the end device to satisfy optimization, healing, and site planning measures.

Abstract: A safety monitoring method for a freight elevator includes: S1: recording a minimum height and a maximum height of all floor doors of a freight elevator; S2: determining whether there are goods that have a height greater than the maximum height and enter the elevator, and if so, directly performing step S6; otherwise performing step S3; S3: determining whether there are goods that have a height greater than the minimum height and enter the elevator, and if so, obtaining the height of the goods and performing step S4; otherwise performing no operation; S4: when the elevator stops, obtaining a height of a floor door on a current floor; S5: determining whether the height of the floor door on the current floor is less than the height of the goods, and if so, performing step the S6; otherwise performing no operation; and S6: issuing an alarm when an elevator door opens.

Abstract: Alignment features formed on a cover substrate allow for a second substrate to be bonded to the cover substrate while ensuring that the second substrate is not titled with respect to a plane defined by the alignment features. Die attachment material is patterned such that it deforms or flows underneath the second substrate while allowing corners of the second substrate to rest on landing areas that are elevated above the top surface of the cover substrate. Some of the landing areas may include additional features that are elevated above the landing areas to form notches which constrain the rotational position of the second in addition to its tilt.

Abstract: A chip packaging structure includes, a chip on a substrate; an enclosure structure on the chip, a wall of the enclosure structure comprises a sealed cavity, and the chip is revealed through the sealed cavity; a layer of thermal interface material for the chip, formed by filling a liquid metal into the sealed cavity of the wall of the enclosure structure; and a heat sink, formed on the layer of thermal interface material, is hermetically sealed to the wall of the enclosure structure. The heat sink component is formed on the layer of the thermal interface material, sealed and connected to the enclosure structure. The enclosure structure using flexible materials to prevent the liquid metal from overflowing in the encapsulation and application process, thereby reducing degradation. The UV curing adhesive is used for sealing and fixing the connection to the thermal interface material layer, so the disassembly and replacement of the process is simpler.