Abstract: Methods and apparatuses for scheduling enhancement for eMTC are disclosed. A method comprises determining a HARQ process number for a transport block (TB), wherein the HARQ process number is determined by at least one of a HARQ process field of a control signal, a fixed HARQ process number, a HARQ process number of earliest scheduled process in a time duration, a HARQ process number of a process with earliest feedback in a time duration, a scrambling code of the TB, and a predefined HARQ process number of a process in an earliest feedback bundle; and transmitting the TB with the determined HARQ process number.

Abstract: An efficiency engine identifies container sizes for containers of a workload and allocates the containers across server clusters and nodes based on peak resource usage requirements of the containers. Runtime feedback signals are generated from monitors within the containers indicative of a quality of service and resource usage. A decision engine can identify a bin packing action to take based upon the runtime feedback signals, and a control plane can perform the identified bin packing actions to adjust bin packing based upon the runtime feedback signals. Also, adaptive adjustment can be performed based on feedback signals and using a prediction engine.

Abstract: Provided in the present application are a control system of an air conditioner and an air-conditioning device. The control system of the air conditioner comprises: a main machine control assembly receiving a feedback parameter of a main machine, to adjust, according to the feedback parameter, a water discharge temperature of the main machine; a water pump control assembly, and the water pump control assembly is in communication with the main machine control assembly, to adjust, according to a feedback parameter of the water pump, an operating parameter of a water pump; a cooling tower control assembly, and the cooling tower control assembly is connected to the water pump control assembly, to adjust, according to an environment parameter and a target water discharge temperature, the current water discharge temperature of a cooling tower; and a tail end control assembly.

Abstract: Provided are a remote debugging method and apparatus, an electronic device, a computer-readable storage medium, a computer program product, and a computer program. The method includes receiving first operation data of a controller; according to a debugging instruction, acquiring the first operation data of the controller to be debugged, and the debugging instruction includes identification information of the controller to be debugged; and generating debugging data according to the first operation data, and sending the debugging data to the controller to be debugged.

Abstract: A container loading and unloading device, includes a loading and unloading unit including: a support assembly extending in a vertical Y-axis direction; and at least one container taking and conveying assembly configured to move along the support assembly in the Y-axis direction. The container taking and conveying assembly includes a taking and placing assembly and a bearing assembly, the taking and placing assembly is configured to move in a Z-axis direction to take out a container from a carrier and load the same onto the bearing assembly, or unload the container from the bearing assembly and place the same on the carrier.

Abstract: A container taking and conveying assembly includes: a base; a bearing assembly configured to bear a container and defining an accommodating space for accommodating the container; a taking and placing assembly configured to take out the container from a first target position and load the container onto the bearing assembly, or unload the container from the bearing assembly and place the container at a second target position; and a moving assembly configured to drive the taking and placing assembly to move in a first movement trajectory where the moving assembly is configured to drive the taking and placing assembly to move in the accommodating space to load or unload the container, and a second movement trajectory where the moving assembly is configured to drive the taking and placing assembly to leave the accommodating space to allow the container to enter the accommodating space and be borne on the bearing assembly.

Abstract: A method includes obtaining temperature data and humidity data of an air conditioner, inputting a mode of the air conditioner, a prediction type of the air conditioner, the temperature data, and the humidity data into a pre-trained prediction model, and controlling a startup or a shutdown of the air conditioner based on a predicted time output by the prediction model. The mode of the air conditioner includes at least one of a cooling mode or a heating mode, the prediction type of the air conditioner includes at least one of a startup-time prediction or a shutdown-time prediction, parameters of the prediction model include an indoor set temperature, an indoor set temperature threshold value, an indoor set humidity, and an indoor set humidity threshold value, and the predicted time includes at least one of a predicted startup time or a predicted shutdown time.

Abstract: Examples of the present application provide a semiconductor device, a fabrication method thereof, a 3D memory and a memory device, wherein the semiconductor device includes: a substrate including first fins and second fins; a first gate oxide layer disposed on the first fins; a second gate oxide layer disposed on the second fins, wherein the sum of the thicknesses of the first fin and the first gate oxide layer is less than or equal to the sum of the thicknesses of the second fin and the second gate oxide layer; and a gate layer disposed on the first gate oxide layer and the second gate oxide layer. In the way described above, difficulty of etching process is reduced and yield and performance of products are improved.

Abstract: A processing method includes obtaining operation temperature data of a central air-conditioning system, determining a load of the central air-conditioning system based on the operation temperature data, determining operation state data of a device in the central air-conditioning system, and inputting the load and the operation state data into an energy efficiency evaluation model, to determine at least one of an energy consumption or an energy efficiency of the central air-conditioning system.

Abstract: An input-output control circuit, a controller and an air conditioner are provided. The circuit includes a signal input-output end, a first switch module, a first resistor, a second switch module, a second resistor, a third resistor, a fourth resistor, a fourth switch module, a fifth switch module, an amplification module, a sixth switch module and a control module. The control module outputs a first control signal by a first control end to control the on-off of the second switch module, outputs second control signals by a second control end to correspondingly control the on-off of the second switch module and the third switch module, and outputs a third control signal by a third control end to control the on-off of the fifth switch module.

Abstract: An output control circuit, a controller, and an air conditioner are provided. The output control circuit includes a signal input end, a first amplification module, a first power module, a first resistor, a second amplification module, a switch module, and a signal output end. A first input end of the first amplification module is connected to the signal input end. A first input end of the first power module is connected to an output end of the first amplification module and a second input end is connected to a first direct-current voltage source. A first end of the first resistor is connected to an output end of the first power module. A first input end of the second amplification module is connected to the first end of the first resistor and a second input end is connected to a second end of the first resistor.

Abstract: The present disclosure is directed to systems and methods of improving the thermal performance of processor-based devices. Such thermal performance improvement may include a rotatable mount; a first heat sink including a first surface and a second surface, the first surface of the first heat sink to be thermally coupled to a semiconductor device on a substrate, the second surface of the first heat sink thermally coupled to the rotatable mount; and a second heat sink including a third surface, the third surface of the second heat sink coupled to the rotatable mount, the second heat sink structured to rotate relative to the first heat sink when a portion of the rotatable mount rotates between a first position and a second position.

Abstract: Disclosed are an electronic device, an expansion card assembly and a server device. The electronic device comprises a hard disk slot and the expansion card assembly. The expansion card assembly is arranged in the hard disk slot in a pluggable manner; the hard disk slot comprises a first type of interface and a second type of interface. The first type of interface is used for communicating with the hard disk, and the second type of interface is used for communicating with the expansion card assembly. Therefore, the expansion card assembly is expanded by means of the hard disk slot in the electronic device, so that the expansion requirement of the expansion card assembly is met.

Abstract: A preparation method for a decellularized matrix biomaterial, which combines specific pretreatment, degreasing, disinfection, decellularization, ?-Gal antigen removal and sterilization, and reserves the integrity of bioactive components and structures in a material to the maximum extent while effectively removing an antigenic substance of an animal tissue, so that a decellularized matrix biomaterial having low immunogenicity and high biological activity is obtained. In addition, the decellularized matrix biomaterial prepared by the method effectively reduces immunogen components, has good biocompatibility and biological safety, is beneficial to cell adhesion, aggregation and proliferation on the surface, and can be used as a high-activity biological matrix material to be applied to skin soft tissue defect, gingival recession and periodontal soft tissue repair.

Abstract: Techniques and mechanisms for sensing a voltage difference across two interconnect structures of a multi-chip packaged device. In an embodiment, the interconnect structures provide respective voltages to each of multiple integrated circuit (IC) chips of the packaged device. Switch circuitry of the packaged device is operable to provide any of multiple modes which each switchedly couple a voltage sensor to a different respective one of various sample point pairs of the interconnect structures. Control circuitry operates the switch circuitry to selectively provide one of the multiple modes based on an indication of a workload to be performed with one or more of the IC chips. In another embodiment, the voltage sensor senses the voltages each at a respective sample point of a sample point pair which corresponds to the selected mode of the switch circuitry.

Abstract: An urban data prediction method based on a generative causal interpretation model is provided. The generative causal interpretation model includes exogenous variables, spatio-temporal conditional parent variables, controlled causal transition functions, and spatio-temporal mixing functions. By inferring the model's exogenous variables, causal descriptors, spatio-temporal conditional parent variables, and other causal latent variables from the observation data and fitting the corresponding functions such as the controlled causal transfer function and the spatio-temporal mixing function, the invention can predict the spatio-temporal data in city level based on the model. The observation data of the urban complex system can be decomposed into causal descriptors with physical meanings. Under the influence of stable causal structure, the robustness and applicability of the model can be improved, so that the prediction results are more in line with the operation of urban complex systems.

Abstract: A wind farm control strategy method, apparatus and device, and a storage medium are provided. The method includes: acquiring incoming flow wind data of a target wind farm, a restriction relationship between wind turbines in the target wind farm and current working condition data of the wind turbines in the target wind farm; inputting the incoming flow wind data, the restriction relationship and the current working condition data into a pre-trained working condition prediction model to obtain target working condition data corresponding to a target generation power of the target wind farm, the target generation power being a maximum generation power of the target wind farm; and controlling operation of the wind turbines in the target wind farm based on the target working condition data.

Abstract: A wind farm control strategy method, apparatus and device, and a storage medium are provided. The method includes: acquiring incoming flow wind data of a target wind farm, a restriction relationship between wind turbines in the target wind farm and current working condition data of the wind turbines in the target wind farm; inputting the incoming flow wind data, the restriction relationship and the current working condition data into a pre-trained working condition prediction model to obtain target working condition data corresponding to a target generation power of the target wind farm, the target generation power being a maximum generation power of the target wind farm; and controlling operation of the wind turbines in the target wind farm based on the target working condition data.