Disclosed is a session synchronization method based on instant copy between cluster nodes. Session identification information is stored in a client, thereby avoiding storing complete session information in the client, so as to prevent the potential security hazard of exposing user identity information; moreover, during a process of sending a request to a server by the client, only the session identification information, rather than the complete session information, is carried so that the transmitted data volume is greatly reduced, thereby improving the efficiency of accessing the server by the client. Session information synchronization between various cluster nodes does not need to acquire session information from a database, thereby avoiding the performance bottleneck caused by frequently using the database, and also does not need to use a dedicated session cache server, thereby reducing the development and deployment costs and having a good application prospect.
A UE receives a list of neighboring cells of a serving cell serving the UE, and a list of SAIs. The list of neighboring cells may be included in a first system information message and the list of SAIs may be included in a second system information message. The first and second messages may be the same message, e.g., SIB15, or may be different messages SIB4/SIB5 and SIB15. The list of SAI includes those SAI supported by at least one of the serving cell and the neighboring cells. At least one of the SAIs is formatted to include mapping information that maps the SAI to one or more of the neighboring cells included in the list of neighboring cells. The UE processes the at least one SAI to determine the one or more neighboring cells that support the SAI.
Compositions containing iron and denatured protein have been prepared that are capable of increasing serum iron and other divalent metal cations in a subject. For example, edible microbeads have been prepared containing iron entrapped within a protein matrix that provides a gastroprotective effect and improves iron bioavailability relative to previously known vehicles for delivering iron to a subject.
The present invention relates to the technical field of communications, and disclosed in the present invention are a method and system for processing a scheduling request in a DRX state. The method comprises counting a scheduling density of a UE in a certain period, calculating the probability that the UE sends the Scheduling Request (SR) in a DRX dormant period according to the period that the UE sends the SR and the scheduling density, determining that the UE sends the SR and the number of times of the SR in need of continuous detection according to the probability that the UE sends the SR, and then determining whether the UE sends the SR in the dormant period. In the present invention, by means of determining whether the UE sends the SR according to the scheduling density of the UE during a period of time in the past and the SR sending period, the SR virtual detection probability is effectively reduced and the system performance is improved.
A path detection system based on a solar-blind ultraviolet optical signal, comprising a solar-blind ultraviolet optical signal generator, a solar-blind ultraviolet detector (2) and a signal processing module (3); the solar-blind ultraviolet optical signal generator is disposed on a road to serve as a path identification line (1); the solar-blind ultraviolet detector (2) is used to detect the path identification line (1), and transmits to the signal processing module (3) a detected signal of the solar-blind ultraviolet optical signal generator; and the signal processing module (3) acquires a driving path in real time by utilizing a path line extraction algorithm, and outputs path information. The path detection system utilizes the distinctiveness of a solar-blind ultraviolet optical band, and avoids an effect of complex illumination and road background information, thus having a good anti-interference capability, operating under all weather conditions, only requiring the processing of solar-blind ultraviolet information in a path extraction calculation, requiring few calculations and having good real-time properties. The path detection system can be widely used in the field of robot navigation and automatic driving of an automobile.
The invention provides a device and a method for preparation of immobilized proteins, enzymes or cells on a carrier to achieve the industrial batch production of the immobilized proteins, enzymes or cells.
Compounds having a structure of Formula I or a pharmaceutically acceptable salt, tautomer or stereoisomer thereof, wherein R1, R2, R3, R11a, R11b, R11c, R11d, and X, are as defined herein, are provided. Uses of such compounds for modulating androgen receptor activity, imaging diagnostics in cancer and therapeutics, and methods for treatment of subjects in need thereof, including prostate cancer are also provided.
The application discloses a hybrid multi-source data acquisition method, device, and data storage medium. The hybrid multi-source data acquisition method comprises: establishing, according to communication methods and data source characteristics of data acquisition channels, a plurality of logical channel sets; selecting, using a multi-source channel method, an optimal channel in each of the logical channel sets; selecting, using a multi-source node method, optimal data in the optimal channel, and transmitting the same to a backend. By combining the multi-source channel method and the multi-source node method, the embodiment resolves problems of a multi-source granularity being limited to a channel level when only the multi-source channel method is adopted, and low efficiency and low reliability when only the multi-source node method is adopted, providing highly reliable power grid operational data in a power scheduling automation system, and having a favorable application prospect.
A silicon anode comprising a hybrid binder at a blending ratio of 10-90 wt. % for use in a Li-ion battery is provided. The combination of a hybrid binder in the Si anode for use in a rechargeable Li-ion cell shows the unexpected result of extending the cycle life and a balancing effect between adhesion strength and first cycle efficiency.
A video decoding data storage method and a motion vector data computation method. The video decoding data storage method comprises: setting a reference frame queue table in a static random access memory, storing basic information about multiple reference frames in the reference frame queue table, wherein each unit of the reference frame queue table stores index information corresponding to a reference frame in a decoding buffer area; storing multiple groups of frame buffer information corresponding to the index information in the decoding buffer area, wherein each group of frame buffer information comprises frame display sequence data and motion vector storage address information; and storing motion vector data of each reference frame in a dynamic random access memory, wherein the motion vector storage address information is information about an address where the motion vector data of a coding tree unit of a block corresponding to the reference frame is stored in the dynamic random access memory.
Kensler, Kevin H
Sankar, Venkat N
Wang, Jun
Zhang, Xuehong
Rubadue, Christopher A
Baker, Gabrielle M
Parker, Joel S.
Hoadley, Katherine A.
Stancu, Andreea L
Pyle, Michael E
Collins, Laura C.
Hunter, David J.
Elissen, A Heather
Hankinson, Susan E
Tamimi, Rulla M.
Heng, Yujing J
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