16 results about "Dual access" patented technology

Dual-access memory circuit (100) comprising: - FeRAM cells (102) arranged in rows and columns, each coupled to plate lines (106) and bit lines (112A, 112B) common to a column; and, during a dual access to cells (102.1 - 102.4) belonging to different columns, the memory circuit is configured to apply, to bit lines coupled to access transistors of unselected memory cells and in the conducting state, electrical potentials of the same values ​​as those applied to the plate lines coupled to the memory elements of the unselected memory cells. Figure for the abstract: Fig. 1

A dual-access memory circuit (100), comprising FeRAM cells (102) arranged in rows and columns, each coupled to plate lines (106) and bit lines (112A, 112B) common to a column; and, during a dual access to cells (102.1-102.4) belonging to different columns, the memory circuit is configured to apply, to bit lines coupled to access transistors of unselected memory cells and set to the on state, electrical potentials of the same values as those applied to the plate lines coupled to the memory elements of the unselected memory cells.

The disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. The disclosure can be applied to intelligent services (e.g., smart home, smart building, smart city, smart car or connected car, health care, digital education, retail business, security and safety-related services, etc.) based on 5G communication technology and IoT-related technology. More specifically, the disclosure relates to a method performed by a terminal in a wireless communication system, the method including receiving configuration information related to a quality of experience (QoE) measurement configuration, wherein the QoE measurement configuration includes first information indicating a signaling radio bearer (SRB) through which a QoE measurement report related to the QoE measurement configuration is transmitted, and second information indicating that the terminal reports information about a start or end of a measurement session related to the QoE measurement configuration; and transmitting, to a first node associated with the SRB indicated by the first information, a QoE measurement report including the information about the start or end of the measurement session related to the QoE measurement configuration; wherein the information about the start or end of the measurement session related to the QoE measurement configuration can be forwarded to a second node associated with the first node based on dual connectivity (DC).

The utility model provides a bill double-channel system. The bill double-channel system comprises a bill inlet and outlet module, a bent channel, a double-channel module and an identification and storage module which are connected in sequence, the dual-channel module comprises an upper-layer banknote inlet channel, a lower-layer banknote outlet channel and a synchronous belt; the banknote inlet channel and the banknote outlet channel share a synchronous belt; the double-channel module further comprises a one-way motor used for providing power for the synchronous belt. The dual-channel module further comprises an upper cover plate, an upper channel plate and a lower channel plate; a gap between the upper cover plate and the upper channel plate is a banknote inlet channel; a gap between the upper channel plate and the lower channel plate is a cash outlet channel. According to the application, two functions of depositing and withdrawing can be realized through the one-way motor without reversing, bills can enter the banknote channel during depositing, bills can enter the banknote channel during withdrawing, the depositing and withdrawing processes share one set of power device and can be realized by refitting on the existing basis, the practicability is high, and the maintenance cost is reduced.

The present disclosure relates to a session management method and apparatus, a computer program product, and an electronic device, and relates to the technical field of computers, the method comprising: initiating a first dual access session request to a first access control node, so that the first access control node selects a session control node according to the first dual access session request, the session control node allocates session parameters according to the first dual-access session request; and receiving the session parameter, and establishing a first session channel through the session parameter. According to the invention, transmission and fast switching of the double 3GPP data links are realized.

Methods, systems, and devices are described for wireless communication in which a user equipment (UE) may operate using two or more access control components that share a radio frequency (RF) component. The UE may adjust one or more reported measurement parameters based on the effects due to operation using the shared RF component. An estimated channel capacity of the serving cell and the neighboring cell may be determined and adjusted based on a concurrency loss associated with using the shared RF component. Based on the impact on the channel capacity, RSRP or ranking in the measurement report may be adjusted to reflect concurrency loss. Adjustments to reported measurement parameters may also be based on priorities of associated communications. Further, measurement objects of a measurement report may be ranked for measurement scheduling based on concurrency type, bandwidth, priority, or any combination thereof.

The application discloses a kind of attribute-based Internet of Vehicles dual access control data sharing methods, user generates attribute key, and proxy key is generated using attribute key;Data owner is encrypted to data using attribute-based encryption algorithm according to defined semi-hidden access structure, considering the limited computing capacity of vehicle end, and the encryption process is divided into offline and online two stages;Cloud server filters out the false information sent by malicious user;(Access control is carried out to the download request sent by the user who wants to access data, so as to refuse EDOS attack;Only the user who satisfies access policy can decrypt ciphertext, and the decryption stage is also divided into two stages of outsourcing decryption and user decryption;Malicious user is revoked, and after malicious user is revoked, only the ciphertext related to revocation list needs to be updated, without updating the entire ciphertext.The application can realize the safe data sharing in Internet of Vehicles, and promotes the wide application of vehicle network.

To provide a method and apparatus for providing a cell group activation service or deactivation service in a wireless communication system.SOLUTION: A method for a first base station MN executing dual access in a wireless communication system includes a step of transmitting, to a second base station SN, a request message associated with the dual access, a step of receiving, from the second base station, a response message including configuration information on a second cell group (SCG) for the dual acces, a step of identifying whether the response message includes information related to a state of the SCG, and a step of transmitting, to a terminal UE, a radio resource control (RRC) message including the configuration information on the SCG and the information related to the state of the SCG. In the case that an RRC message includes an indicator indicating deactivation of the SCG, the configuration information on the SCG includes information not to perform QoS flow remapping on a data radio bearer (DBR) associated with the SCG.SELECTED DRAWING: Figure 1K

The present disclosure relates generally to wireless communication. A method performed by a first core network element includes receiving, from a first wireless device, a first message for a registration request with a first wireless network, wherein: the first wireless device has a dual boot relationship with a second wireless device; the first wireless device and the second wireless device are respectively identified by a first SUPI and a second SUPI; the first message carries at least one of: a first 5G-GUTI of the first wireless device; a SUCI of the first wireless device; a dual boot capability of the first wireless device; a first indication that the first wireless device has the dual boot capability; or a second indication that the first wireless device has the dual boot relationship with the second wireless device; and obtaining at least one subset of first context information for the first wireless device.

Methods, systems, and devices for wireless communication are described. A user equipment (UE) may receive an indication of a data session in which both a first cell-based access and a second cell-based access can be used to communicate data. The UE may select a first cellular-based access or a second cellular-based access for the data session based at least in part on one or more of: a first connection management state of the UE at the first cellular-based access and a second connection management state of the UE at the second cellular-based access. The UE may communicate data during the data session via the first cell-based access or the second cell-based access according to the selection.

Dual-port FeRAM cell memory circuit. Dual-access memory circuit (100) comprising: - FeRAM cells (102) arranged in rows and columns, each coupled to plate (106) and bit (112A, 112B) lines common to a column; and applying, during a dual access to cells (102.1 - 102.4) belonging to different column groups: - when the cells belong to the same row, electrical potentials of the same values ​​on the bit lines coupled to other cells in the column groups to which the cells belong, or - when the cells belong to different rows, and on the bit lines coupled to other cells belonging to the same rows and columns as the cells, electrical potentials of the same values ​​as those applied to the plate lines coupled to the cells. Figure for the abbreviation: Fig. 1

A UE experiences a radio link failure with a source cell of a source radio access technology (RAT). In response to the radio link failure, the UE selects a target cell of a target RAT. The target RAT is different from the source RAT. The UE verifies that the target cell is in a same registration area as the source cell. In response to verifying that the target cell is in the same registration area, the UE generates a security token using a security context of the source cell. The UE transmits, to the target cell, a reestablishment request message. The reestablishment request message comprises one or more of the security token, a physical cell identity (PCI) of the source cell, and a Cell-Radio Network Temporary Identifier (C-RNTI) of the UE in the source cell.

Network selection is provided to support simultaneous multi-access registration from user equipment. A method for network selection to support simultaneous multiple access registration may include receiving capability information of a user equipment from the user equipment via a network entity. The capability information may include an indication of dual access registration capability of the user equipment to multiple mobile networks. The method may also include determining at least one geographic location corresponding to each of the plurality of mobile networks and generating a routing policy for the at least one geographic location. The routing policy may include registered mobile network specific data for a network slice or application. The method may also include sending the generated routing policy with the routing descriptor information to the user equipment.