126 results about "Pre-Registration" patented technology

An example of this invention provides low latency handovers between Mobile WiMAX and 2G / 3G / LTE networks with only a single radio transmitting at any given point in time, by establishing L2 tunnel between 3GPP MME and WiMAX ASN for control plane signaling to perform pre-registration, pre-authentication and context transfer to the target network, while UE maintains its connection to the source network, and by setting up bearer path for packet forwarding between Servicing Gateway and WiMAX ASN. An example of this invention uses a virtual eNB to facilitate low latency L2 handoffs to legacy 2G / 3G networks with minimum impact to SGSN and MME.

A text messaging caller is enabled to communicate with a called party situated at on voice network, such as a PSTN or emergency 911 service center. The method comprises providing a service center, pre-registering a caller with the service center, receiving a text message from the caller through the service center, converting the text message to a voice message, ascertaining the address of the caller according to pre-registration information, and sending the voice message to the called party on the voice network together with the caller's identification and location information.

A seamless handoff system and method reduces delay and packet loss during handoff of user equipment (UE) from a Wireless Local Area Network (WLAN) network to a Universal Mobile Telecommunication System (UMTS) network. The handoff system and method performs pre-registration and pre-authentication processes before the occurrence of a handoff, buffers packets being delivered to a UE during a handoff period, and forwards the buffered packets to the UE after completion of the handoff, thereby reducing packet loss that can occur during handoff.

A credit-card reader having a built-in digital camera for capturing a template signature and an email address on a credit card. The email address is identified by an optical character recognition program and input to an email system. A test signature is entered on a touch-pad input device and both the test and the template signatures are normalized and displayed for verification. Action buttons are provided on the display screen for enforcing the signature verification actions. The system enables the transmission of an electronic receipt selectively controlled by the customer and eliminates the needs of physically handling a credit card for signature verification and manual input or pre-registration of an email address for an electronic receipt. The computer-assisted features enables a central system of signature verification for purchase transactions at self-service check-out counters.

In some embodiments, a method comprises displaying a pre-registration invitation on a first digital device connected to a wireless network, determining one or more wireless network identifiers associated with the wireless network, generating a pre-registration code request, the request including the one or more wireless network identifiers, providing the pre-registration code request to a virtual network server, the server generating a pre-registration code in response to the pre-registration code request, the pre-registration code associated with the one or more wireless network identifiers, receiving the pre-registration code, providing a registration request from a second digital device, the registration request comprising the pre-registration code, and provisioning an account based on the registration request and the wireless network identifiers, the wireless network identifiers identified based on the pre-registration code.

Example embodiments are directed to a system and methods of pre-registration, storing of pre-registered session information and session transfer, which may occur when an access terminal is in close proximity to a border area between a first radio access technology (RAT) area and a second RAT area. A method includes obtaining pre-registration session information if an access terminal enters a pre-registration zone, starting a pre-registration session information timer associated with the obtained pre-registration session information, and storing the obtained pre-registration session information until the associated pre-registration information timer expires. Further, both an access terminal and an access network include one or more memories configured to store more than one group of pre-registration session information and more than one timer. Each of the timers are associated with a corresponding set of pre-registration session information.

The user of a mobile station which is prepared to receive information providing services from unspecified IP (Information Providers) accesses a gateway server and performs a pre-registration procedure (S71). When an IP server has information to provide to users, it constructs the information in the form of electronic mail, appends user attribute data, and sends this to the gateway server (S72). Upon receiving electronic mail with attribute data, the gateway server stores the electronic mail in a third mailbox, makes a comparison of the user attributes, and calls the mobile stations of relevant users (S73). A user who has received a call requests a download of the electronic mail from the gateway server (S74). The gateway server sends electronic mail to the mobile station which made the request (S75, S76).

The invention discloses a rapid and accurate registration method of a dense point cloud model, comprising the following steps of: realizing the initial registration of a turbine blade dense point cloud model and a CAD (Computer-Aided Design) model through an alignment method; appropriately simplifying the obtained initially registered point cloud data; computing the rotation matrix and the translation matrix of each iteration in an SVD-ICP (Singular Value Decomposition-Iterative Closet Point) algorithm; and finally realizing the accurate registration of a control point set {P} and the CAD model by adopting the SVD-ICP algorithm. In the invention, under the premise of realizing the pre-registration of the point cloud model and the CAD model, the dense point cloud data are simplified; the simplified data are taken as a registered control point set; the total rotation matrix and the translation matrix are computed on the basis of the SVD-ICP algorithm; and the computed total transformation matrixes are applied to the original dense point cloud before the simplification so that the rapid registration of the dense point cloud and the CAD model is realized and the registration accuracy and the registration speed are considered simultaneously.

The disclosure relates to systems and methods for provisioning a new user to a cloud-based system through a pre-registration process where the cloud-based system generates a tokenized resource identifier based on the user's registration information provided by an external service provider and through a registration process where the user accesses the cloud-based system using the tokenized resource identifier and the cloud-based system completes the registration of the user when the user's registration information in the cloud-based system is verified against the corresponding registration information maintained by the external service provider. Once the registration is complete, data related to the registered user may be synchronized between the cloud-based system and the external service provider.

User identity is verified using license keys issued during a pre-registration process. In one embodiment, members of a defined community communicate with other members of the community using uniquely identifying PKI keys. In one embodiment, the identity of a user is assured by having a system-level administrator issue license keys and pre-register the user. In one embodiment, during a pre-registration process, a setup server may be accessed to generate a private license key that will be used to secure and encrypt all communication from one user to another.

The invention provides a vehicle communication D2D discovery method, a device and a terminal. The vehicle communication D2D discovery method is suitable for the terminal and comprises the steps that a transmission performance requirement met by a service type corresponding to a vehicle communication service is acquired; according to the transmission performance requirement, the fact that the vehicle communication service has delay constraints is determined; and pre-registration is carried out on a network side entity, and / or a pre-allocation transmission resource scheduling mechanism is used, and / or the identification mapping information of the network-side entity is pre-acquired, so as to reduce interaction with the network-side entity in a D2D discovery process. According to the technical scheme provided by the invention, in the D2D discovery process of the terminal, interaction with the network-side entity is minimized; the delay of the D2D discovery process is effectively shortened; and V2X short delay transmission is supported.

An Inter-RAT handover method is disclosed. A method for supporting an Inter-RAT handover by an IEEE 802.16m MS includes performing, by the MS, pre-registration in an Inter-RAT target BS using a tunneling, if a channel quality of an Inter-RAT neighbor cell is higher than a pre-registration threshold, and transmitting a handover request message for a handover to the target BS to a serving BS, if a channel quality of the neighbor cell is equal to or higher than a handover threshold during a time duration in a scanning of the neighbor cell and a channel quality of the target BS is equal to or higher than that of the neighbor cell. This handover method reduces a time required for a handover from an IEEE 802.16m network to a Non-802.16m network, provides a seamless service, supports a rapid recovery in case of a radio link failure, and increases handover reliability.

Pre-registration security support in a multiple access technology environment is disclosed. For example, a method is disclosed for use in a computing device of a communication system. The communication system supports two or more access technologies for permitting a communication device to access the communication system, and at least part of a first security context is generated at the computing device for a given communication device permitting the given communication device to access the communication system via a first access technology. The method comprises generating at the computing device at least part of at least a second security context for the given communication device such that the given communication device is pre-registered to access the communication system via at least a second access technology while maintaining the first security context such that the given communication device continues to access the communication system via the first access technology and is pre-registered to subsequently access the communication system via the second access technology.

In controller 3 which controls a reader reading radiographic image recorded in a cassette, display controlling means 13 is provided, wherein pre-registration mode in which radiographing is conducted to acquire an image after correlation between body part information and a cassette is registered as radiographing reservation information, a post-registration mode in which correlation between body part information and a cassette insertion order is registered as radiographing reservation information and a image is acquired, as well as a mode in which image is acquired without registration of correlation as radiographing reservation information are displayed to be selected and the process is continued hereafter according to the user's selected mode.

A system and method for establishing a secure and authenticated session layer path between user equipment (102) and a security proxy (112), such as a serving call session control function (116). A communications session is established at a user equipment node (102), prior to registering with the security proxy (112). The user equipment (102) subscribes, through the communications session prior to registering with the security proxy (112), to an event package from the security proxy (112). A secure and authenticated session layer path (426) is established, based upon the subscription, through the communications session from the user equipment node to the security proxy (112) and therefore the serving call session control function (116). A session initiation protocol session (442) is originated, at the user equipment node (102), over the secure and authenticated session layer path (426) based upon authentication provided by the secure and authenticated session layer path (426).

A seamless handoff system and method reduces delay and packet loss during handoff of user equipment (UE) from a Wireless Local Area Network (WLAN) network to a Universal Mobile Telecommunication System (UMTS) network. The handoff system and method performs pre-registration and pre-authentication processes before the occurrence of a handoff, buffers packets being delivered to a UE during a handoff period, and forwards the buffered packets to the UE after completion of the handoff, thereby reducing packet loss that can occur during handoff.

The present invention relates to a system of collecting medical information from patients and other sources and distributing information as necessary to medical providers and the devices used by medical providers in the preferred embodiment. The information collected generates triggers of suggested orders and notifications among patients and medical providers. The preferred embodiment of the present invention also relates to an efficient, automated system of generating orders related to patient care.

A method for accessing a Personal Network (PN) from a Guest device. In this method, the Guest device (18) receives a service key from a Master device (16) of the Personal Network (15) to which the Guest device wishes to access. The Guest device (18) then sends the Device ID of the Master device (16) to a Proxy (12) The Proxy (12) associates a route for accessing the Master device (16) from the Guest device (18) based on the Device ID of the Master device (16) and the Device ID of the Guest device (18), and sends an acknowledgement to the Guest device (13). The Proxy (12) may use its Proxy data to further filter requests based on pre-registration status of requesting Guest Devices (18). If already pre-registered, the Proxy (12) routes the PN request of the Guest Device (18) to the Personal Network Management (11). The Personal Network Management (11) verifies the service key to authenticate the Guest device (18).

The invention provides an intelligent elevator calling system based on face identification. The intelligent elevator calling system based on face identification comprises a pre-registration module, anidentification comparison module and a elevator calling instruction output module; the pre-registration module pre-registers a collected and output face image and stores the face image, and the collected face image is a verified resident face image; the identification comparison module collects a face image of a certain passenger who needs to call an elevator and indentifies and compares the collected face image with face image information prestored in the pre-registration module, if comparison is successful, a level signal is issued to the elevator calling instruction output module, and if comparison is not successful, the level signal is not issued to the elevator calling instruction output module; and the elevator calling instruction output module receives the level signal issued by the identification comparison module and outputs an elevator calling instruction. According to the intelligent elevator calling system based on face identification, the tedious problem of a traditionalelevator calling is solved, safety permission is improved, and the system only allows the registered passengers to use the elevator; and the system indentifies and confirms the registered passengers through a face identification system, and after system confirmation is conducted, the elevator calling instruction is output to call the elevator.

The invention discloses a switching processing method. The method comprises the following steps: an MS which is a Target ASN to be switched acquires a serial number SN' of a first data cached by an Anchor ASN and a serial number SN of a last data which is not transmitted to the MS by a Serving ASN; the Target ASN acquires data with the serial number between the SN and the SN' from the Serving ASN; and the Target ASN transmits the data with the serial number starting from the SN to the MS. By the method, the data integrity during switching can be realized no matter a data path pre-registration process is completed during a switching preparation stage or a switching execution stage, and meanwhile, the Anchor ASN dose not need to unicast data to all Target ASNs, and the problem of the switching time delay is overcome.

A method and system to allow wireless devices, such as wirelessly-equipped digital cameras, to gain wireless packet-data connectivity and to interact with a media management server, such as a photo server. A wireless carrier distributes multiple devices all having the same set of radio access data (e.g., mobile identification number and electronic serial number), and all having shared or unique pre-registration data. Any such device can then readily use the shared radio access data to acquire radio connectivity and can then use the pre-registration data to gain access to the media management server. The first time such a device connects with the media management server using the pre-registration data, the server will engage in a online account registration session with the device and provision the device with post-registration data that the device can thereafter use to access the online account.

The invention relates to address checking method and device and a network system, wherein the address checking method comprises the following steps of: acquiring a first IP address used in a first network by user equipment (UE); and checking the second IP address of the user equipment according to the first IP address, wherein the second IP address is an IP address used by the user equipment in the process of switching the first network into a second network. In the pre-registration process, the address checking method and device can check the second IP address used in the process of switching to the second network by the UE according to the first IP address after acquiring the first IP address used in the first network by the pre-registered UE to ensure the legality of the IP addresses of used network resources and improve the safety of the networks.

A method of registering a user for performing a card authentication read is disclosed. An identity of the user may be verified in person. At least one official personal document of the user may be reviewed while face-to-face with the user. When the identity of the user is verified in person, a card reader having a card reader identifier may be provided to the user. Pre-registration data for one or more cards of the user may be received through the card reader. The pre-registration data for the one or more cards of the user may be stored to be associated with the card reader identifier in memory.

The invention discloses a broken bone section and broken bone model registration method based on a maximum common subgraph and a bounding box. The method comprises the following steps of broken bone axis extraction, broken bone Gauss mapping, section point set extraction, broken bone pre-registration and broken bone accurate registration. The step of section point set extraction comprises sub steps: triangular patches whose normal vectors and the broken bone axis are in a certain angle are eliminated and the broken bone model is segmented to two broken bone models, wherein each model comprises a section model containing the broken bone; elimination on triangular patches is carried out on the two broken bones respectively, and four sub models are obtained finally, wherein two are section models; and a section point set for nodes in the four sub models is extracted, each two section motors is compared through a maximum common subgraph algorithm, and a pair of sub models containing the maximum nodes are selected as the two section modes. The step of broken bone pre-registration is to build bounding boxes for the two section models, and the two bounding boxes are aligned in the space to complete pre-registration. The step of broken bone accurate registration is to carry out accurate registration on the two broken bones through an ICP algorithm to complete joint between the two broken bones.

The embodiment of the invention provides an intersystem transfer method, an intersystem transfer device and communications systems, and more particularly the intersystem transfer method comprising thefollowing steps: a pre-transfer substantiality PHE is arranged in a system in advance, the PHE can communicate with a terminal, a 3GPP network and a WiMAX network, the PHE receives a request from theterminal and executes a pre-registration from the terminal to the WiMAX network, and when pre-registration is completed, the PHE receives a transfer request from the terminal and transfers the terminal to the WiMAX network. The substantiality PHE is introduced into an integrated frame of the 3GPP network and the WiMAX network, and thereby when the terminal probably needs to be transferred from the 3GPP network to the WiMAX network, the terminal firstly pre-registers in the WiMAX network by the PHE and can be transferred from the 3GPP network to the WiMAX network by sending a transferring request to the PHE.

An Inter-RAT handover method is disclosed. A method for supporting an Inter-RAT handover by an IEEE 802.16m MS includes performing, by the MS, pre-registration in an Inter-RAT target BS using a tunneling, if a channel quality of an Inter-RAT neighbor cell is higher than a pre-registration threshold, and transmitting a handover request message for a handover to the target BS to a serving BS, if a channel quality of the neighbor cell is equal to or higher than a handover threshold during a time duration in a scanning of the neighbor cell and a channel quality of the target BS is equal to or higher than that of the neighbor cell. This handover method reduces a time required for a handover from an IEEE 802.16m network to a Non-802.16m network, provides a seamless service, supports a rapid recovery in case of a radio link failure, and increases handover reliability.

An example of this invention provides low latency handovers between Mobile WiMAX and 2G / 3G / LTE networks with only a single radio transmitting at any given point in time, by establishing L2 tunnel between 3GPP MME and WiMAX ASN for control plane signaling to perform pre-registration, pre-authentication and context transfer to the target network, while UE maintains its connection to the source network, and by setting up bearer path for packet forwarding between Servicing Gateway and WiMAX ASN. An example of this invention uses a virtual eNB to facilitate low latency L2 handoffs to legacy 2G / 3G networks with minimum impact to SGSN and MME.

The invention discloses a user information processing method and a system, wherein, the method comprises steps: a first network confirms detachment of a user facility from the first network, and transmits information representing the detachment of the user facility from the first network to a second network; and the second network receives the information and deletes pre-registration information of the user facility stored in the second network according to the information. The invention is notified to be capable of saving system resources.

The invention discloses a two-dimensional image registration method for partially matched images. The method comprises the following steps: extracting the boundaries of two images for registration; conducting pre-registration on two boundary images through a geometrical characteristic difference distribution histogram to obtain rough spatial alternation parameters; correcting floating images with the rough spatial alternation parameters and removing redundant boundary points; performing precise registration with average Hausdorff distance to obtain accurate spatial alternation parameters, and repeating the steps till required precision is obtained. According to the two-dimensional image registration method for the partially matched images, the geometrical characteristic difference distribution histogram is combined with generalized Hausdorff distance, as a result, the influence of the redundant boundaries on a pre-registration result is reduced, the redundant boundary points in the floating images also can be removed, and accurate registration and correction of the images are realized.