150 results about "Code assignment" patented technology

A message accessing apparatus and method for providing access of select messages (voice or text) to multiple recipients in cellular networks. A network subscriber accesses a subscriber's mailbox which contains a message, by entering a voice messaging service address code and entering a personal access code. A temporary access code is then assigned to the selected message and the messaging service address code and temporary access code are transmitted to the intended recipients of the voice message to allow the intended recipients to access the selected message by contacting the voice messaging service and entering the temporary access code.

A computerized method of providing and allowing secure selective sharing of account information between users of an Internet information aggregation system. A grantor user creates one or more view pages, each of the view pages having a plurality of monitors therein. A unique visitation access code is assigned to each of a plurality of grantee users of the system. The grantor uses the visitation access codes to selectively grant visitation access to the grantor's view pages to selected grantees. When a grantee logs onto the Internet information aggregation system via a processor, such as a computer or a mobile device, the system allows the grantee user to select one of the grantors' view pages, whereupon the system displays the selected grantor's view page on the grantee user's display.

Aspects of a method and system for enterprise level management in a multi-femtocell network are provided. In this regard, one or more endpoint devices may receive traffic management information from a hybrid network controller for enabling handoff of calls and/or communication sessions among femtocells and/or access points. The received traffic management information may comprise set-up instructions, handoff instructions, transmit power, neighbor list information, signal quality thresholds, frequency assignments, transmission time, code assignments and/or antenna pattern assignments. The endpoint device may control handoffs between a communication device external to the communication system and the femtocells, access points and/or end-point devices.

An interactive computer-implemented apparatus and method for capturing and monitoring performance in a call center, and for promoting competition in productivity and quality metrics among employees comprising: a relational database, for use by all employees in the call center, comprising a competencies module defining competency requirements for each job in the call center, an individual employee development plan module linked to the competencies module a performance appraisal module for automatically calculating an overall performance rating for each employee, and a query and reporting facility, a database of employee demographic information, functional knowledge database comprising pre-defined employee functional knowledge elements required across all job codes of the call center organization; a competencies database comprising the organization's pre-defined employee competencies, the competencies linked to strategic goals of the call center organization, each competency assigned one or more proficiency levels, each proficiency level comprising one or pre-defined milestones, each job code assigned a targeted competency proficiency level; a development plan database for capture of employee-inputted development goals for one or more competencies, development goals selected from milestones per the competencies database, the selected development goals reviewed by a supervisor; a performance appraisal database for capture of the employee's supervisor-inputted performance ratings for a specified period, the performance ratings comprising distinct components of quality, productivity, and behavior, the behavior component further comprising a development rating, the development rating based on the employee's attainment of one or more employee's development goals per the development plan database, the rating for each component assigned a weight, the weight being a percentage of the maximum merit increase rate, the overall performance rating being the sum of the performance ratings for each component, the overall performance rating used to calculate the employee's merit increase, a periodic performance review database for capture of supervisor-inputted information from periodic performance reviews held with an employee, and a reports facility comprising instructions enabling administrators, employees, and supervisors to query one or more databases, the reports facility generating viewable and printable reports on-demand.

A method of implementing fast dynamic channel allocation call admission control for radio link reconfiguration in a wireless communication system includes a precode allocation procedure, a signal-independent code allocation procedure, and a post-code allocation procedure. The pre-code allocation procedure receives and processes a request message and retrieves system measurements and wireless transmit/receive unit (WTRU) capability information from a centralized database. A list of available timeslots and a list of code sets is retrieved from the centralized database. The code sets are allocated to the available timeslots, wherein a successful assignment is a solution. The solution having the lowest weighted interference signal code power is an optimal solution. The WTRU information with new allocation information is updated in the centralized database. A radio link reconfiguration ready message with the results of the code allocation process is then sent.

An orthogonal variable spreading factor (OVSF) of one dimension represented by coding tree is extended into two dimensions and applied simultaneously in both directions, frequency axis direction and time axis direction when carrying out spreading of two dimensions of frequency axis direction and time axis direction. For example, the transmission data is first spread by OVSF code of one dimension in the frequency axis direction (obtained from frequency axis direction OVSF code assignment section 11), and the result is spread by OVSF code of one dimension in time axis direction (obtained from time axis direction OVSF code assignment section 13, which is selected independent of frequency axis direction) in each of two-dimensional spreading sections 1-1 to 1-8.

The embodiments herein provide an authentication and tracking and retail analytics system. The system comprises of code generation module, a database server, an authentication module and a communication channel. A code generation module generates unique authentication code. This unique authentication code is printed/labeled on the product. Label/tag that is marked or contains a hidden code is placed on a product requiring verification. In order to verify the product, the consumer or retailer defaces or scratches a portion of the label/tag and reveals its hidden code. Consumer or retailer sends the product authentication code to a specified number mentioned via any communication device capable of sending and receiving SMS/MMS/picture/graphics. The verification software decrypts the encrypted authenticated code and compares decrypted code with the original data assigned for the code to determine an authenticity of the product and sends reply message to the consumer or retailer.

A channel assigning method for ad-hoc networks, which uses an intra-cluster bandwidth reserving procedure, including six phases of reservation request RREQ, reservation response RRSP, code assignment CASN, code conflict detection CCD, code conflict report CCR and code confirmation CCFM, and an inter-cluster RTS-CTS (request to send-clear to send) dialogue protocol to generate a TDMA time slot and select an assignment code, thereby supporting real-time traffic and associated QoS guarantee in a multi-hop ad-hoc network.

A method and system for bits and coding assignment utilizing Eigen beamforming with fixed rates for a closed loop WLAN is provided. Aspects of the method for communicating information in a communication system may comprise transmitting data via a plurality of radio frequency (RF) channels utilizing a plurality of transmitting antennas and receiving feedback information related to the plurality of RF channels. Bits may be assigned for transmission via at least one of the plurality of RF channels based on the feedback information. At least a portion of subsequent data having at least a first coding rate based on the assignment of bits may be transmitted via at least one of the plurality of RF channels. The method may also comprise receiving data via a plurality of RF channels utilizing a plurality of receiving antennas, and transmitting feedback information related to the plurality of RF channels.

A communication system including a first transceiver located on a first platform at a predetermined altitude. A first antenna is located on the first platform and connected to the first transceiver. A second antenna is connected to the other end of the first transceiver. A second transceiver is located on a ground hub physically and independent of the first platform. A third antenna is located on the ground hub and connected to the second transceiver. The third antenna is adapted to communicate with the second antenna. The first platform is maintained in a stratospheric orbit. A beamforming system is connected to the second transceiver and mounted on the ground hub. The beamforming system provides a beamformed signal from the second transceiver to the first transceiver effective to drive the first array antenna to radiate multiple beams to a surface, whereby the multiple beams create time varying and dissimilar footprints thereon. A second antenna is mounted on the first platform to receive the beamformed signal from the ground hub. The beamforming system is adapted to drive the first antenna to generate plural beams on the earth's surface, each beam providing a respective footprint or cell. Each beam tracks a respective user located at a center of each cell. The system allows for narrow beams to be created which, in turn, enables frequency reuse. A code is assigned to each beam and a mechanism is provided for preventing a user from receiving more than one beam with a given code. This mechanism is adapted to anticipate a condition by which a user will move to a location at which the user would receive more than one beam with a given code. The mechanism will quickly assign a second code to at least one beam prior to the arrival of the user at that position.

An inspection device for photomasks and products fabricated using the same, capable of reducing the time from inspection to repair. A reference data generator generates reference data that is based on design data and includes sensitivity class codes that differentiate designated pattern functions such as signal lines and power supply lines by means of inspection sensitivity. Then an inspection sensitivity setter allocates the desired inspection sensitivity for each sensitivity class code. An image acquiring unit photographs a subject of inspection (e.g., photomask or wafer), and a comparator detects a defect by comparing the photographed image with the reference data. When a defect is found, a reference data extractor extracts the region of the reference data that corresponds to the defect location. A defect registration determinator refers to the sensitivity class codes for the region and determines whether to register the defect. This reduces the number of defects that are registered.

In a multiple-user network communication system such as a satellite-based system, or in cable or wireless systems, the system resources, such as bandwidth, code allocation, and or slot timing, are allocated to users based in part on their class of service. The allocation provides for immediate allocation of the requested resources to a user having a verified high class of service so long as the resources are abatable or can be made available by tapping a resource reserve. If only a portion of the requested resources are available, they are made available immediately. From time to time, the resources available to at least one class of service are allocated among the users of that class of service, either equally, equally up to the requested resources, equitably, or in some systematic manner.

The present system uses dynamic assignment of key codes to select options of response content in request messages prior to transmission from an application server to a communication device. Dynamic assignment of key codes to selection options can occur according to a list of key codes having a predefined order also known as a predefined key code series. A key code series could be ordered according to ergonomic considerations or other considerations such as according to an alphabetic or numeric ordering. Communication occurs between one or more server applications running on an application server and a particular communication device, such as a cell phone. Dynamic key code assignment addresses problems raised when one communication device is concurrently carrying on more than one session with one or more server applications since the communication device identifier, such as a phone number, will be the same for all sessions.

A spread code allocation method in a CDMA cellular having a first code set including a plurality of first codes and a second code set including one or a plurality of second codes, allocating the second code to the first code set and multiplying the plurality of first codes by the allocated second code to generate a plurality of combined codes, assigning a priority to the combined code for each transmission signal to be transmitted from a base station to a mobile station, allocating the combined code to the transmission signal based on the priority, and diffusing the transmission signal by the allocated combined code to transmit the diffused transmission signal to the mobile station.

A method, apparatus, and computer instructions for presenting coverage data relating to data access occurring during execution of code. The coverage data containing data access indicators associated with memory locations is obtained. The data access indicators that have been set by a processor in the data processing system in response to access of the memory locations during execution of the code by the processor are identified to form set data access indicators. Each set instruction access indicator is associated with a portion of the memory locations allocated for the code. A presentation for coverage data is generated, wherein the set data access indicators are identified in the presentation.

Disclosed is a method and system thereof for transmitting a Voice over Internet Protocol (VoIP) packet over a primary channel and a supplemental channel belonging to a shared pool of supplemental channels in a wireless communications network such that Orthogonal Variable Spreading Factor (OVSF) codes associated with higher spreading factors (SF) may be used, thereby minimizing the adverse effects on system resources associated with implementing VoIP over downlink Dedicated CHannels (DCH). In the method and system, if an entire VoIP packet cannot be transmitted over a single transmission time interval on a primary channel, a specific supplemental channel (or code associated therewith) is assigned to a User Equipment (UE) to which the VoIP packet is intended. A portion of the VoIP packet is transmitted to the UE over a Dedicated Physical Data CHannel (DPDCH) on the primary channel, and another portion of the VoIP packet is transmitted to the UE over a DPDCH on the supplemental channel. The assigned specific OVSF code (or supplemental channel associated therewith) belongs to a set of supplemental OVSF codes assigned to the UE, and the set of assigned supplemental OVSF codes belongs to a shared pool of supplemental OVSF codes reserved at Node B. The identity of the assigned specific supplemental OVSF code used for the supplemental channel is indicated to the UE over a Dedicated Physical Control CHannel (DPCCH) on the primary channel. The UE examines the DPCCH on the primary channel to determine whether a specific supplemental channel (or code associated therewith) has been assigned to it. If a specific supplemental channel was assigned, then the UE will decode the data on the assigned specific supplemental channel along with the data on its primary channel. Otherwise, the UE will only decode the data on its primary channel.

A method and search engine for classifying a source publishing a document on a portion of a network, includes steps of electronically receiving a document, based on the document, determining a source which published the document, and assigning a code to the document based on whether data associated with the document published by the source matches with data contained in a database. An intelligent geographic- and business topic-specific resource discovery system facilitates local commerce on the World-Wide Web and also reduces search time by accurately isolating information for end-users. Distinguishing and classifying business pages on the Web by business categories using Standard Industrial Classification (SIC) codes is achieved through an automatic iterative process.

A method of assigning screen designation codes to images is disclosed. The method includes accessing data operable to display a first image and a second image. A first screen designation code is assigned to the first image, wherein the first screen designation code is associated with a first display screen of a multi-component display, and wherein the first screen designation code is operable to cause a display of the first image on the first display screen of the multi-component display. A second screen designation code is assigned to the second image, wherein the second screen designation code is associated with a second display screen of the multi-component display, wherein the first display screen and the second display screen overlap, and wherein the second screen designation code is operable to cause a display of the second image on the second display screen of the multi-component display.

A communications system and method of operating the communications system includes a high altitude communication device that communicates with a plurality of user terminals and a gateway station. The gateway station couples the users to terrestrial networks and other users. The high altitude communication device has a controller that assigns a first code to a beam of a first plurality of users. When one of the first plurality of users moves to interfere with one of the other of the first plurality of users, the beam associated with the user is reassigned another code.