36 results about "Communication Plan" patented technology

Methods for adding minutes to a calling plan having a calling plan period. The methods including determining whether a threshold number of minutes have been reached during the calling plan period; and incrementally adding minutes to the calling plan when the threshold number of minutes has been reached. The cost per minute of the added minutes is less than the high-cost per minute rate normally associated with exceeding the threshold number of minutes during the calling plan period.

A method of assigning cells in a superframe using digraph link information in a network of nodes is disclosed. The method comprises determining a total number of desired digraph links in the network of nodes wherein a digraph link is a directional link specifying routing information at each node in the network between said node and a second node, and wherein the network of nodes includes a plurality of nodes each with a plurality of digraph links. The method further comprises selecting a superframe size at least large enough to accommodate the total number of desired digraph links and assigning each desired digraph link to a cell in the superframe wherein each cell in the superframe specifies a synchronized time and frequency communication plan.

A method for providing targeted messaging for improved outcomes of communications intended to improve behaviors may include determining a profile category of an entity based at least on a correlation of personal information of the entity to characteristics of at least one of a plurality of profile categories, selecting a communication plan defining communication attributes to be employed in communicating with the entity regarding a patient care protocol based at least on the profile category determined, and directing communication of at least one message to the entity in accordance with the communication plan. A corresponding computer program product and apparatus are also provided.

A method for establishing communication schedules for a distributed real-time computer system comprising nodal computers, wherein: a) a grid (RAS) is created, which contains all of the parameters necessary to enable basic communication between nodes (KR1 . . . KR5) of a cluster (CLU); b) nodal communication schedules (KPG; KP1, KP2) for all nodes planned to be used as invariant components (KR2; KR2, KR3) are derived from the grid (RAS) and all parameters of the grid are copied and node-specific parameters are added; and c) cluster communication schedules (CP1, CP2; CL1, CL2) are derived from the nodal communication schedules (KPG; KP1, KP2), which contain, in addition to all parameters of the grid and the node-specific parameters of the invariant components, those parameters which are relevant to the remaining nodes of the cluster.

A system and method for profitably operating communications services may include providing a service plan inclusive of at least a portion of the communications services being unlimited for a user. A computing system may collect usage data of the user during a time period associated with the unlimited portion of the service plan. The computing system may determine whether the usage data is indicative of the user using the communications services in violation of service terms and conditions associated with the unlimited portion of the service plan. The computing system may perform an action in response to determining that the user is in violation of the terms and conditions.

The invention provides an automatic driving simulation testing cloud platform and an automatic driving simulation testing method. The automatic driving simulation testing cloud platform comprises a configuration module and a simulation testing module, wherein the configuration module is used for determining target simulation testing software corresponding to a software selection command from a simulation testing software pool, determining a target vehicle power module corresponding to a power model selection command from a vehicle power model configuration pool, determining a target sensor integration plan and a target communication plan corresponding to a sensing communication selection command from a sensing communication configuration pool, and determining a target scene working condition corresponding to a scene working condition selection command from a scene working condition configuration pool; the simulation testing module is used for loading the target vehicle power model, thetarget sensor integration plan, the target communication plan, the target scene working condition and a target automatic driving system into the target simulation testing software, and the target simulation testing software is run to perform simulation testing on the target automatic driving system. The automatic driving simulation testing cloud platform can be used for more conveniently testingthe automatic driving system.

The invention discloses a communication log analysis method of a mobile terminal and the mobile terminal. The communication log analysis method comprises following steps of a storage step: communication logs between a user and contact persons are stored; a calculation step: the communication logs are obtained and the communication volume of the user with an appointed contact person in at least two continuous time periods is calculated according to the communication logs; and a graph drawing step: a historical communication volume variation curve of the user with the appointed contact person before the current time is drawn on a graphical user interface according to a calculation result, and a predicted communication volume variation curves of the user with the appointed contact person after the current time is drawn according to the historical communication volume variation curve. According to the communication log analysis method, since the predicted communication volume variation curve of the user with the appointed contact person is displayed in a graphical manner, the user can conveniently predict the communication variation trend between self and the appointed contact person in future, so as to formulate a communication plan between self and the appointed contact person or adjust the communication behavior between self and the appointed contact person.

A method and apparatus for providing real time updates of a database describing the features of individual terminals of a shared plan telecommunications group for communication sessions from and to that individual terminal. The characteristics (numbering plan, incoming and outgoing screening, alternate routing, types of service provided) of each of the individual stations of the shared communication plan are stored in a database accessed through a server. The database can be updated in real time by a designated one of the stations in the shared group. The designated station can also handle appeals for an exception to the restrictions stored in the database. The designated station can receive immediate or periodic information on activity of individual stations, or can receive such information on request. Advantageously, updates of the database can be implemented immediately and economically without requiring assistance of the personnel of the carrier, and the designated station can control communications for the group.

The invention introduces a secure, graphical method and system for developing, analyzing, selecting, executing, measuring, and improving extensible, cohesive plans in single user, and multiple user environments. It presents a logical system for recycling plan related information. Mechanisms are introduced for brainstorming and collaborating during plan development and execution. Techniques for delegating, measuring, and accounting for plan targets are revealed. Methods for attaching strategies, analysis, media, and standard operating procedures to plan items are outlined. Administrations panels that control information flow between parties are exposed. A method for managing sub-projects that respond to challenges that surface during plan execution is presented. A method for alerting users to critical events is explained. Mechanisms for enhancing plan durability to improve the likelihood for target achievement are explained. A logical system for archiving and recycling information resulting from plan development and execution is disclosed. Tools for communicating plan progress and outcomes are introduced.

The invention discloses a ship communication method and device and belongs to the technical field of communication. The method comprises the steps of receiving access instructions; accessing user terminals to connection boards of radio stations according to the access instructions, wherein the user terminals are telephones communicating with the telephones in a ship; receiving service call signals sent by the user terminals, wherein the service call signals comprise service numbers; and searching a communication plan to determine link relationships formed by a plurality of radio stations corresponding to the service numbers and establishing communication connection between the user terminals and the plurality of radio stations according to the determined link relationships, wherein the communication plan comprises corresponding relationships among the link relationships formed by the service numbers of the communication service and the plurality of radio stations for realizing the communication service. According to the method and the device, through adoption of the telephones, commanders on a shoreline can communicate with performers on the ship through adoption of the radio stations.

A wireless communication apparatus including: a specific external communication section configured to communicate with a specific external communication device through a wireless communication while successively changing a communication frequency band that is a frequency band in which a communication is performed; and a communication condition recognizing section configured to recognize a communication condition in each of a plurality of frequency ranges each having a predetermined range width, wherein the specific external communication section determines, on the basis of the recognized communication condition in each of the plurality of frequency ranges, a set number of a plurality of communication planned frequency bands in each of which the specific external communication section is planned to communicate with the specific external communication device, by allocating to a part of the plurality of frequency ranges, and wherein the specific external communication section communicates, in the determined communication planned frequency bands, with the specific external communication device while successively changing the communication frequency band.

The invention discloses an automotive remote information processing system and a method thereof. A system load can be minimized through reducing a load which is generated at a client and a server in processing a remote information processing service according to a synchronous communication plan. The automotive remote information processing system comprises the components of a client which transmits a secondary service request for requesting the service when a primary response which corresponds a primary authentication request that is transmitted for a service authentication; the server which transmits the primary response for the primary authentication request and receives the secondary service request for transmitting the secondary service request to an automotive remote information processing unit; and the automotive remote information processing unit which receives the secondary service request from the server and transmits a secondary response for the secondary service request to the client through the server.

A method for implementing a new logistics program includes executing a plurality of start-up model phases for the new logistics program, the start-up phases including at least a program development phase, a pilot phase, a go-live phase, and a transition phase. During the program development phase, logistics processes are selected, for the pilot, go-live, and transition phases, to be reviewed during each respective phase. Furthermore, a communication plan is selected to execute between a program developer entity and a program client entity during each respective phase. The new logistics program is piloted during the pilot phase, according to the processes and the communication plan selected for the pilot phase, operated in real-time during the go-live phase, according to the processes and the communication plan selected for the go-live phase, and transitioned to self-sufficient operation during the transition phase, according to the processes and communication plan selected for the transition phase.

A circuit arrangement and method for temporally limiting and separating access between at least one master unit and at least one slave unit via a network-on-a-chip bus system in a system-on-a-chip, wherein the access between the at least one master and slave units is implemented via communication paths defined by bus interfaces, where within the circuit arrangement, the network-on-a-chip bus system is expanded by an adaptation unit that includes an access manager and a complementary logic for the bus interfaces, where the adaptation unit and the bus interfaces are then controlled by the access manager via the complementary logic using a communication plan such that access between the master and slave units via the communication paths specified by bus interfaces is performed in accordance with the temporal requirements of the communication plan so that time-controlled systems can be implemented simply using commercially obtainable standard bus systems.

This invention discloses a deep-penetration communication system and method based on cooperation. A signal transmitting end in the communication system comprises at least two deep-penetration communication devices, and sends information to deep-penetration communication devices in a signal receiving end when cooperating with each other. Thus, the wireless deep-penetration communication can be carried out through a multi-transmitting antenna synchronized cooperation transmitting mechanism. By adopting the deep-penetration communication plan based on cooperation, the signal intensity of the receiving end is enhanced by introducing the multi-transmitting antenna synchronized cooperation transmitting mechanism in the deep-penetration communication system; and the distance of the penetration communication is greatly increased on the premise of not changing the original configuration of the communication device.