97 results about "Busy hour" patented technology

A method for call center to processing inbound call from a caller during a busy time is disclosed in which the caller will be assigned a place in the queue, an identification and a time window. The call center will keep the place of the caller after the first call is disconnected. The caller shall call back within the time window assigned to him to claim his place in the queue. The caller may place the second call in any moment convenient to him within the time window, or even from a different telephone.

This invention relates to a method and apparatus for charging and billing of Circuit Switch, Packet Switch, and IP Multimedia Subsystems in third generation telecommunication systems. The charges for a call are computed by a rating engine, a software system comprising data tables and a program for calculating charges from the parameters of the call, such as the calling and called numbers, the length of the call, and special charge items such as priority service. For calls whose billing cannot be deferred, referred to as on-line billing calls, the rating engine is accessed immediately. For calls whose billing can be deferred, referred to as off-line billing calls, the rating engine performs its function only when the rating engine is not busy rating on-line billing calls, for example, during periods outside the busy hour. Advantageously, only a single rating engine is required, and the capacity of that single rating engine is determined only by the busy-hour volume of on-line billing calls.

The invention provides a database partition method used for partitioning a database. The method comprises the following steps of: acquiring multiple required report forms; determining database partition rules according to time nodes of the multiple required report forms; and partitioning the database according to the determined database partition rules. The database partition method is used for analyzing the time nodes of the required reports and customizing the partition rules according to the time nodes, so that the data of various reports such as full network daily reports, busy hour reports and the like best accord with the characteristics of full partition table scanning strategies, the required data can be acquired during full partition table scanning, the scanned records which do not meet the search conditions reach the minimum, the time required for searching and scanning is reduced, the full table scanning efficiency is improved, and many original conditions of needing index scanning are changed into conditions of full table scanning. The invention also provides a database partition device.

The invention describes a method and system for managing customers in a restaurant and similar service providing industries. Particularly it relates to accommodating more number of customers during peak or busy hours. The time spent by a customer at a table is reduced by providing an appropriate incentive, thereby reducing the wait time of customers waiting in the queue.

The invention discloses a regional short range synchronous road control method. The method comprises the following steps of: investigating the traffic flow and facility status of a road, classifying the road into a smooth road, a crowded road and an obstructed road, drawing a road running status distribution map based on an investigation result, determining boundary zones among different crowded regions and partitioning the road into a plurality of regions; and adopting the same timing scheme on signal lamps at all intersections in each region and turning on green lamps synchronously in the same flow direction for permitting passing and turning off the green lamps synchronously for forbidding passing. In a regional signal lamp timing scheme, the period length of a key intersection is taken as a regional signal lamp timing period length, and a split green ratio of intersecting directions of regional signal lamp timing is determined according to the maximum flow ratio of intersecting directions. Through the method, traffic flow in intersecting directions in a region can continuously pass through a plurality of intersections in a period without consideration of the demands and reach distribution characteristics of traffic flows in different directions in a road network, parking possibility of vehicles in intersections in a busy hour can be decreased effectively, and delay is reduced.

The invention provides a network expansion method and a network expansion evaluation device, which relate to the technical field of communications and are applied to cell network expansion. The network expansion method comprises the steps: obtaining a busy-hour RRC (Radio Resource Control)maximum connection number X, busy-hour eNodeB successful response times Y, a busy-hour downlink PRB (Physical Resource Block)utilization rate Mand busy-hour downlink data total throughput N of a to-be-evaluated cell,and average call duration Q of a voice service of an existing network cell; according to the X, Y and Q, calculating to obtain an RRC maximum connection number X' of the to-be-evaluated cell after VoLTE (Voice over LTE)is opened; according to the M, Y, Q and N, calculating to obtain a PRB utilization rate M' of the to-be-evaluated cell after the VoLTE is opened; if the X' is larger than a preset downlink RRC user connection number threshold and the M' is smaller than or equal to a downlink PRB utilization rate threshold, additionally configuring a user connection number for the to-be-evaluated cell; if the M' is larger than the downlink PRB utilization rate threshold, transferring preset parts of services of the to-be-evaluated cell based on FDD LTE(Frequency Division Duplexing Long Time Evolution) network.

The invention discloses a paging method and system for an evolved packet system. The method comprises the steps that after downlink data sent to a user terminal in the dormant state are received, whether the service of the downlink data is a low priority service or not is recognized according to data characteristics of the downlink data and predetermined service priority rules; as the response to the fact that the service is the low priority service, an MME sends paging information containing low priority paging identifications to a base station, so that the base station receiving the paging information can distinguish paging caused by the low priority service, then the base station executes corresponding operations according to base station network resource using conditions, and the base station does not execute the operation of paging a user terminal in the base station covering area when the base station is in the resource constrained state. According to the technical scheme, paging of the low priority service for the terminal in the dormant state is not executed temporarily when network resources are constrained, and network resource pressure is relieved at network busy hours.

This invention relates to a method and apparatus for charging and billing of Circuit Switch, Packet Switch, and IP Multimedia Subsystems in third generation telecommunication systems. The charges for a call are computed by a rating engine, a software system comprising data tables and a program for calculating charges from the parameters of the call, such as the calling and called numbers, the length of the call, and special charge items such as priority service. For calls whose billing cannot be deferred, referred to as on-line billing calls, the rating engine is accessed immediately. For calls whose billing can be deferred, referred to as off-line billing calls, the rating engine performs its function only when the rating engine is not busy rating on-line billing calls, for example, during periods outside the busy hour. Advantageously, only a single rating engine is required, and the capacity of that single rating engine is determined only by the busy-hour volume of on-line billing calls.

An embodiment of the current invention is directed to determining one or more sectors in a network divided into sectors that require additional communication resources. Total-hourly, busy-time traffic is collected for each sector. A total-monthly, busy-time traffic is determined for each month, based on the total-hourly, busy-time traffic. The sectors are divided into a number of groups, based on the total-monthly, busy-time traffic for each sector. An ordering of sectors in each group is created, based on the total-hourly, busy-time traffic, utilizing a different ordering algorithm for each group. One or more sectors requiring additional communication resources are determined based on the ordering of sectors.

A charging / discharging support center provides normal power sales / purchase price information, including a power purchase price of power purchased to charge a battery of a vehicle and a power sales price of power discharged from the battery for sale, depending on whether it is busy hours during which a large-scale store is crowded or slow hours during which the large-scale store is not crowded, based on the past record. When the traffic volume in the surrounding area of the large-scale store is predicted to increase, the charging / discharging support center changes the power sales / purchase price information and provides, to a user of the vehicle, power sales / purchase price information in which the power purchase price of power purchased to charge the battery at the store is increased and set high, whereas the power sales price of power discharged from the battery for sale is reduced and set cheap.

The invention relates to a system and a method for realizing communication based on an on-line telephone book mode, which provides on-line telephone book service compatible with a local telephone book, a network individual telephone book and a public yellow-page telephone book for a telephone terminal user and provides a shortcut for indexing a target telephone number for the telephone user. Along with the development of the third generation mobile communication and the popularization of wireless broadband, the mobile telephone terminal user can automatically obtain a self initial telephone book through the on-line telephone book, and automatically obtain missed call records (missed calls in a busy hour, in a power-off period, a temporary no-connection period, and the like). The system and the method can index number prefixes of a telephone number automatic adding area after the user roams out of an ascription area and directly index the telephone number in a yellow page through the public telephone book in the on-line telephone book without number query service.

The invention discloses a judging method and a judging device of intermodulation interference to improve the judging efficiency and the judging accuracy of the intermodulation interference, wherein the judging method comprises the steps of: determining an uplink traffic busy hour time and an uplink traffic idle hour time of the cell with high interference; respectively determining a busy hour uplink interference parameter value of the uplink traffic busy hour time and an idle uplink interference parameter value of the uplink traffic idle hour time; according to the busy hour uplink interference parameter value and the idle uplink interference parameter value, determining the intermodulation interference parameter value of the cell with high interference; when the intermodulation interference parameter value surpasses the predetermined threshold value, judging that the intermodulation interference exists in the cell with high interference.

The invention provides an assessment method and an assessment device based on the utilization of wireless network resources, wherein the method comprises the following steps of: acquiring network parameters such as sector quantity in a whole network, the quantity of each service during the busy hour of a whole network system and the quantity of each service in each sector of the whole network during the busy hour of the sector; and acquiring average capacity of services, which are required to be allocated in each sector and average comprehensive service quantity of each sector during the busyhour of system according to the network parameters, a conversion coefficient of each service and the load capacity so as to acquire the wireless network utilization rate of a wideband code division multiple access (WCDMA) system. By the assessment method and the device based on the utilization of the wireless network resources provided by the invention, a matched wireless capacity is acquired aiming at comprehensive service quantity in a period of time, so the corresponding optimum utilization ratio of the wireless network resources can be acquired and a network operator can perform convenient assessment and planning for the actual utilization condition of resources.

The invention discloses a communication method for improving communication timeliness in an automobile deviation test system. The wireless communication timeliness and reliability are the premises for effectively performing deviation test, and however, in a strong interference environment, communication is interrupted easily, and the communication interruption would cause obvious communication delay. A time-sharing communication method lowers the influence caused by communication delay and greatly improves the communication timeliness in the strong interference environment, to be specific, the wireless communication method for the online automatic automobile deviation test system includes that changing a continuous communication method in a starting test process into the time-sharing communication method, wherein the time-sharing communication method includes idle hour communication and busy hour communication, and the idle hour communication refers to that the main information is sent in the tested vehicle information extracting stage featured with small interference and low timeliness requirement; in the test starting stage (busy hours) featured with large interference and high timeliness requirement, only the wireless communication connection is performed, and the corresponding vehicle identity information is called according to the client IP to verify the vehicle identity and perform activation test.

A method for enabling an intelligent refrigerator to judge daytime and night according to the use habit of a user comprises the following steps that A, a day is divided into 24 hours, and the busy hours and the idle hours are judged out; B, the idle time section is found and judged to be the night time section of the day, the remaining time section is the daytime time section, and then the daytime / night time sections of the day are obtained through statistics; C, statistics and collection of relevant data are continuously conducted for 7 days, and the daytime / night time sections of the user are obtained through statistics; D, according to the information of the daytime / night time sections of the user, the rpm of a compressor and / or a draught fan is controlled; E, the actual daytime / night time sections are obtained through statistics and compared with the daytime / night time sections of the user everyday in days to come, and whether the actual daytime / night time sections are identical with the daytime / night time sections of the user is judged; and F, if it is judged that the actual daytime / night time sections are continuously different from the daytime / night time sections of the user for four days, the stored daytime / night time sections of the user are cleared, and the collection stage in the step A is executed again. The method for enabling the intelligent refrigerator to judge daytime and night according to the use habit of the user has the characteristics that the daytime and the night are accurately judged, cost is low, the performance is reliable, the electricity consumption is effectively reduced, and nose is effectively lowered.

The embodiment of the invention provides a busy hour and busy area prediction method and device, and the method comprises the steps: obtaining historical telephone traffic data of a target cell in thesame specified time period in a preset period, and determining the slope for representing the data change trend of a data type in the specified time period according to the historical telephone traffic data of the data type for each data type; judging whether the target cell meets a preset expansion condition or not according to the historical telephone traffic data and the slope corresponding toeach data category; and if so, determining the target cell as a busy time busy cell. The trend prediction is performed by comparing the data of the target cell in the same specified time period in the preset period, the data stability is high, in addition, whether the target cell meets the preset expansion standard or not is judged according to the historical telephone traffic data and the slope,and the user experience is improved. The invention is high in predictability, high in accuracy and short in time delay for busy time and busy area trends, and effectively avoids the problem that theuser experience is poor due to congestion caused by the fact that capacity expansion cannot be implemented in time after the capacity expansion list is actually obtained.

The invention discloses a cellular wireless communication network partition capacity expansion method and an apparatus thereof. The method comprises the following steps: S101: carrying out geographical partition in an object planning scope to enable user behavior parameters of each base station cell telephone traffic busy hour in a partition to be the same in an error range and telephone traffic busy hour of each base station cell to be the same; S102: according to configuration data and telephone traffic data of present network resource, and determining bottleneck resource of the cell; S103: determining whether the bottleneck resource can be expanded or not, if so, allocating the bottleneck resource and returning to S102; if not, carrying out S104; S104: expanding sector load quantity of the cell. By utilizing the method and the apparatus, a wireless communication service provider can clearly observe network load or present resource utilization rate situation and under network bottleneck resource. In this way, network adjustment is objective-oriented, refinement operation and management of a network are facilitated, and better service quality is provided for general users.

The invention provides a capacity allocation method of wireless network and a capacity allocation device of the wireless network. The method comprises the following steps: obtaining a first total telephone traffic sum of all corresponding cells in a prefecture-level city at busy hours and a second total telephone traffic sum of the wireless network system in the prefecture-level city at busy hours; obtaining a corresponding imbalance coefficient of all cells at busy hours according to the first total telephone traffic sum and the second total telephone traffic sum; predicting a third corresponding total telephone traffic sum of the system at a second preset time, and obtaining a corresponding load sum of the cell at busy hours according to the third total telephone traffic sum and the imbalance coefficient; and carrying out allocation process to the capacity of the wireless network according to the load sum. According to the invention, the capacity of the wireless network is allocated in accordance with the corresponding load sum of the cell at busy hours, and the load sum is obtained through the imbalance coefficient, consequently unimpeded communication of a user at any time and any place is ensured, and the user experience is improved effectively.

The invention provides a method for acquiring wireless network utilization ratio of a GSM (Global System for Mobile Communication), which comprises the following steps: a mobile integrated network management system acquires network parameters from a wireless operation maintenance center, and acquires the wireless network utilization ratio of the GSM according to the acquired network parameters. In the method provided by the invention, by introducing the data service traffic volume, SDCCH (Stand-alone Dedicated Control Channel) signaling channel traffic volume, half-rate speech traffic volume compensation correction, system busy-hour / BSC (Base Station Controller) busy-hour discordance correction, cell call loss rate abnormity compensation correction and various other network factors, the more comprehensive and accurate wireless network utilization ratio of the GSM is obtained, and the wireless network resource utilization conditions of the GSM can be reflected in a more objective way, thereby providing reference for network optimization and network capacity expansion.

The invention provides a method for acquiring a wireless network utilization rate of a global system for mobile communications. The method comprises the following steps of: acquiring network parameters which comprise number of total network cells, number of total network available service channels, total network full-rate voice traffic in busy hour of a system and total network half-rate voice traffic in the busy hour of the system; acquiring average voice traffic per cell in the busy hour of the system and the average maximum voice traffic capacity per cell according to the network parameters and a predetermined call loss ratio; and acquiring the wireless network utilization rate of the global system for mobile communications according to the average voice traffic per cell in the busy hour of the system and the average maximum voice traffic capacity per cell. Through the method for acquiring the wireless network utilization rate of the global system for mobile communications, provided by the invention, the wireless network utilization rate can be conveniently and quickly acquired, cell-level data is prevented from being extracted, the error is smaller, the requirements of application to engineering can be met, working efficiency is improved, and an operator can conveniently grasp a resource utilization situation of a wireless network in real time.

The invention discloses a network transmission method and a network transmission device, and relates to the technical field of communication. According to the invention, a transmission strategy server generates a reasonable transmission strategy according to obtained network state information; and when transmitting data for a terminal, a transmission server schedules according to the transmission strategy generated by the transmission strategy server, so that the data of the terminal is transmitted at a proper time to balance network loads, reduce a network congestion rate in busy hours, and fully utilize idle resources of the network, improve the network resource utilization rate in idle hours and optimize the operator network flow.

The invention discloses a cell scene division method based on machine learning, and belongs to the field of mobile communication. The mehtod comprises the following steps of: acquiring wireless sensing KQI (Key Quality Indicator) index data of each cell during 8 busy hours; expanding the data of each cell into a vector; performing dimension reduction on the vector data of each cell; clustering thedata subjected to dimension reduction; carrying out visualization on the clustered data; and comparing the clustered data of each type of cells to realize scene division of the cells. Dimension reduction and clustering algorithms are used for dividing cell scenes, the problems that a traditional manual division method is not fine enough and visualization cannot be conducted due to the fact that the cell data dimension is too high are solved, and an important basis is provided for making an accurate network optimization strategy in the next step.

The invention provides an order arrangement method and an order arrangement system for a cooking system. The cooking system comprises an order sending end, a central control device and multiple cooking utensils. The order arrangement method comprises the steps of receiving order information sent by an order sending end; judging working states of the multiple cooking utensils, if at least one of the multiple cooking utensils is in an idle state, running an idle hour order arrangement mode, and if the multiple cooking utensils are all in the working states, running a busy hour order arrangementmode; when the idle hour order arrangement mode runs, sending the order information to a cooking utensil according to an accumulated working duration of the cooking utensil in the idle state; and whenthe busy hour order arrangement mode runs, sending the order information to a cooking utensil according to residual working durations of the multiple cooking utensils. Through the idle hour and busyhour order arrangement modes, multiple devices can be subjected to order arrangement at the same time; and the operation is simple and convenient, and the efficiency is high, so that the whole order arrangement process is more intelligent and the usage experience of a user is improved.

Various embodiments of the present invention manage access to a cache memory. In one embodiment, a set of cache bank availability vectors are generated based on a current set of cache access requests currently operating on a set of cache banks and at least a variable busy time of a cache memory includes the set of cache banks. The set of cache bank availability vectors indicate an availability of the set of cache banks. A set of cache access requests for accessing a set of given cache banks within the set of cache banks is received. At least one cache access request in the set of cache access requests is selected to access a given cache bank based on the a cache bank availability vectors associated with the given cache bank and the set of access request parameters associated with the at least one cache access that has been selected.

The invention discloses an automatic packaging machine. The automatic packaging machine comprises a driving mechanism, a hot forming mechanism, a film pressing mechanism, an easy film tearing mechanism and a PLC control system. The automatic packaging machine is applied to colleges and universities and places with crowded office buildings; the problem of rapid processing of various take-out orders in Internet order receiving during dining busy hours is solved; automatic packing is performed mechanically; food is delivered to customers at highest speed; pollution caused by manual packing is reduced; manual labor intensity is lowered; and packing efficiency is improved.

The invention discloses a system and a method for call state real-time noticing from busy hours to idle hours. The method comprises receiving signaling monitoring data in real time through mobile communication networks, extracting information of a user call sate from the processed signaling monitoring data, and updating a call state stored in a state data bank; receiving the signaling monitoring data through the mobile communication networks when a call party calls a called party, determining whether continuous calling succeeds according to the processed signaling monitoring data, and inquiring the state data bank according to the number of the called party and marking a record corresponding to the called party in the state data bank if not succeed; monitoring the call state of the marked called party in real time, and sending changing information of the call state from busy hours to idle hours of the called party to the call party when the call state of the called party is changed. By means of the technical scheme, the time is saved, the work and management efficiency is improved, and the forgetting of significant calls is avoided.

The invention discloses an expansion analysis method and a device for base station single plates, wherein the method comprises the following steps: counting busy hour calling amount (BHCA) data corresponding to various present services of the base station single plates in a predetermined time; designing volumes according to the BHCA of each single plate in the base station single plates, and implementing normalization processing for the counted BHCA data; and performing expansion analysis for the base station single plates according to a predetermined threshold of the BHCA and the BHCA data after the normalization processing. Through the expansion analysis method and the device for the base station single plates disclosed by the invention, the problem that the expansion analysis method in the correlation technique cannot realize the analysis of the transient processing capacity of the single plates is solved, the monitoring for the loading capacity of the single plates is realized, and the system processing capacity is improved.

A method and apparatus for forecasting busy hour traffic for a network are disclosed. For example, the method obtains actual traffic data for a seed time frame for each of one or more sectors in a given market and marketing projections for one or more forecast time frames for the given market, and determines a market traffic actual measure for the given market from the actual traffic data. The method obtains market traffic estimates from one or more previous runs, and updates the one or more market traffic estimates for the one or more forecast time frames beyond the seed time frame to obtain one or more updated market traffic estimates, wherein the updated market traffic estimates are used for forecasting the busy hour traffic data for each of the one or more forecast time frames beyond the seed time frame.

The present invention relates to an intelligent network system capable of automatically-answering calling under the condition of meeting busy and its method. It is characterized by that a busy-meeting calling-answering module is resided on the service control point of an intelligent network identical to ITU-T intelligent network model and the data for implementing busy-meeting autoamtically calling-answering service is stored on the service data point so as to form an intelligent platform for implementing said function. Specially, on the intelligent platform the local area network or public telecommunication network can be connected by means of service exchange point so as to make them also possess said function.

The embodiment of the invention discloses a method for collocating transmission resources of a base station. The method comprises the following steps: confirming service resource intensity of each packet data service according to the unit channel bandwidth of the transmission data of the base station and the minimum bandwidth requirement of each packet data service; confirming the busy-hour service volume of each packet data service according to the minimum bandwidth requirement of each packet data service and the busy-hour transmission data amount of each packet data service; confirming the service resource intensity and the busy-hour dummy service volume of a dummy service according to the service resource intensity of each packet data service and the busy-hour service volume of each packet data service; confirming the number of dummy channels according to the busy-hour dummy service volume; confirming the number of transmission channels according to the number of the dummy channels and the service resource intensity of the dummy service; and collocating the transmission resources of the base station according to the number of transmission channels. By adopting the invention, the transmission resources of the base station can be accurately and reasonably collocated.