30results about How to "Guaranteed completion rate" patented technology

The invention discloses a telephone fee-free implementation method for an alarm host to reliably upload arming / disarming state, comprising the steps of: (a) dialing a private line number of arming deployment or disarming by the alarm host; (b) setting an unsuccessful uploading sign and returning to the step (a) if a called party is busy, otherwise detecting and calculating the signaling and the time of hang-up of the called party; (c) sending an incoming call number and a line channel number; (d) hanging up; (e) setting a arming deployment state if the incoming call is a subscriber number andthe channel number comes from the private line of arming deployment, otherwise setting a disarming state, and performing no operation or executing returning operation if the incoming call is not a subscriber number; (f) determining whether a ringing frequency or time before the hang-up of the called party belongs to an agreed scope; and removing the unsuccessful uploading sign if the ringing frequency or time before the hang-up of the called party belongs to the agreed scope, otherwise hanging up, setting an unsuccessful uploading sign and returning to the step (a). The arming deployment or disarming state can be reliably uploaded without connection to a calling call, which can thoroughly solve the problems that subscriber communication cost is high and a bus network type alarm system is not fit for established communities and dispersive shopping centers.

The invention discloses a group calling method. When receiving the request of group calling from main calling UE, the BSS calls for seeking for this group calling in all zones in it and sends group calling request signed information that group calling has send out to MSC belonged to main calling UE. When receiving the above request, MSC waits for the response of called UE, and the normal response process goes on.

An embodiment of the invention discloses a method and a device for accessing R4 carrier wave by a packet switching user, which are used for solving the problems that a PS (Photoshop) user call completing rate is low and R4 carrier wave resources are wasted due to the fact that whether the PS user is permitted to access in the R4 carrier wave is judged according to a set switch switching-on condition or a switching-off condition. The method comprises the following steps of: acquiring the number of CS (Counter-Strike) users on a target R4 carrier wave; judging whether the PS user is permitted to access the target R4 carrier wave according to the number of the CS users and a preset carrier wave access prohibition threshold; and permitting the PS users to access the target R4 carrier wave when the number of the CS users and the carrier wave access prohibition threshold satisfy the first condition. According to the embodiment of the invention, the interferences of the PS users to the CS users on the R4 carrier wave are reduced on the premise that the high PS user call completing rate is ensured as much as possible; and moreover, the PS user call completing rate and the R4 carrier wave utilization rate are improved.

The invention relates to the wireless communication technology and discloses a method for controlling the service volume of an enterprises wireless information gateway, a device and a system therefor. The service volume of services occupying excessive wireless channel resources in the enterprise wireless information gateway is controlled according to the occupancy rate of the wireless channel resources of a circuit field service and a grouping field service, so as to ensure the telephone connection rate and the service quality of the grouping field service. The method for controlling the service volume of the enterprise wireless information gateway comprises the following steps: the highest goal occupancy rates and the highest reserved resource proportions set respectively for the grouping field service and the circuit field service in a district are obtained, and the sum of the highest goal occupancy rates and the highest reserved resource proportions of the grouping field service and the circuit field service is equal to 1; and when the actual residual proportion of the wireless channel resources is completely assigned to one of the two services and the highest goal occupancy rate and the set adjustment volume of the service still cannot be reached, the enterprises wireless information gateway resided in the district is informed to control the service volume of the other service.

The invention discloses a shared automobile industry work order scheduling management method, a server, a system and a storage medium. The scheduling method comprises the steps of obtaining a work order as a to-be-calculated work order, and complementing the to-be-calculated work order with a to-be-complemented field according to supply and demand prediction of a station; and calculating the workorder price and the estimated duration of the to-be-calculated work order to obtain a pricing work order, and displaying the pricing work order to a salesman terminal. According to the method, the work order is complemented and calculated through the shared automobile industry work order scheduling server; and the shared automobile industry work order management server displays the work order to the salesman terminal, so that the self-operation dispatcher and the crowdsourcing dispatcher can execute the work order in an order grabbing mode, the flexibility of the work order executed by the dispatcher can be ensured, and the order completion rate of the work order can also be ensured.

This invention provides a method, a system and devices for controlling the capture of emission power of an instruction channel, in which, the method includes: receiving random access request of the current access time slot user device, selecting user devices that meeting the access condition and the quantity not higher than the assigned access number to send the allowed accessed capture instructions to the user devices, which controls the user quantity accessed at the same time in the same time slot by optimizing the access capture decision strategy of the Node B side to the UE to avoid the rising of the power of the AICH channel resulted in accessing too many user devices simultaneously and fluctuation in a large sphere.

The invention discloses a charge-free reliable uploading method of an arming or disarming state. The method comprises the following steps of: a, calling an arming or disarming special line number by using an alarm host computer; b, if the special line number is busy, setting an uploading failure mark and returning to the step a, otherwise detecting and computing the hang-up signaling and time of a called party; c, transmitting an incoming call number and a line channel number; d, hanging up; e, if the incoming call number is a user number and the channel number comes from an arming special line, setting an arming state; otherwise setting a disarming state, and if the incoming call number is not the user number, not processing or performing return operation; and f, judging whether ringing times or time before the called party hangs up belong to an agreed range, if so, clearing the failure mark; otherwise hanging up, setting the failure mark and returning to the step a. The arming and the disarming states can be uploaded reliably without connecting a call of a caller, so that the problems of high communication cost of a client and unsuitability for the construction of a bus networked alarm system in built communities and scattered commercial districts are completely solved.

The invention relates to the technical field of business support and provides a scheduling method and device for installation and maintenance work orders. The method comprises the steps of acquiring work order information of a new work order and determining to-be-selected installation and maintenance workers for the new work order according to the geographic position of the new work order; for each to-be-selected installation and maintenance worker, determining whether the to-be-selected installation and maintenance worker can finish the new work order during working hours that day according to the workload and the travel time of work orders that have been distributed to the to-be-selected installation and maintenance worker that day, the operational capability values of the to-be-selected installation and maintenance worker and the workload of the new work order, wherein the operational capability values of the to-be-selected installation and maintenance worker are obtained according to historical working conditions of the to-be-selected installation and maintenance worker; distributing the new work order to any to-be-selected installation and maintenance worker who is capable of finishing the work order. The method and the device solve the problem in the prior art that manual scheduling of installation and maintenance work words cannot guarantee the finishing rate of work orders and the scheduling efficiency is low.

The invention discloses a method for realizing intelligent agent cooperation in an MAS system in a complex network environment. The method comprises the steps of obtaining a complex network topological graph, determining a plurality of initial key nodes from the complex network topological graph, obtaining the number of following nodes of each initial key node, sorting all the initial key nodes according to the number of the following nodes; screening sorting results, wherein the screening result forms an initial key node set; for each key node in the obtained initial key node set, enabling each key node and all nodes connected with the key node in the complex network topological graph and not in the initial key node set to form an initial alliance, and taking all the initial alliances ascurrent alliances to form a current alliance set. According to the method, the related cooperation alliance can be formed according to the key nodes on the topological structure, and the current alliance can be adjusted according to the change of the dynamic topological structure, so that a new alliance with a higher cooperation level is formed to bring higher cooperation efficiency.

The invention relates to a channel reservation switching control method based on service priority. The method comprises the following steps: a current cell acquires the position information of users regularly; when the users move to the border of the current cell, the current cell notifies a neighboring cell to be switched to; the neighboring cell sets different reserved channels for different users on the basis of service priority according to the occupation condition of channels of the neighboring cell; and when the reserved channels are not enough, urgent users occupy channels reserved for users with low priority in a complete occupation way, and the users with low priority enter a queuing line and wait for scheduling. By utilizing the method disclosed by the invention, the switching failure rate of the users can be reduced obviously, the switching performance of the urgent users can be guaranteed, and the requirements of urgent communication tasks can be met.

The invention discloses a manual voice service position dispatching method, device and system, which solves the problem that the resource configuration of manual voice position is not flexible in the prior art. The manual voice service position dispatching method in the invention includes the following steps: a first call center receives user call requests and informs the central information library when the call center judges that there is no free manual voice service position; the central information library chooses a second call center having free manual voice service positions at present according to the use condition of manual voice service position at each cal center, and indicates the central call center to transmit the user call requests to the free manual voice service positions at the second call center at present. The application of the invention can flexibly configure the manual position resources for voice comprehensive information service system.

The invention discloses a telephone fee-free implementation method for an alarm host to reliably upload arming / disarming state, comprising the steps of: (a) dialing a private line number of arming deployment or disarming by the alarm host; (b) setting an unsuccessful uploading sign and returning to the step (a) if a called party is busy, otherwise detecting and calculating the signaling and the time of hang-up of the called party; (c) sending an incoming call number and a line channel number; (d) hanging up; (e) setting a arming deployment state if the incoming call is a subscriber number and the channel number comes from the private line of arming deployment, otherwise setting a disarming state, and performing no operation or executing returning operation if the incoming call is not a subscriber number; (f) determining whether a ringing frequency or time before the hang-up of the called party belongs to an agreed scope; and removing the unsuccessful uploading sign if the ringing frequency or time before the hang-up of the called party belongs to the agreed scope, otherwise hanging up, setting an unsuccessful uploading sign and returning to the step (a). The arming deployment or disarming state can be reliably uploaded without connection to a calling call, which can thoroughly solve the problems that subscriber communication cost is high and a bus network type alarm system is not fit for established communities and dispersive shopping centers.

The invention provides a position manage method using random time delays under a dense user position updating scene; the method comprises the following steps: in a cell overlapping region, a mobile terminal determines to need cell reselection according to a received system message from a base station, and reselects a new cell; the mobile terminal receives a system message broadcasted by the base station of the new cell, and form a position update random delay time t according to n0, T0 and Tchange in the system message; the mobile terminal compares the position update random delay time t with the Tchange, and determines whether to return to the original cell to wait for position update restart according to a comparison result. The method uses the random time delay to manage the mobile terminal positions, and randomly ranks users in the time domain, thus dispersing the dense position update requests while ensuring inter-user fairness, solving the problems that mass users send the position update request in the same time, reducing the signaling storm and network jamming condition generating probability, and ensuring the calling user complete rate.

The invention discloses a telephone traffic scheduling and shunting method and device, electronic equipment and a computer storage medium. The method comprises the following steps: acquiring the number of idle seats and the number of first seats about to end a call; calculating the sum of the idle seat number and the first seat number about to end the call as the traffic number to be allocated; and when the to-be-allocated traffic number is greater than 0, shunting the traffic of the to-be-allocated traffic number to the target skill queue. According to the telephone traffic scheduling and shunting method disclosed by the invention, the telephone traffic can be timely supported by the seat after incoming, and the seat is fully utilized, so that the call completing rate is ensured, and the call loss rate is reduced.

The present invention is a method for correcting and determining the minimum active power of new energy stations participating in the direct purchase of electricity by large users. Calculate the power generation required by the new energy station on the day according to the direct purchase contract electricity, and calculate the active power of the new energy station at each time of the day according to the required power generation on the day, and calculate the active power according to The time is equally divided; C. Obtain the power prediction value of the new energy station at each time of the day, and adjust the active power of the new energy station at each time according to the power prediction value to obtain the final new energy station Minimum active power; D. Repeat steps B and C until the power generation of the direct power purchase contract between the large user and the new energy station is completed, which can improve the completion rate of the new energy station transaction contract participating in the direct purchase of large user power. At the same time Lighten the dispatcher's cross-section control tasks.