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CN1208939C - A network call processing method - Google Patents

A network call processing method Download PDF

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CN1208939C
CN1208939C CN 02108985 CN02108985A CN1208939C CN 1208939 C CN1208939 C CN 1208939C CN 02108985 CN02108985 CN 02108985 CN 02108985 A CN02108985 A CN 02108985A CN 1208939 C CN1208939 C CN 1208939C
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network
quality inspection
call
call center
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CN1452375A (en
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杜忠于
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Huawei Technologies Co Ltd
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Abstract

The present invention relates to a network calling center system and a network calling processing method, and the network calling center system is composed of a plurality of local calling centers. The network calling center system is characterized in that a network intelligence routing center capable of assisting a calling to transfer among different local calling centers is arranged among the local calling centers, the local calling centers are respectively connected with the network intelligence routing center, one network call center is formed, each local calling center is in interaction with other calling centers through the network intelligence routing center, and the calling routing process or the calling transferring process and the calling quality testing process are completed. Because the network calling center system and the network calling processing method is added with the network intelligence routing center NIRC, and the network calling center is formed by an MRC, the calling routing process or the calling transferring process is conveniently carried out through the NIRC, and the calling whole network equilibrium distribution and the whole network access of resources are achieved.

Description

一种网络呼叫处理方法A network call processing method

技术领域technical field

本发明涉及通信技术领域,特别是涉及通信领域中的网络呼叫中心系统及其网络呼叫处理的方法。The invention relates to the technical field of communication, in particular to a network call center system in the communication field and a network call processing method thereof.

背景技术Background technique

现有的网络呼叫中心系统中各个单点呼叫中心包括排队机、排队机外设(语音台、传真台等)、呼叫中心服务器、自动呼叫处理服务器、应用服务器、座席群、数据库等等。其中各单点呼叫中心互相独立,资源无法全网共享,呼叫无法实现全网均衡分配,呼叫只能在其局部进行呼叫分配和资源共享,从而使呼叫中心的服务水平和呼叫效率只能停留在一个比较低的档次,制约着呼叫中心系统的发展并造成资源的浪费。Each single-point call center in the existing network call center system includes queuing machine, queuing machine peripherals (voice station, fax station, etc.), call center server, automatic call processing server, application server, agent group, database and so on. The single point call centers are independent of each other, resources cannot be shared across the network, and calls cannot be distributed evenly across the network. A relatively low grade restricts the development of the call center system and causes waste of resources.

发明内容Contents of the invention

本发明的目的是针对现有技术的缺点,一方面提供一种能够使呼叫在多个局部呼叫中心进行统一分配和资源共享的网络呼叫中心系统。另一方面提供一种能保证呼叫可全网均衡分配、资源可全网访问,并有效提高呼叫中心系统的服务水平和效率的网络呼叫处理方法。The purpose of the present invention is to address the shortcomings of the prior art, on the one hand to provide a network call center system that can make calls be distributed uniformly and share resources in multiple local call centers. On the other hand, it provides a network call processing method that can ensure that calls can be distributed evenly across the network, resources can be accessed across the network, and can effectively improve the service level and efficiency of a call center system.

本发明的目的是通过以下技术方案实现的:The purpose of the present invention is achieved through the following technical solutions:

一方面网络呼叫中心系统由多个局部呼叫中心组成,其特点是各个局部呼叫中心之间设置有一个可协助呼叫在不同局部呼叫中心之间转移的网络智能路由中心,且所述的多个局部呼叫中心分别与该网络智能路由中心相连接而组成一个网络呼叫中心;各个局部呼叫中心通过网络呼叫中心与其他呼叫中心交互,完成呼叫的路由或转移过程以及质检过程。On the one hand, the network call center system is composed of a plurality of local call centers, which is characterized in that there is a network intelligent routing center that can assist calls to transfer between different local call centers, and the multiple local call centers The call centers are respectively connected with the network intelligent routing center to form a network call center; each local call center interacts with other call centers through the network call center to complete the call routing or transfer process and the quality inspection process.

另一方面所述的网络呼叫中心系统的网络呼叫处理方法包括以下步骤:On the other hand, the network call processing method of the network call center system comprises the following steps:

a)第m呼叫中心收到呼叫后,判断是否满足网络路由请求条件,如果不满足条件,则在该呼叫中心内部进行呼叫处理;否则,向网络智能路由中心发起网络路由请求;a) After the mth call center receives the call, it judges whether the network routing request condition is satisfied, and if the condition is not satisfied, the call processing is performed inside the call center; otherwise, a network routing request is initiated to the network intelligent routing center;

b)网络智能路由中心收到上述第m呼叫中心的网络路由请求后,查找作为目的设备的第n呼叫中心并根据路由条件判断是否允许实施路由,如果不允许实施路由,则直接向第m呼叫中心返回路由请求失败的信息;否则b) After receiving the network routing request of the mth call center, the network intelligent routing center searches for the nth call center as the destination device and judges whether to allow routing according to the routing conditions. If routing is not allowed, then directly call the mth call center The center returns information that the routing request failed; otherwise

c)网络智能路由中心创建一个自身交互控制块并保存路由请求的相关信息,再向上述第n呼叫中心转发路由请求;c) The network intelligent routing center creates a self-interaction control block and saves the relevant information of the routing request, and then forwards the routing request to the nth call center;

d)第n呼叫中心收到路由请求后,根据其本身当前的设备状态和路由条件判断是否允许路由,如果不允许则向网络智能路由中心返回路由请求失败的信息;否则,d) After the nth call center receives the routing request, it judges whether to allow routing according to its own current device status and routing conditions, and if not, returns the information that the routing request failed to the network intelligent routing center; otherwise,

e)根据收到的路由请求信息,创建虚呼叫对象,记录网络呼叫信息和原始呼叫信息,同时向网络智能路由中心返回路由请求成功的应答信息,应答信息中包含随后第m呼叫中心发起实际的媒体呼叫时所应该采用的主被叫地址;e) According to the received routing request information, create a virtual call object, record the network call information and original call information, and return the response information of the successful routing request to the network intelligent routing center at the same time. The calling and called addresses that should be used for media calls;

f)网络智能路由中心记录路由请求成功的应答信息,并向第m呼叫中心转发路由请求成功的应答信息;f) The network intelligent routing center records the successful response information of the routing request, and forwards the successful response information of the routing request to the mth call center;

g)第m呼叫中心根据呼叫对象找到自身的呼叫控制块,记录网络智能路由中心的相应控制块,保持当前呼叫,根据网络路由请求应答信息中指定的主被叫地址,向第n呼叫中心发起媒体呼叫;g) The mth call center finds its own call control block according to the call object, records the corresponding control block of the network intelligent routing center, maintains the current call, and initiates to the nth call center according to the calling and called addresses specified in the network routing request response information media calls;

h)第n呼叫中心收到第m呼叫中心的媒体呼叫后,找到网络路由虚呼叫并将该虚呼叫转换为实际呼叫,同时第n呼叫中心在应答该呼叫后,给网络智能路由中心发送媒体呼叫到达通知,确认呼叫转移到达;h) After the nth call center receives the media call from the mth call center, it finds the network routing virtual call and converts the virtual call into an actual call. At the same time, after the nth call center answers the call, it sends a media call to the network intelligent routing center Call arrival notification, confirm call transfer arrival;

i)第m呼叫中心收到第n呼叫中心的摘机信号后,进行呼叫的连接保持,操作完成后,给网络智能路由中心发送呼叫转移完成通知,确认呼叫转移完成;i) After the mth call center receives the off-hook signal of the nth call center, the connection of the call is maintained, and after the operation is completed, a call transfer completion notification is sent to the network intelligent routing center to confirm that the call transfer is completed;

本发明由于在传统的呼叫中心系统的基础上增加有一个可协助呼叫在不同呼叫中心之间路由或转移的网络智能路由中心NIRC,并通过NIRC将各个独立的局部呼叫中心组成一个网络呼叫中心,使各个呼叫中心可以通过该网络智能路由中心NIRC向网络上的其它呼叫中心进行路由或转移呼叫,并且可反过来提供资源给其它呼叫中心,从而可以在当用户向某一呼叫中心发起呼叫而该呼叫中心座席全忙时,可通过使用网络路由策略,由该呼叫中心向NIRC请求路由,而将该用户的呼叫路由到另一呼叫中心,并通过这两个呼叫中心之间的转移配合来由另一呼叫中心的座席为该用户提供服务,从而实现呼叫的全网均衡分配和资源的全网访问,既可充分利用全网的资源并有效提高了呼叫的接通效率,又可在不增加资源的情况下提高呼叫中心的服务水平,达到本发明的目的。The present invention adds a network intelligent routing center NIRC that can assist calls to route or transfer between different call centers on the basis of the traditional call center system, and forms each independent local call center into a network call center through the NIRC, Each call center can route or transfer calls to other call centers on the network through the network intelligent routing center NIRC, and can provide resources to other call centers in turn, so that when a user initiates a call to a certain call center, the call center When the call center agents are all busy, the call center can request routing from the NIRC by using the network routing strategy, and the user's call can be routed to another call center, and the call center can be routed through the transfer cooperation between the two call centers. The agent of another call center provides services for the user, so as to realize the balanced allocation of calls and the access of resources on the whole network, which can not only make full use of the resources of the whole network and effectively improve the efficiency of call connection, but also can save time without increasing Improve the service level of the call center under the situation of resources, reach the purpose of the present invention.

以下结合附图详细描述本发明的实现过程及工作原理:Describe in detail the implementation process and working principle of the present invention below in conjunction with accompanying drawing:

附图说明Description of drawings

图1是本发明的组成示意图;Fig. 1 is a composition schematic diagram of the present invention;

图2是本发明的实现流程图;Fig. 2 is the realization flowchart of the present invention;

图3是本发明中质检监察的实现流程图;Fig. 3 is the realization flowchart of quality inspection supervision among the present invention;

图4是本发明中质检回放的实现流程图。Fig. 4 is a flow chart of the implementation of quality inspection playback in the present invention.

具体实施方式Detailed ways

如图1所示,本发明所述的一种网络呼叫中心系统,由多个局部呼叫中心即单点呼叫中心组成,其中各个局部呼叫中心之间设置一个可协助呼叫在不同局部呼叫中心之间路由或转移的网络智能路由中心,且所述的多个局部呼叫中心分别与该网络智能路由中心相连接而组成一个网络呼叫中心;各个局部呼叫中心通过网络智能路由中心与其它呼叫中心交互,完成呼叫的路由或转移过程以及全网质检过程。As shown in Fig. 1, a kind of network call center system of the present invention is made up of a plurality of local call centers, that is, single-point call centers, wherein an assisting call center is set between each local call center. A network intelligent routing center for routing or transfer, and the multiple local call centers are respectively connected with the network intelligent routing center to form a network call center; each local call center interacts with other call centers through the network intelligent routing center to complete Call routing or transfer process and network-wide quality inspection process.

如图1、图2所示,由上述网络呼叫中心系统实现的网络呼叫处理方法包括以下步骤:As shown in Fig. 1 and Fig. 2, the network call processing method realized by the above-mentioned network call center system comprises the following steps:

a)第m呼叫中心收到呼叫后,判断是否满足网络路由请求条件,此时所谓网络路由请求条件是根据所述的单点呼叫中心即本实施例中所述的第m呼叫中心本身所处的状态而指定的条件,因为呼叫的网络路由的费用成本显然比本地路由来得高,而且额外占用一定的时间,因此进行网络路由请求可以指定条件,比如座席全忙,或者更精确地,呼叫队列中呼叫个数大于某值、或者等待呼叫个数和座席个数占用比大于某值、或者平均等待时长大于某值时,实施网络路由请求策略。这几种情况对应于当第m呼叫中心为原始呼叫,即在本地某座席组全忙时,可以根据其他各地呼叫中心同技能组的忙闲程度的比较,把呼叫转移到相应呼叫中心的合适座席;当判断的结果为上述呼叫不满足路由请求条件,则在该呼叫中心内部进行呼叫处理;否则,向网络智能路由中心NIRC发起网络路由请求,其中所述的网络路由请求包含有请求路由的目的设备、网络呼叫信息、原始呼叫信息、呼叫数据的附加信息;a) After the mth call center receives the call, it judges whether the network routing request condition is satisfied. The so-called network routing request condition is based on the location of the single-point call center, that is, the mth call center itself described in this embodiment. The conditions specified by the status of the call, because the cost of the network routing of the call is obviously higher than that of the local route, and it takes a certain amount of time, so the network routing request can specify conditions, such as all agents are busy, or more precisely, the call queue When the number of calls is greater than a certain value, or the ratio of the number of waiting calls to the number of agents is greater than a certain value, or the average waiting time is greater than a certain value, the network routing request strategy is implemented. These situations correspond to when the mth call center is the original call, that is, when a local agent group is all busy, the call can be transferred to the corresponding call center according to the comparison of the busyness of the same skill group in other call centers. Agent; when the result of the judgment is that the above-mentioned call does not meet the routing request condition, then call processing is performed inside the call center; otherwise, a network routing request is initiated to the network intelligent routing center NIRC, wherein the network routing request includes the request routing Destination device, network call information, original call information, additional information of call data;

同时该步骤中所述的呼叫可以是如图1所示的为由用户发起的原始呼叫,此时所述第m呼叫中心为原始呼叫发起方。也可以是所述的呼叫为由网络呼叫中心中的其它呼叫中心发起的非原始呼叫,此时上述第m呼叫中心为非原始呼叫发起方。Meanwhile, the call described in this step may be an original call initiated by a user as shown in FIG. 1 , and at this time, the mth call center is the originator of the original call. It may also be that the call is a non-original call initiated by another call center in the network call center, and in this case, the mth call center is the non-original call originator.

b)网络智能路由中心NIRC收到上述第m呼叫中心的网络路由请求后,查找作为目的设备的第n呼叫中心并根据路由条件判断是否允许实施路由,如果不允许实施路由则直接向第m呼叫中心返回路由请求失败的信息;否则b) After receiving the network routing request from the mth call center, the network intelligent routing center NIRC searches for the nth call center as the destination device and judges whether routing is allowed according to the routing conditions. If routing is not allowed, it will directly call the mth call center The center returns information that the routing request failed; otherwise

c)网络智能路由中心创建一个自身交互控制块并保存路由请求的相关信息,NIRC在创建的自身交互控制块中保存路由过程中的一些信息,包括有原始呼叫对象、源呼叫对象、目的呼叫对象、路由过程的各个时间点、用于生成网络路由过程话单,以及:源呼叫中心发起路由请求时间、目的呼叫中心响应路由时间、源呼叫中心确认时间、目的呼叫中心确认时间等。之后向上述第n呼叫中心转发路由请求;c) The network intelligent routing center creates a self-interaction control block and saves the relevant information of the routing request. NIRC saves some information in the routing process in the created self-interaction control block, including the original call object, the source call object, and the destination call object. , various time points in the routing process, used to generate network routing process bills, and: the time when the source call center initiates the routing request, the time when the destination call center responds to the routing, the time when the source call center confirms, the time when the destination call center confirms, etc. Then forward the routing request to the nth call center;

同时网络智能路由中心NIRC收到上述第m呼叫中心的网络路由请求后,查找作为目的设备的第n呼叫中心的过程包括以下步骤:At the same time, after the network intelligent routing center NIRC receives the network routing request of the mth call center, the process of finding the nth call center as the destination device includes the following steps:

b1)在网络智能路由中心中创建路由转移费用表和设备状态表;其中在路由转移费用表中用F(m、n)表示从第m个局部呼叫中心到经第n个局部呼叫中心的路由费用,在设备状态表中用S(d、n)表示共享设备d在第n个局部呼叫中心上的设备占有率;b1) Create a routing transfer fee table and a device status table in the network intelligent routing center; where F(m, n) is used to represent the route from the mth local call center to the nth local call center in the routing transfer fee table Cost, use S(d, n) in the equipment state table to represent the equipment occupancy rate of the shared equipment d on the nth local call center;

b2)当第m个局部呼叫中心向网络智能路由中心发起路由请求时,根据路由请求信息中包括的共享设备d,利用公式R(m、d、n)=F(m、n)*S(d、n)找到一个n使R(m、d、n)值最小,并确定n为路由的目的设备,其中R(m、d、n)表示共享设备d上的呼叫从m个局部呼叫中心到第n个局部呼叫中心的路由相对费用。b2) When the mth local call center initiates a routing request to the network intelligent routing center, according to the shared device d included in the routing request information, use the formula R(m, d, n)=F(m, n)*S( d, n) Find an n to minimize the value of R(m, d, n), and determine n as the destination device of the route, where R(m, d, n) means that the call on the shared device d is from m local call centers The relative cost of routing to the nth local call center.

d)第n呼叫中心收到路由请求后,根据其本身当前的设备状态和路由条件判断是否允许路由,如果不允许则向网络智能路由中心返回路由请求失败的信息;否则,d) After the nth call center receives the routing request, it judges whether to allow routing according to its own current device status and routing conditions, and if not, returns the information that the routing request failed to the network intelligent routing center; otherwise,

e)根据收到的路由请求信息,创建虚呼叫对象,记录网络呼叫信息和原始呼叫信息,同时向网络智能路由中心返回路由请求成功的应答信息,该应答信息中包括本次转移的媒体呼叫的主被叫地址、本次转移的虚拟呼叫标识;e) Create a virtual call object according to the received routing request information, record the network call information and original call information, and return the successful response information of the routing request to the network intelligent routing center at the same time, including the media call information transferred this time The address of the calling party and the called party, the virtual call ID of this transfer;

f)网络智能路由中心记录路由请求成功的信息和记录第n呼叫中心的虚拟呼叫标识;并向第m呼叫中心转发路由请求成功的应答信息,此时如果第m呼叫中心不是原始呼叫发起方,则同时给原始呼叫发起方发送呼叫转移的通知信息,且该通知信息的内容与路由请求成功的应答信息的内容相一致;f) The network intelligent routing center records the successful information of the routing request and records the virtual call identifier of the nth call center; and forwards the successful response information of the routing request to the mth call center, if the mth call center is not the original call initiator, At the same time, send the notification information of call transfer to the originator of the original call, and the content of the notification information is consistent with the content of the successful response information of the routing request;

g)第m呼叫中心根据呼叫对象找到自身的呼叫控制块,记录网络智能路由中心的相应控制块,保持当前呼叫,根据应答信息中指定的主被叫地址,向第n呼叫中心发起媒体呼叫;g) The mth call center finds its own call control block according to the call object, records the corresponding control block of the network intelligent routing center, maintains the current call, and initiates a media call to the nth call center according to the calling and called addresses specified in the response information;

h)第n呼叫中心收到第m呼叫中心的媒体呼叫后,根据路由接入码分解出虚拟呼叫标识,据此找到网络路由虚呼叫并将该虚呼叫转换为实际呼叫,同时第n呼叫中心在应答该呼叫后,给网络智能路由中心发送媒体呼叫到达通知,确认呼叫转移到达;h) After the nth call center receives the media call from the mth call center, it decomposes the virtual call identifier according to the routing access code, finds the network routing virtual call accordingly and converts the virtual call into an actual call, and at the same time the nth call center After answering the call, send a media call arrival notification to the network intelligent routing center to confirm the call transfer arrival;

i)网络智能路由中心收到上述媒体呼叫到达通知后,记录呼叫转移确认的信息;i) After the network intelligent routing center receives the above-mentioned media call arrival notification, record the call transfer confirmation information;

j)第m呼叫中心收到第n呼叫中心的摘机信号后,进行呼叫的连接保持,操作完成后,给网络智能路由中心发送呼叫转移完成通知,确认呼叫转移完成;j) After the mth call center receives the off-hook signal from the nth call center, it maintains the connection of the call. After the operation is completed, it sends a call transfer completion notification to the network intelligent routing center to confirm that the call transfer is completed;

k)网络智能路由中心收到上述呼叫转移完成通知后,记录呼叫转移完成确认的信息;k) After the network intelligent routing center receives the call transfer completion notification, record the call transfer completion confirmation information;

l)当步骤j和步骤k都完成后,网络智能路由中心记录呼叫转移过程的话单,释放该事务交互控制块。l) After both step j and step k are completed, the network intelligent routing center records the bill of the call transfer process, and releases the transaction interaction control block.

同时上述网络呼叫中心系统实现的网络呼叫处理方法还包括网络呼叫智能路由服务器为各个呼叫中心提供全网设备的全网络查询和全网络质检的呼叫路由或转移,其中所述全网络质检包括质检监察,质检监视、质检录制、质检回放。At the same time, the network call processing method realized by the network call center system also includes that the network call intelligent routing server provides each call center with a network-wide query of network-wide equipment and a call routing or transfer of a network-wide quality inspection, wherein the network-wide quality inspection includes Quality inspection supervision, quality inspection monitoring, quality inspection recording, quality inspection playback.

其中上述质检监察或质检监视或质检录制如图3所示,包括以下步骤:The above-mentioned quality inspection supervision or quality inspection monitoring or quality inspection recording is shown in Figure 3, including the following steps:

40)由质检员向第m个呼叫中心发起质检监察或质检监视或质检录制的请求,第m个呼叫中心收到质检监察或质检监视或质检录制的请求后,判断目的座席位置是否在本呼叫中心内,如果是则在该呼叫中心内进行处理,否则向网络智能路由中心发起质检请求;40) The quality inspector initiates a request for quality inspection supervision or quality inspection monitoring or quality inspection recording to the m-th call center. After receiving the request for quality inspection supervision or quality inspection monitoring or quality inspection recording, the m-th call center judges Whether the destination seat is in the call center, if yes, process it in the call center, otherwise initiate a quality inspection request to the network intelligent routing center;

41)网络智能路由中心收到质检请求后,根据质检目的方位置,向第n个呼叫中心转发质检请求;41) After receiving the quality inspection request, the network intelligent routing center forwards the quality inspection request to the nth call center according to the location of the quality inspection destination;

42)第n个呼叫中心收到质检请求后,判断并确认权限和目标座席合法后,创建质检虚呼叫,并返回质检请求成功的应答信息给网络智能路由中心;42) After receiving the quality inspection request, the nth call center determines and confirms that the authority and the target agent are legal, creates a quality inspection virtual call, and returns a successful response message to the network intelligent routing center;

43)网络智能路由中心向第m个呼叫中心转发质检请求成功的应答信息;43) The network intelligent routing center forwards the successful response information of the quality inspection request to the mth call center;

44)第m个呼叫中心收到质检请求成功的应答信息后,向第n个呼叫中心发起质检媒体呼叫;44) The mth call center initiates a quality inspection media call to the nth call center after receiving the successful response information of the quality inspection request;

45)第n个呼叫中心收到第m个呼叫中心的质检媒体呼叫后,将质检虚呼叫和质检实际呼叫合并并与目标座席连接,这样第m呼叫中心的质检员就能够对第n呼叫中心的座席进行监察或监视或录制。上述质检回放如图4所示,包括以下步骤:45) After the n-th call center receives the quality inspection media call of the m-th call center, it merges the quality inspection virtual call and the quality inspection actual call and connects them with the target agent, so that the quality inspector of the m-th call center can Agents of the nth call center monitor or monitor or record. The above quality inspection playback is shown in Figure 4, including the following steps:

50)由质检员向第m个呼叫中心发起质检回放请求,第m个呼叫中心收到质检回放请求后,判断请求信息中指定的座席录制媒体文件(如座席录制的语音质检文件)是否在本呼叫中心内,如果是则在该呼叫中心内进行处理,否则向网络智能路由中心发起质检请求;50) The quality inspector initiates a quality inspection playback request to the m-th call center, and after the m-th call center receives the quality inspection playback request, it judges that the agent recording media file specified in the request information (such as the voice quality inspection file recorded by the agent ) is in the call center, if so, it will be processed in the call center, otherwise, a quality inspection request will be initiated to the network intelligent routing center;

51)网络智能路由中心收到质检请求后,根据质检目的方位置,向第n个呼叫中心转发质检请求;51) After receiving the quality inspection request, the network intelligent routing center forwards the quality inspection request to the nth call center according to the location of the quality inspection destination;

52)第n个呼叫中心收到质检请求后,判断并确认权限和目标座席合法后,创建质检虚呼叫,并返回质检请求成功的应答信息给网络智能路由中心;52) After the nth call center receives the quality inspection request, after judging and confirming that the authority and the target agent are legal, create a quality inspection virtual call, and return the response information of the quality inspection request success to the network intelligent routing center;

53)网络智能路由中心向第m个呼叫中心转发质检请求成功的应答信息;53) The network intelligent routing center forwards the response information of the successful quality inspection request to the mth call center;

54)第m个呼叫中心收到质检请求成功的应答信息后,向第n个呼叫中心发起质检媒体呼叫;54) The mth call center initiates a quality inspection media call to the nth call center after receiving the successful response information of the quality inspection request;

55)第n个呼叫中心收到第m个呼叫中心的质检媒体呼叫后,将质检虚呼叫和质检实际呼叫合并并对该呼叫播放指定的质检录制文件。55) After the n-th call center receives the quality inspection media call from the m-th call center, it combines the virtual quality inspection call with the actual quality inspection call and plays the designated quality inspection recording file for the call.

56)第n个呼叫中心将质检事件同步回放发送给网络智能路由中心;56) The nth call center sends the synchronous playback of the quality inspection event to the network intelligent routing center;

57)网络智能路由中心向第m个呼叫中心转发质检事件同步回放。57) The network intelligent routing center forwards the quality inspection event to the mth call center for synchronous playback.

Claims (9)

1, a kind of calling network processing method, it is characterized in that, realize that by a kind of network call center system calling network handles, described network call center system is made up of a plurality of local calls center, but be provided with the Network Intelligent Routing Center that an assisting calling shifts between each local call center between different local calls center, described a plurality of local calls center is connected with Network Intelligent Routing Center respectively and forms a network call center system, each local call center is mutual by Network Intelligent Routing Center and other local call centers, finish the route of calling, transfer process and quality inspection process said method comprising the steps of:
A) after calling is received at m local call center, judge whether to satisfy network route requests condition,, then carry out call treatment in this inside, call center if do not satisfy condition; Otherwise, initiate the network route requests to Network Intelligent Routing Center;
B) after Network Intelligent Routing Center is received the network route requests at above-mentioned m local call center, search as n local call center of destination device and according to the route conditions at n local call center and judge whether to allow to implement route, if do not allow to implement route, then directly return the information of network route requests failure to m local call center; Otherwise
C) Network Intelligent Routing Center is created self mutual controll block and is preserved the relevant information of route requests, again to above-mentioned n local call center transmission network route requests;
D) after the network route requests is received at n local call center, judge whether to allow route, if do not allow then return the information of network route requests failure to Network Intelligent Routing Center according to himself current equipment state and route conditions; Otherwise
E) n local call center is according to the network routing information request of receiving, create the virtual call object, record network call information and original call information, return simultaneously the response message of network route requests success to Network Intelligent Routing Center, when comprising subsequently the media call of initiating reality in m local call center in the response message the calling and called address that should adopt;
F) response message of Network Intelligent Routing Center record network route requests success, and to the response message of m local call center transmission network route requests success;
G) Call Control Unit of self is found at m local call center according to call object, the corresponding control unit sequence number of record Network Intelligent Routing Center in the Call Control Unit of self, keep current calling, according to the calling and called address of appointment in the network route requests response message, initiate media call to n local call center;
H) after the media call at m local call center is received at n local call center, find the calling of network routing virtual and this virtual call is converted to actual call, n local call center is after replying this actual call simultaneously, send the media call arrival notice to Network Intelligent Routing Center, confirm that calling transfer arrives;
I) after the off hook signal at n local call center was received at m local call center, the connection of calling out kept, and after operation is finished, sent calling transfer to Network Intelligent Routing Center and finished notice, and the affirmation calling transfer is finished.
2,, it is characterized in that the calling described in above-mentioned steps a) is that described m local call center is the original call initiator by the Client-initiated original call according to the described calling network processing method of claim 1.
3, according to the described calling network processing method of claim 1, it is characterized in that the non-original call of the calling described in above-mentioned steps a) for initiating by other local call center of network call center, above-mentioned m local call center is non-original call initiator, this moment above-mentioned steps f) in the response message of Network Intelligent Routing Center record network route requests success, and behind the response message of m local call center transmission network route requests success, send the announcement information of calling transfer simultaneously to the original call initiator.
4, according to the described calling network processing method of claim 1, it is characterized in that above-mentioned steps b) in Network Intelligent Routing Center receive the network route requests at m local call center, the process of searching as n local call center of destination device may further comprise the steps:
B1) in Network Intelligent Routing Center, create route cost of transfer table and device status table; Wherein in route cost of transfer table, use the Route Metric of F (m, n) expression, in device status table, represent that with S (d, n) shared device d is n the supercentral equipment occupation rate of local call from m local call center to n local call center;
B2) when mind-set Network Intelligent Routing Center in m the local call is initiated the network route requests, according to the shared device d that comprises in the network routing information request, utilize formula R (m, d, n)=F (m, n) * S (d, n) to find a n to make R (m, d, n) value minimum, and definite n is the destination device of network route, wherein the route relative costs of calling from m local call center to n local call center on R (m, d, n) the expression shared device d.
5, according to the described calling network processing method of claim 1, it is characterized in that above-mentioned steps h) after also include Network Intelligent Routing Center and receive above-mentioned media call arrival notice after, metered call shifts the step that arrives the information of confirming.
6, according to claim 1 or 5 described calling network processing methods, it is characterized in that above-mentioned steps i) after also include Network Intelligent Routing Center and receive that above-mentioned calling transfer is finished notice after, metered call shifts the information of finishing affirmation, and the ticket of metered call transfer process, discharges this connection.
7, according to the described calling network processing method of claim 1, it is characterized in that also comprising that Network Intelligent Routing Center provides the network inquiry of whole network equipment and the calling route or the transfer of network quality inspection for each local call center, wherein said network quality inspection comprises that quality inspection supervision, quality inspection supervision, quality inspection are recorded, the quality inspection playback.
8,, it is characterized in that above-mentioned quality inspection supervision or quality inspection supervision or quality inspection are recorded may further comprise the steps according to the described calling network processing method of claim 7:
40) initiate the request that quality inspection supervision or quality inspection supervision or quality inspection are recorded by the Quality Inspector to m local call center, after the request that quality inspection supervision or quality inspection supervision or quality inspection record is received at m local call center, judgement by quality inspection seat position whether in this call center, if then in this call center, handle, otherwise initiate the quality inspection request to Network Intelligent Routing Center;
41) after Network Intelligent Routing Center is received the quality inspection request,, transmit the quality inspection request to n local call center according to by quality inspection seat position;
42) after the quality inspection request is received at n local call center, judge and confirm authority and by the quality inspection seat legal after, create the quality inspection virtual call, and the response message that returns quality inspection request success is given Network Intelligent Routing Center;
43) Network Intelligent Routing Center is transmitted the response message of quality inspection request success to m local call center;
44) after the response message of quality inspection request success is received at m local call center, initiate the quality inspection media call to n local call center;
45) after the quality inspection media call at m local call center is received at n local call center, quality inspection virtual call and quality inspection actual call merged and be connected by the quality inspection seat, the Quality Inspector at such m local call center just can carry out quality inspection supervision, quality inspection supervision, quality inspection to the seat at n local call center and record.
9,, it is characterized in that above-mentioned quality inspection playback may further comprise the steps according to the described calling network processing method of claim 7:
50) initiate the quality inspection playback request by the Quality Inspector to m local call center, after the quality inspection playback request is received at m local call center, whether the seat recorded file of judging appointment in the solicited message is in this call center, if then in this call center, handle, otherwise initiate the quality inspection request to Network Intelligent Routing Center;
51) after Network Intelligent Routing Center is received the quality inspection request,, transmit the quality inspection request to n local call center according to by quality inspection seat position;
52) after the quality inspection request is received at n local call center, judge and confirm authority and by the quality inspection seat legal after, create the quality inspection virtual call, and the response message that returns quality inspection request success is given Network Intelligent Routing Center;
53) Network Intelligent Routing Center is transmitted the response message of quality inspection request success to m local call center;
54) after the response message of quality inspection request success is received at m local call center, initiate the quality inspection media call to n local call center;
55) after the quality inspection media call at m local call center is received at n local call center, quality inspection virtual call and quality inspection actual call are merged and this is called out the quality inspection recorded file of playing appointment;
56) n local call center sends to Network Intelligent Routing Center with the quality inspection playback;
57) Network Intelligent Routing Center is transmitted the quality inspection playback to m local call center.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1876787B1 (en) * 2006-04-13 2019-05-08 Huawei Technologies Co., Ltd. Network call routing method and network calling center

Families Citing this family (15)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1859457B (en) * 2005-04-29 2011-03-16 深圳市友邻通讯设备有限公司 Method for generating quality detecting data of calling center
CN1984194B (en) * 2006-04-13 2010-11-03 华为技术有限公司 Network Call Routing Methods
CN1984193B (en) * 2006-04-13 2010-11-03 华为技术有限公司 Network Call Routing Methods
JP4771854B2 (en) * 2006-04-20 2011-09-14 東芝エレベータ株式会社 Remote monitoring system
CN101227525B (en) * 2007-01-18 2011-03-16 中兴通讯股份有限公司 Route control method of virtual call centre
CN101453521B (en) * 2007-11-30 2011-09-21 上海华为技术有限公司 Network call center system, call processing method, routing agent and routing center
CN101483700B (en) * 2008-01-10 2011-06-15 中国移动通信集团公司 Artificial voice service seat scheduling method, apparatus and system thereof
CN101924842B (en) * 2009-06-10 2013-03-20 中兴通讯股份有限公司 Computer telecommunication integration equipment and resource managing and incoming call controlling method
CN101945185B (en) * 2010-09-19 2012-10-10 广州广哈通信股份有限公司 Scheduling group calling method and system
WO2012120656A1 (en) * 2011-03-08 2012-09-13 富士通株式会社 Telephone call assistance device, telephone call assistance method
CN105577958B (en) * 2014-10-15 2019-09-17 阿里巴巴集团控股有限公司 For adjusting distributing strategy and shunting the method, apparatus and system of user's request
CN106303109A (en) * 2016-08-31 2017-01-04 国家电网公司客户服务中心 A kind of traffic method for routing, speech sound access equipment and call center system
CN109167885A (en) * 2018-08-17 2019-01-08 国家电网有限公司客户服务中心 It is attended a banquet the method for between Double tabletop seamless login based on T-Lib agreement
CN109040988B (en) * 2018-09-03 2021-04-27 中国联合网络通信集团有限公司 Multiplexing method and system between call centers
CN110138985B (en) * 2019-04-08 2021-11-09 平安科技(深圳)有限公司 Dynamic client allocation method and device, electronic equipment and storage medium

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1876787B1 (en) * 2006-04-13 2019-05-08 Huawei Technologies Co., Ltd. Network call routing method and network calling center

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