Abstract:
A seating arrangement designing apparatus includes: a seating arrangement condition table that stores an attribute score indicating intensity of an attribute different for each position regarding a seating arrangement condition, in a data structure of contour lines; a staff condition table that stores tolerance in terms of the attribute of each of staff members; a point calculation unit that calculates a tolerance point indicating a degree of suitability of a certain seat arranged for any of the staff members, based on the attribute score and the tolerance, in a case of planning the seat to be arranged for the staff member; and a seating arrangement determination unit that determines seating arrangement, such that a total sum of the tolerance points for all the staff members satisfies a predetermined condition.
Abstract:
An alert analyzing apparatus includes: a storage unit that stores a first value and a preset second value in association with time-of-day information, the first value fluctuating as time elapses; an alert output unit that outputs an alert and time-of-day information in a case in which the first value diverges from the second value in a certain time of day; a comment accepting unit that accepts an input of a comment on the alert thus output, and stores the comment in association with the time-of-day information; and a classification unit that classifies a plurality of time zones into any one of predetermined segments, and stores the comment associated with the time zone thus classified, in association with each of the segments, based on a fluctuation phase of the first value.
Abstract:
An assignment management apparatus includes: a traffic acquisition unit that acquires traffic per unit time; a storage unit that stores traffic per unit time when an operator is assigned, as traffic upon assignment, in association with the operator and an assignment sequence, and stores traffic per unit time when the assignment is canceled, as traffic upon cancellation; a processing capacity calculation unit that calculates difference between the traffic upon assignment of the operator and traffic upon assignment of an operator whose assignment sequence is next to the operator, as processable traffic of operators; and a determination unit that determines that it is timing to cancel assignment of an operator, in a case in which the traffic per unit time is decreased by the processable traffic calculated for the operator from the traffic upon cancellation.
Abstract:
A management server 10 stores past record data regarding the call volume by collecting from an exchanger, classifies the past record data in accordance with segments: a 7-day period in a month starting from the beginning of a month; a day of the week; and a predetermined period of time in a day, for a predetermined term in the past, obtains a multiple regression equation having the call volume as an objective variable, based upon the past record data thus classified, by performing a multivariate analysis for each day of the week, and calculates the call volume in a term that is specified by a user based upon the multiple regression equation.
Abstract:
A server (10) is connected to a terminal (13) for an operator and a terminal (12) for a manager through a network (14), receives operation situation data representing the operation situation of the terminal (13) transmitted from the terminal (13) together with the seat ID, creates display data for displaying an image of the seat layout representing the operation situation different with the type of the received operation situation data according to the seat ID from the layout data read out of a storage unit (120) of the server (10), and transmits the display data to the terminal (12).
Abstract:
A server (10) is connected to a terminal (13) for an operator and a terminal (12) for a manager through a network (14), receives operation situation data representing the operation situation of the terminal (13) transmitted from the terminal (13) together with the seat ID, creates display data for displaying an image of the seat layout representing the operation situation different with the type of the received operation situation data according to the seat ID from the layout data read out of a storage unit (120) of the server (10), and transmits the display data to the terminal (12).
Abstract:
A computer (server 10) stores at least data describing the skills of each of a plurality of communicators in a storage unit (120). The computer receives, from a manager at a contact center, an input for specifying the number of communicators to be assigned to each of a plurality of skills of communicators for each time period of a task, and further stores data describing the number of personnel designated by the received input into the storage unit (120) for each time period of the task. According to the stored data describing the number of personnel, the computer creates the schedules of the plurality of communicators for each time period of the task.
Abstract:
It is an object of the present invention to provide a method for reducing a user's operation procedures in a pop-up menu and for effectively locating the user's desired processing. A computer (1) displays a pop-up menu based on a list of at least one processing item stored in advance at a position designated by data indicative of a display request in a display unit (14) in response to receipt of the data indicative of the display request of the pop-up menu through an input unit (13). While continuing the display of the pop-up menu in response to receipt of data through the input unit (13) indicative of one processing item selected from the list, the computer (1) displays a form for receiving a parameter input corresponding to the processing item, receives input data for the form through the input unit (13), and stores the data as parameters of the processing item.
Abstract:
The present invention has the objective of providing a method for reducing trouble in creating a seating layout by a method other than with templates. The computer 1 accepts a designating operation on position coordinates forming a base point in the prescribed display area from a user, accepts a designating operation of a direction of generating the seating symbol data from position coordinates as the base point in the prescribed display area, determines a position for displaying the seating symbol data in the prescribed display area, based on the base point and the direction, generates seating symbol data comprising position data representing the position determined, adds to the combination of the seating symbol data composing the seating layout data, and stores thereof in the memory 120, and displays the seating symbol data in the display unit 150 based on position data included in the generated seating symbol data.
Abstract:
The optimum number of agents necessary for contact-center jobs is dynamically calculated in accordance with actual operations. A method of making the same controllable and a computer program to realize such calculation and method are provided. A necessary number-of-people calculating means (4) theoretically calculates the necessary number of people in response to the number of calls varying from time to time and average handling time (“AHT”) for agents by using the well known Erlang C equation. Further, an operation-rate adjusting means (6) adjusts such theoretically calculated data of the necessary number of people by using a predicted operation data based on managers' practically experienced data and a control means (9) provides the calculated result to an output means (7).