JPH06350708A - Traffic data display system - Google Patents

Abstract

PURPOSE:To display the data of a required class at arbitrary time by storing the source data and registered class of a prescribed block in traffic in memories A and B and reading the data of the registered class in the memory B from the memory A according to a set time zone and cycle. CONSTITUTION:The traffic (TR) of the prescribed time interval of an exchange or the like between designated areas or between any specified telephone number and any specified area is received from a TR measuring device by a reception control part 30 of a TR processing part 3. These TR data are stored through a data access part 38 by a TR data storage part 32, and the desired block, start time, interval or TR class to be displayed by an operator is set from a display device. A command reception processing part 39 stores them in block, read start time, read interval and TR class storage parts 37, 33, 31 and 36 and according to them, the TR data are read from the storage part 32. Thus, the TR data of the required class can be worked by an output information work part 35 and displayed on a display part at the arbitrary time.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of processing various time-series traffic data in a communication network, and more particularly to an editing method thereof.

[0002]

2. Description of the Related Art Conventionally, traffic for each subscriber or between regions is collected from an exchange or a service control unit, accumulated in a database (hereinafter referred to as DB), and displayed on a display or the like in real time, and then the network. It is used for monitoring the traffic exchange status in NW (hereinafter referred to as NW) and detecting congestion, and the accumulated traffic data is processed as long-term statistical data and used as equipment design data such as the required number of lines. .

Therefore, the traffic data displayed in real time has not been reproduced later. This is because it is difficult to store traffic with the accuracy to be displayed in real time because the size of the communication network is large and the types of traffic that flows there are enormous (the combination of telephone numbers and regions is enormous). This is because. Since the design data described above are not classified into many types due to the mutual accuracy between regions and the accuracy of about one hour unit, they can be stored.

Therefore, conventionally, the traffic measured at intervals of 3 minutes or 6 minutes in the section for which traffic is measured is edited and accumulated into 1 hour of traffic, or 1 hour of data is used for the most of the day. High value (call volume,
The amount of memory required for storage is reduced by selecting and storing only equipment usage, etc.) or low values (call completion rate, etc.). Due to these conditions, there is no technology for reproducing real-time traffic.

[0005]

The above-mentioned conventional traffic data display method is stored as real-time display or statistical data with an accuracy of about one hour unit, and is used as the data of the structure as it is. It has a drawback that it is used only for a limited purpose such as data for design.

An object of the present invention is to measure traffic between designated areas or for each telephone number or between a group of telephone numbers and an area at regular time intervals and store them in a database or a file, and store them as necessary. The time of the data can be specified and displayed at any time, and time interval data that is several times the measurement interval of the stored data can be displayed. Data can be displayed to or after, and the reproduction time interval can be shortened to enable fast-forward reproduction, and traffic flow can be verified at a later date and the effects of control such as regulations have been investigated. It is to provide a traffic data display method that can be used for, for example,

[0007]

SUMMARY OF THE INVENTION The traffic data display system of the present invention stores communication traffic that occurs at at least one specially designated area or between a specific telephone number and a specific area at a predetermined time interval. Is stored in the first storage means, the second storage means in which the required traffic type to be read from the first storage means for recording the communication traffic is registered, and the first storage means. When the read start time and the read cycle are set for the time stored in the first storage unit to read the traffic data, the time to output the read time information according to the set time and cycle. According to the information output means and the read time information output from the time information output means, the traffic data designated in the second storage means A reading means for reading the data from the first storage means, display means for traffic data to which the reading means is reading is displayed.

Further, the reading means for reading from the first storage means includes an arithmetic means for processing traffic data.

[0009]

The required source traffic data is stored in the first storage means, the required traffic type is registered in the second storage means, and the required time zone and read cycle are set in the time information output means. When the reading is activated, the reading means reads the traffic data of the traffic type registered in the second storage means from the first storage means in accordance with the output of the time information output means, and the processing can be performed if necessary. Data of the required traffic type can be output and displayed from the traffic data at any time.

[0010]

Embodiments of the present invention will now be described with reference to the drawings.

FIG. 1 is a diagram showing a connection between devices of an embodiment of a traffic data display system of the present invention, FIG. 2 is a block diagram of the traffic measuring device 2 shown in FIG. 1, and FIG.
3 is a block diagram of the traffic processing device 3 shown in FIG.

This traffic data display system is a switch that outputs connection information for each call which is original traffic data, that is, a calling / called number, completed / uncompleted information, cause of incompletion, call time, etc., or the service control device 1. A traffic measuring device 2, a traffic processing device 3, and a display device 4. The traffic measurement device 2 includes a call information reception buffer 21, a measurement section storage unit 22, a counter selection unit 23, and counters 26 ₁ , 26 ₂ , to 26.
_n , a measurement interval storage unit, and a transfer control unit 24.

The traffic measuring device 2, which is also used in the conventional equipment, stores the information for each call in the call information receiving buffer 21 and sets it in the measurement section storage unit 22 in advance. Counter section 2 that holds the measurement section information (for example, when measuring outgoing or incoming traffic, set the telephone number of the measurement target) and the counter address corresponding to these measurement targets
According to 3, the number of completed / not completed calls is sequentially counted up in the corresponding counter 26 _k . The counter 26 _k may be set not only for complete / incomplete classification but also for each cause of incompletion. The transfer control unit 24 has a time counting function, and when the time set in the measurement interval storage unit 25 has elapsed, transfers the contents of all counters to the traffic processing unit 3 and clears all counters.

The traffic processing unit 3 is a device according to the present invention, and includes a reception processing unit 30 and a read interval storage unit 3.
1, a traffic data storage unit 32, a read start time storage unit 33, a measurement interval storage unit 34, an output information processing unit 35, a traffic type storage unit 36, a section storage unit 37, and a data access unit 38. The command reception processing unit 39 is included. The section to be displayed, the display start time, the display interval, and the traffic type are the section storage unit 37, the read start time storage unit 33, the read interval storage unit 31, respectively.
The traffic type storage unit 36 is set by the operator via the display device 4.

This setting is input through the command reception processing section 39. Further, when the traffic at the next time is displayed after the traffic at the certain time is displayed, the next cycle display is set in the promotion unit 301 if there is an appropriate key input (for example, the return key) from the display device 4.

When the promotion unit 301 is set, the data access unit 38 sequentially processes the data according to the flow shown in FIG. 4, and finally the output information processing unit 35 outputs the traffic information to the display device 4. That is, the data access unit 3
8 reads the section information from the section storage unit 37 and stores it in the internal buffer 383 (negative shown) (step 41).
Further, the read start time is read from the read start time storage unit 33 (step 42), and the internal buffer 381 is read.
A read start time is set in (not shown) (step 43). Further, the read interval is read from the read interval storage unit 31 (step 44). Next, the buffer 38
The value obtained by adding the interval to the content of 1 is set in the internal buffer 382 (not shown) (step 45). At this time, it is determined whether the read interval is positive or negative (step 46). When it is determined to be positive, the measurement interval time of the original data is added to the buffer 381 and updated and stored in the buffer 381 (step 47). When it is determined to be negative, the value of the buffer 381 is changed. The measurement interval time of the original data is subtracted (step 48). Next, following step 47, corresponding traffic data is read from the traffic data storage unit 32 and transferred to the output information processing unit 35 according to the section information which is the value of the buffer 383 and the read time which is the value of the buffer 381 ( Step 49). Then, it is determined whether the value of the buffer 381 and the value of the buffer 382 are equal, and if they are equal (step 5
0), the output information processing unit 35 is instructed to perform the processing (step 51), and if it is determined that they are not equal, the process returns to step 46, and the operations are repeated through steps 47, 48 and 49 until the read interval is reached. When the data corresponding to the read interval is processed, the next cycle display instruction bit is read from the promotion unit 301 (step 52). At that time, if there is no instruction to display the next cycle, the process ends, and if there is, the process of step 45 is entered again. As can be seen from the flow of FIG. 4, when going back from the designated time, the value of the read interval storage unit 31 is set to a negative value. When the operator gives an instruction to go back to the past on the display device 4, the command processing unit 39 may set the reading interval to a negative value, or may set the reading interval to a negative value and then send it.

In the output information processing unit 35, according to the traffic type indicated by the traffic type storage unit 36,
A plurality of read data from the traffic data storage unit 32 are processed. An area for buffering the data from the traffic data storage section 32 is provided inside the output information processing section 35, and if the traffic type storage section 36 indicates the number of calls, the value inside the buffer is added. If the call loss rate is the sum of the number of completed calls and the number of uncompleted calls, calculate the number of incompleted calls / (the number of completed calls + the number of uncompleted calls) to obtain the value for the specified time period. .

[0018]

As described above, according to the present invention, with respect to designated traffic, any traffic can be displayed at any time at any time interval, so that it is possible to perform post-verification of traffic abnormality (congestion, etc.). Is valid and also
Even when there is a busy complaint from the customer, it is possible to verify the traffic of the customer during the time period.

[Brief description of drawings]

FIG. 1 is a block diagram of an embodiment of a traffic data display system of the present invention.

FIG. 2 is a block diagram of a traffic measuring device 2 shown in FIG.

FIG. 3 is a block diagram of a traffic processing device 3 shown in FIG.

4 is a flowchart of the operation of the data access unit 38 shown in FIG.

[Explanation of symbols]

1 exchange 2 traffic measurement device 3 traffic processing apparatus 4 the display device 21 calls each information reception buffer 22 measuring interval storage unit 23 counter selector 24 transfer control unit 25 measuring interval storage unit 26 _1, 26 _2, ~26 _n counter 30 receives the control Part 31 Read interval storage part 32 Traffic data storage part 33 Read start time storage part 34 Measurement interval storage part 35 Output information processing part 36 Traffic type storage part 37 Section storage part 38 Data access part 39 Command reception processing part

Claims (2)

[Claims] 1. A traffic data display system for a communication network having a function of collecting communication traffic information, wherein the communication data is generated between at least one specially designated area or at a predetermined time interval between a specific telephone number and a specific area. Storage means for storing communication traffic to be stored, second storage means for registering a required traffic type to be read from the first storage means for recording the communication traffic, and first storage means When the read start time and the read cycle are set for the time stored in the first storage means to read the traffic data stored in the read time information, the read time information is read according to the set time and cycle. According to the read time information output from the time information output means and the time information output means. Traffic data display system characterized in that it comprises a reading means for reading the traffic data specified in 憶 means from the first storage means, display means for traffic data to which the reading means is reading is displayed. 2. The traffic data display system according to claim 1, wherein the reading means for reading from the first storage means has an arithmetic means for processing the traffic data.