KR101906300B1

KR101906300B1 - System and Apparatus for Monitoring Broadcasting Streaming Based on IP

Info

Publication number: KR101906300B1
Application number: KR1020160183941A
Authority: KR
Inventors: 신재섭; 류성걸; 손세훈; 송문섭; 유원혁
Original assignee: 주식회사 픽스트리
Priority date: 2016-12-30
Filing date: 2016-12-30
Publication date: 2018-12-06
Also published as: KR20180079562A; WO2018124537A1

Abstract

An IP-based broadcast streaming monitoring method and system are disclosed.
In one embodiment of the present invention, a process of delivering broadcast streaming video transmitted by a broadcasting company to a viewer is integrally managed in one monitoring server, an alarm is generated for a channel in which an error occurs, Based streaming monitoring method and system for IP-based monitoring of video quality that allows a user to take action on a video stream.

Description

[0001] IP-based broadcasting streaming monitoring method and system [0002]

An embodiment of the present invention relates to an IP based broadcast streaming monitoring method and system.

The following description merely provides background information related to an embodiment of the present invention and does not constitute the prior art.

In recent years, as high-definition TVs are rapidly becoming popular, broadcasting companies are transmitting high-quality video images. Therefore, there is a growing interest in viewers who view video images on a high-definition TV.

The broadcasting company monitors the high-quality video transmitted from the broadcast transmission terminal and applies it to the generation or transmission method of the video content on the basis of the result of monitoring, thereby improving the satisfaction of the customer's image quality.

However, when a high-quality image is transmitted from a broadcast transmission terminal, distortion (e.g., distortion of the original image or distortion occurring in the encoding process) occurs or transmission is performed to a set-top box via a local station. Distortion may occur in the image. For example, due to deterioration of network performance, distortion due to packet loss, delay, variation, and the like may occur.

Generally, it is difficult to know before the customer reports the distortion of the reproduced image of the set-top box displayed on the viewer's TV by the video signal monitoring technology of the broadcasting transmitting end. In addition, even if it is known that the distortion has occurred in accordance with the customer report, there is a problem that it is difficult to find the cause of the distortion after the time of occurrence.

In one embodiment of the present invention, a process of delivering broadcast streaming video transmitted by a broadcasting company to a viewer is integrally managed in one monitoring server, an alarm is generated for a channel in which an error occurs, The present invention is directed to an IP-based broadcasting streaming monitoring method and system for monitoring video quality to enable IP-based monitoring of video quality.

According to an aspect of the present invention, an original streaming image for a plurality of channels is received from an IP network switch, an alarm message is generated by comparing an original streaming image with a predetermined reference to detect an error, An IP monitoring apparatus for outputting a transcoding stream that has been transcoded by resizing the transcoding stream; A plurality of multiviewers for receiving the transcoded streaming and outputting the transcoded streaming to one of a plurality of screens according to a predetermined path; A plurality of viewing screen multi viewer apparatuses 150 having an observation channel for observing an alarm channel or a user selected channel among the multi viewer apparatuses; And configures the operation settings of the IP monitor and the plurality of multi-viewers, monitors the operation status, commands the corresponding operation by the user control command, designates and controls the multi-viewer for the observation screen 150, An alarm message is received, an error channel corresponding to the alarm message is extracted, an alarm is displayed by a viewer corresponding to the error channel in the multi viewer device 140, and an error channel is displayed on the observation screen And an integrated system manager device.

The alarm message generated by the IP monitoring apparatus may be received by the integrated system manager or directly received by the multi viewer.

The integrated system manager apparatus may make the screen of the viewer corresponding to the error channel larger than a predetermined size among the plurality of the multi viewer apparatuses 140 or may display the screen of the viewer corresponding to the error channel in a predetermined color , Or controls the screen frame to blink.

The integrated system manager apparatus controls the viewing screen multi viewer apparatus 150 such that a screen of a viewer corresponding to the error channel among the plurality of multi viewer apparatuses 140 is moved to a predetermined viewing screen and output.

In addition to the alarm message, the integrated system manager apparatus may generate a user command for a specific channel or a freeze, a black screen, a silence, a sound level error, a video, And controls the viewing screen multi-viewer device 150 to automatically move to a predetermined observation screen and output the same when an audio bit rate or more occurs.

The integrated system manager device may be configured to transmit the transcoding stream corresponding to the error channel to the multi viewer device 140 and the observation screen multi-pager device 150 so as to simultaneously output the viewer's screen corresponding to the error channel and the observation area, .

The integrated system manager apparatus controls the viewing screen multi viewer apparatus 150 such that the original streaming image or the transcoding stream corresponding to the error channel is output to the observation screen.

The integrated system manager apparatus controls the observation screen multi viewer apparatus 150 such that a plurality of transcoding streams corresponding to the error channel are output on a plurality of screens on the observation screen.

The integrated system manager apparatus controls the viewing screen multi viewer apparatus 150 such that one original streaming image corresponding to the error channel and a plurality of transcoding streams are output together on the observation screen.

The integrated system manager apparatus controls the viewing screen multi viewer apparatus 150 such that a plurality of original streaming images corresponding to the error channel and a plurality of transcoding streams are output together on the observation screen.

The integrated system manager apparatus controls the viewing screen multi viewer apparatus 150 such that a plurality of original streaming images corresponding to the error channel are output to the observation screen.

The integrated system manager device controls the viewing screen viewer device 150 so that only the streaming user selection is outputted as the original streaming video stream among a plurality of transcoding streams corresponding to the error channel outputted on the observation screen do.

Wherein the integrated system manager device is configured to output the original streaming image in the original size for the stream with the user selection among a plurality of transcoding streams corresponding to the error channel and a plurality of original streams output on the observation screen, And controls the multi-viewer device 150.

The integrated system manager device groups the transcoding stream by channel and provides labeling according to user input for each grouped group.

The integrated system manager device moves the transcoding streaming on a channel-by-channel basis without changing the physical connection based on the input user command on the basis of the inputted user command, or moves the position in the group unit by the multi-viewer device 140 .

The integrated system manager device may include an IP monitoring device (not shown) so as to perform a monitor size management, a monitor number management, a channel number management, a detection command for the alarm message, .

The integrated system manager device transmits the alarm message to a previously registered external terminal in a push method or a streaming method.

The integrated system manager device controls to output a summary page including at least one of bit rate information, delay information, current log information, and alarm information when a specific channel among the plurality of channels is selected according to a user command.

The integrated system manager apparatus controls the intelligent error countermeasure guide to correspond to the error based on at least one of the reception registration channel attribute, the bit rate information, the delay information, the current log information, and the alarm information.

The integrated system manager apparatus records the transcoding stream corresponding to the error channel on the basis of the occurrence time of the error from the predetermined time before the occurrence of the error until the preset next time after the occurrence of the error, And controls the device 140.

The multi viewer apparatus 140 records the transcoding stream corresponding to the error channel from a predetermined time before the occurrence of the error to a preset next time after the occurrence of the error on the basis of the occurrence time of the error.

The integrated system manager apparatus records the original stream corresponding to the error channel on the basis of the occurrence time of the error from the predetermined time before the occurrence of the error until the preset next time after the occurrence of the error, .

The IP monitoring apparatus records the original stream corresponding to the error channel from a predetermined time before the occurrence of the error to a preset next time after the occurrence of the error based on the occurrence time of the error.

According to another aspect of the present invention, there is provided a method of controlling an IP monitoring apparatus, the method comprising: receiving an original streaming image for a plurality of channels from an IP network switch in an IP monitoring apparatus; Outputting a transcoding stream by performing transcoding in which the original streaming image is resized to a predetermined size in the IP monitoring apparatus; Receiving the transcoding streaming from the plurality of multi viewer apparatuses 140 and outputting the transcoding streaming to any one of a plurality of screens according to a predetermined path; Comparing the original streaming image with a predetermined reference in the IP monitoring apparatus, detecting an error, and generating and outputting an associated alarm message; Extracting an error channel corresponding to the alarm message from the integrated system manager device and controlling the multi viewer device 140 to display an alarm by a viewer corresponding to the error channel; And the integrated system manager device to extract the error channel corresponding to the alarm message and to display the original streaming video or the transcoded streaming video corresponding to the error channel and the corresponding alarm in the viewing screen multi viewer device 150 And controlling the IP-based broadcast streaming.

The object of the monitoring service of the present invention is not only the existing IP video and IP TV based on IP but also the latest service such as ATSC 3.0 standard service related to UHD broadcasting in recent years, The monitoring device 120 can process various service stream formats such as MPEG-DASH, ROUTE, MPEG MMT as well as streaming formats based on the existing MPEG-2 TS.

As described above, according to an embodiment of the present invention, a process of delivering a broadcast streaming video transmitted by a broadcasting company to a viewer is integratedly managed in one monitoring server, and an alarm So that the administrator can quickly recognize and take action.

1 is a block diagram schematically showing an IP-based broadcasting streaming monitoring system according to an embodiment of the present invention.
2 is a block diagram illustrating an internal module of an IP monitoring apparatus and a multi-viewer apparatus according to an exemplary embodiment of the present invention.
3 is a block diagram illustrating the operation between the converter, the IP monitoring apparatus, and the internal modules of the multi-viewer apparatus according to an exemplary embodiment of the present invention.
4 is a diagram illustrating an operation method of an IP-based broadcast streaming monitoring system according to an embodiment of the present invention.
5 is a view for explaining a method of displaying an observation screen according to an embodiment of the present invention.
6 is a view for explaining a screen dividing method according to an embodiment of the present invention.
7 is a flowchart illustrating an IP-based broadcast streaming monitoring method according to an embodiment of the present invention.
8A to 8E are diagrams illustrating an example of an observation screen configuration according to an embodiment of the present invention.
9A to 9I are views showing a sequence of setting page configuration procedures and a monitoring interface example of the user interface of the integrated system manager device 130 of the present invention.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram schematically showing an IP-based broadcasting streaming monitoring system according to an embodiment of the present invention.

The IP-based broadcasting streaming monitoring system according to an embodiment of the present invention includes a streaming providing unit 109, a converter 108, an IP network switch (network switch) 110, an IP monitoring apparatus 120, a streaming network switch 122, an integrated system manager device 130, a management network switch 132, a multi-viewer device 140, and an observation screen multi-viewer device 150. The components included in the IP-based broadcast streaming monitoring system are not limited thereto.

The IP-based broadcasting streaming monitoring system according to an embodiment of the present invention monitors both the original streaming video transmitted from the broadcasting company and the streaming video output from the set-top box 107 for home use. The IP based broadcast streaming monitoring system monitors the broadcast stream delivered to the actual subscriber network. That is, the IP-based broadcasting streaming monitoring system can monitor how the actual subscriber watches the broadcasting stream outputted from the set-top box 107 of the streaming providing unit 109.

The streaming providing unit 109 transmits each monitored streaming source to the IP network switch 110. The streaming providing unit 109 includes an IRD (Integrated Receiver Device) 106, a set-top box 107, an IP TV service, and other IP video services. The streaming providing unit 109 may be implemented in a broadcasting transmission center of a service provider (for example, an IPTV provider). The streaming providing unit 109 transmits each monitoring target stream. In general, an IRD (Integrated Recorder Device) 106 or a set-top box 107 outputs a decoded image in an HDMI (High Definition Multimedia Interface) or SDI format.

The converter 108 converts the HDMI or SDI signal received from the IRD 106 or the set-top box 107 into IP streaming and delivers it to the IP network switch 110. In other words, when an image is output from the set-top box 107 or the IRD 106 in the HDMI or SDI format, the converter 108 converts the image to IP streaming, not to a connected display (e.g., TV).

The set-top box 107 is generally connected to a TV using HDMI, and the output of the set-top box 107 can not be directly connected to the IP monitoring apparatus 120. Therefore, the converter 108 converts the signal output from the set-top box 107 in the HDMI or SDI format to IP. When a set-top box 107 outputs a signal in the HDMI or SDI format, it is converted into IP streaming by connecting with the converter 108 instead of connecting to the TV. The IRD 106 also outputs HDMI or SDI, and is converted to IP streaming through the converter 108 in the same manner as the case of the set-top box 107. If the output of the IRD 106 is IP streaming, it may be connected to the IP network switch 110 without going through the converter 108. The IP stream that is converted and output from the converter 108 is transmitted to the IP monitoring apparatus 120 via the IP network switch 110.

The IP network switch 110 receives the stream to be monitored from the streaming providing unit 109. The IP network switch 110 transmits the original streaming image for the monitoring target stream to the IP monitoring apparatus 120 and the observation screen multi viewer apparatus 150. IP network switch 110 refers to general network switch equipment. The IP network switch 110 receives the service stream for each channel from the streaming provider 109.

The IP monitoring apparatus 120 receives an original streaming video for a plurality of channels from the IP network switch 110, compares the original streaming video with a preset reference, and generates an alarm message when an error is detected. The IP monitoring apparatus 120 resizes the original streaming video to a preset size and outputs the transcoding stream that has undergone transcoding.

The IP monitoring apparatus 120 may be implemented in an IP TV service center. The IP monitoring apparatus 120 receives the original streaming image directly from the IP network switch 110. The original streaming video has an IP streaming address for streaming such as multicasting and unicasting.

The IP monitoring apparatus 120 transmits the transcoding stream to the multi-viewer apparatus 140. The IP monitoring apparatus 120 decodes the original streaming image received from the IP network switch 110 and then scans the screen so that the capacity of the original streaming image having a high resolution (for example, FHD, UHD, etc.) In order to reduce the capacity, the transcoding stream having been subjected to the transcoding resized to a predetermined size is generated, and then the transcoding stream is transmitted to the multi-viewer device 140. For example, the IP monitoring apparatus 120 outputs a transcoding stream that has been transcoded by resizing the original streaming image having the FHD resolution (or UHD resolution) to a preset size.

The IP monitoring apparatus 120 outputs the original streaming video for a plurality of channels from the IP network switch 110 and outputs the transcoding stream that has been transcoded by resizing the original streaming video into a predetermined size. The transcoding streaming may be multicasting It may or may not be unicasting. Broadcasting is selected according to the network configuration or the purpose and method of use of the transcoding streaming.

The IP monitoring device 120 delivers the transcoded streaming (e.g., FHD, lower resolution than UHD) to the multi-viewer device 140. The multi-viewer device 140 receives and decodes transcoded streaming (e.g., an image encoded stream having a resolution lower than that of the FHD, UHD), receives and decodes one or more channels at the same time, And outputs them to a corresponding display (for example, a TV) in the form of HDMI or the like. For example, if it is assumed that the IP monitoring apparatus 120 manages a total of 200 channels, and that one multi-viewer 140 can manage about 20 channels, ten multi-viewer apparatuses 140 each have 20 A total of 200 channels can be displayed in 10 monitoring screens. The ten multi-viewer devices can be managed by one or more integrated system manager devices 130.

The IP monitoring apparatus 120 is not necessarily implemented as one unit, but may be implemented in a plurality of units according to the number of channels. For example, if 200 channels can be processed alone per IP monitoring apparatus 120, and a further 200 channels are added to process a total of 400 channels, the first IP monitoring apparatus may include 1 to 200 channels , And the second IP monitoring apparatus can process up to 201 ~ 400 channels.

The IP monitoring apparatus 120 monitors the main service stream including the IPTV service stream included in the streaming provider 109 and the output of the set-top box 107, the IRD 106, and the like.

The IP monitoring apparatus 120 transmits the transcoding stream, which is obtained by decoding each original streaming image for a plurality of channels received from the IP network switch 110 and resizing the original streaming image to a preset size, . The output of the IP monitoring device 120 is streaming. The IP monitoring apparatus 120 decodes each of the original streaming images for a predetermined number of channels (e.g., 200 channels), resizes the streaming video to a preset size, and outputs the transcoded stream in a streaming format.

The IP monitoring apparatus 120 can detect an error in a state in which the original streaming is not transcoded, that is, in the original stream state and the original decoding video state. The IP monitoring apparatus 120 receives the original streaming for a plurality of channels from the IP network switch 110, compares the original streaming with a preset reference, detects an error, and generates an alarm message for the error. The IP monitoring apparatus 120 transmits an alarm message to the integrated system manager apparatus 130. At this time, an alarm message may be directly transmitted to the multi-viewer device 140 and processed according to the equipment configuration or the operation scenario.

The IP monitoring apparatus 120 receives an original streaming image for a plurality of channels from the IP network switch 110, decodes the original streaming image, resizes the original streaming image to a predetermined size, and outputs a transcoded stream to a transcoding streaming output. And transmits it to the multi-viewer device 140 using the network switch 122. The IP monitoring apparatus 120 can transmit the transcoding stream to the outside using the streaming network switch 122 or the network switch 132 for management.

The IP monitoring apparatus 120 receives the original streaming video and compares the original streaming video with a preset reference to detect an error (for example, when a black screen is continuously detected, when a screen is not displayed, when no sound is heard, when a streaming connection is broken, When a problem occurs in timing, or when a delay occurs), an alarm message is generated and output based on the error detection history. The IP monitoring apparatus 120 transmits an alarm message to the integrated system manager apparatus 130. The IP monitoring apparatus 120 generates an alarm and an alarm according to the error occurrence level after the error is detected.

The streaming network switch 122 performs a function of relaying data between the IP monitoring apparatus 120 and the multi-viewer apparatus 140. In a general configuration, the streaming network switch 122 or the management network switch 132 are physically separated from each other and operate independently of each other. However, when the transmission / reception data throughput is small or a simple network configuration is required, the streaming network switch 122 and the management network switch 132 may be used as the same network switch.

The integrated system manager device 130 receives an alarm message from the IP monitoring device 120 via the management network switch 132. [ The integrated system manager device 130 extracts an error channel corresponding to the alarm message and controls the multi viewer device 140 corresponding to the error channel among the plurality of the multi viewer devices 140 to display an alarm.

The integrated system manager device 130 controls the overall operation of the multi-viewer device 140 to reduce the load on the multi-viewer device 140.

The integrated system manager device 130 controls the multi-viewer device 140 based on predetermined setting information. The integrated system manager device 130 receives an alarm message from the IP monitoring device 120 and then automatically or by a user command when an alarm message or a corresponding channel screen is selected (e.g., double-clicked) And controls the corresponding error channel to be displayed on the 'observation screen' of the observation screen multi-viewer device 150. The screen displayed on the 'observation screen' of the observation screen multi-viewer device 150 may be an original streaming image or a transcoded streaming image. At this time, the screen of the multi viewer device 140 corresponding to the error channel of the multi viewer device 140 is displayed as it is, and the alarm information corresponding to the alarm details and the visible and audible effect (for example, enlargement, blinking, , Alarm information text display, etc.) on the corresponding channel screen.

The integrated system manager device 130 controls the image output from the multi-viewer device 140 and the image output from the 'observation screen' to be simultaneously reproduced. The integrated system manager device 130 can collectively configure and control a plurality of (for example, 10 to 20) multi-viewer devices 140 and one or more IP monitoring devices 120. The integrated system manager device 130 registers a plurality of (for example, 10 to 20) multi-viewer devices 140 after the device is first booted and then determines which channel the registered multi-viewer device 140 receives Lt; / RTI >

The integrated system manager device 130 uses the IP addresses (192.xxx.xxx.xxx) of each of the plurality of registered multi-viewer devices 140 (for example, 10 to 20 devices) And instructs the IP monitoring apparatus 120 and the multi-viewer apparatus 140 to receive the channel and forward it to any IP address, i.e., the multi-viewer apparatus 140. If a plurality of channels (for example, 200 channels) are loaded and listed in the integrated system manager device 130 by setting, the channels 1 to 20 are delivered to the first viewer 140 according to the list, The channels 21 to 40 are transmitted to the second multi viewer device 140, the channels 41 to 80 are transmitted to the third multi viewer device 140, the channels 81 to 90 are transmitted to the fourth multi viewer device 140, The channels 91 to 126 are transmitted to the fifth multi-viewer device 140, the channels 127 to 150 are transmitted to the sixth multi-viewer device 140, the channels 151 to 165 are transmitted to the multi- The channels 166 to 180 are transmitted to the multi viewer apparatus 140, the channels 181 to 190 are transmitted to the multi viewer apparatus 140, the channels 191 to 200 are transmitted to the multi viewer apparatus 140, 10 to the multi viewer apparatus 140, and so on. When the integrated system manager apparatus 130 executes the set information, the multi-viewer apparatus 140 transmits the transcoding stream to the IP monitoring apparatus 120 when the IP monitoring apparatus 120 outputs the transcoding stream in a unicast manner Transcoding streaming is received and decoded. When the IP monitoring apparatus 120 outputs the transcoding stream in a multicast manner, it receives and decodes the stream corresponding to the transcoding streaming address of the channel allocated to the multi viewer apparatus 140.

The integrated system manager device 130 sets up the IP monitoring device 120 and the multi-viewer device 140. The integrated system manager device 130 may register the multi-viewer device 140 in advance and transmit a command to change the image output from the multi-viewer device 140 in real time.

The integrated system manager device 130 registers one or more IP monitoring devices 120 and registers a plurality of the multi-viewer devices 140. The integrated system manager device 130 sets each command that matches the channel information for each IP address of the multi-viewer device 140, and then executes the command. In this case, the multicasting address may be matched instead of the IP address of the multi viewer device 140. This is for a case where one channel is intended to be displayed simultaneously in one or more multi viewer devices 140.

The integrated system manager device 130 integrally manages the multi-viewer devices 140, changes the preset size for resizing in the IP monitoring device 120, changes the IP address of the multi-viewer devices 140 matched to the channel information, Controls registration and change (destination change) of multicasting address.

The integrated system manager device 130 displays a screen of the multi viewer device 140 corresponding to an error channel (a channel in which a warning or alarm occurs) among a plurality of the multi viewer devices 140 to display a visible visual effect (enlargement, blink, Lattice display, warning sound, etc.).

The integrated system manager device 130 receives an alarm message from the IP monitoring device 120. For example, the integrated system manager device 130 extracts an error channel corresponding to an alarm message, and outputs a beep signal to a screen (for example, a 3 × 3 position) of a viewer corresponding to an error channel in the multi viewer device 140 , A predetermined color (e.g., red), and controls blinking. The integrated system manager device 130 controls the viewer to display a red color on the screen of the viewer corresponding to the error channel (for example, the 3 × 3 position), and controls the text to appear on the error information.

The integrated system manager device 130 controls the multi-viewer device 140 based on the alarm message received from the IP monitoring device 120. The integrated system manager device 130 confirms the error channel based on the alarm message, confirms the error code, and transmits a corresponding command to the multi viewer device 140 or the observation screen multi viewer device 140 via the management network switch 132 (150).

The integrated system manager device 130 stores all the channel information, error information, and destination information of the plurality of multi-viewer devices 140, and controls the output of the plurality of multi-viewer devices 140 according to need.

When the integrated system manager device 130 continuously monitors an alarm message received from the IP monitoring device 120 and receives an alarm message, the integrated system manager device 130 extracts an error channel corresponding to the alarm message, And extracts the multi-viewer corresponding to the error channel.

The integrated system manager device 130 transmits an operation command corresponding to the alarm message to the multi-viewer device 140 corresponding to the alarm message. For example, when the integrated system manager device 130 identifies the error channel corresponding to the alarm message as the '17' channel, it checks whether the '17' channel exists in the multi viewer device 140. Then, the integrated system manager device 130 transmits an operation command corresponding to the '17th channel' alarm message, for example, an expansion command, to the corresponding multi-viewer device 140. The multi-viewer device 140 enlarges the image corresponding to the '17th channel', for example, twice.

The integrated system manager device 130 has a port number matched with an IP address (unicast address) or a multicast address.

The integrated system manager device 130 may perform grouping and labeling on the registered channels. For example, the integrated system manager device 130 may group a plurality of channels at the same position in each row vertically into one line or a plurality of lines, or may group a plurality of channels at the same position in each line into one line or a plurality of lines . Also, grouping may be performed based on a line or an area, or a specific channel may be selected and grouped. The integrated system manager device 130 may label the grouped group and input the group name. Thereafter, the integrated system manager device 130 recognizes the grouped groups as one and performs labeling for each group or moves the grouped groups. In other words, when the manager moves all 200 channels by drag & drop method, it takes a lot of time, and it is possible to save time when moving the group by group.

The integrated system manager device 130 transmits an alarm message and a transcoded image to a previously registered external terminal (mobile phone, PC). For example, the integrated system manager device 130 can transmit a message " Press the URL to check for a black screen error on the channel # 37 and related video " to the mobile phone. The administrator can check the alarm message at the remote site. If the user presses the URL included in the alarm message, the administrator can check the 10 second recorded image before or after the error by downloading or streaming using the mobile phone. To view the current status of the channel included in the alarm message, the administrator can select '37 Channel' to check the current transcoded image. The integrated system manager device 130 can transmit the alarm image to the pre-registered PC through the push method or the full method through the confirmation of the alarm message in the PC.

The management network switch 132 functions to relay control signals between the IP monitoring apparatus 120, the integrated system manager apparatus 130, the multi-viewer apparatus 140, and the observation screen multi-viewer apparatus 150. The management network switch 132 is a network switch for management and control signal transmission and reception and transmits an alarm message generated from the IP monitoring apparatus 120 to the integrated system manager device 130, And transmits / receives a control signal for performing an operation corresponding to the generated alarm message to the multi-viewer device 150 for the screen.

The multi-viewer device 140 receives the transcoding stream from the IP monitoring device 120 via the networking switch 122 for streaming. The viewing screen multi-viewer device 150 receives the original streaming video from the IP network switch 110. The viewing screen multi-viewer device 150 may receive the stream transcoded from the IP monitoring device 120 via the streaming network switch 122 or may receive the original streaming video from the IP network switch 110 . And outputs the stream of the input channel of the IP monitoring apparatus 120, which has been transcoded, to the screen of any one of the screens of the plurality of viewer devices 140 according to a predetermined path.

When the IP monitoring apparatus 120 outputs the transcoding stream in a unicasting manner on the basis of the information set by the integrated system manager apparatus 130, When the IP monitoring apparatus 120 outputs the transcoding stream in a multicasting manner, the IP monitoring apparatus 120 receives the transcoding stream corresponding to the channel corresponding to the registered multicast address Output

Each of the plurality of multi-viewer devices 140 is connected to a display (e.g., a TV). The multi-viewer devices 140 of the present invention are capable of communicating with the integrated system manager device 130. In a typical multi-viewer system, devices are not organically connected to external servers, such as a consolidation manager. That is, in a general multi-viewer system, a single server does not receive the integrated control, and if there is an input image, the multi-viewer system merely binds and outputs the input image to an external display device.

The multi-viewer device 140 decodes the transcoding stream received from the IP monitoring device 120, and then decodes the received transcoding stream to a connected display (not shown) For example, TV) in a predetermined manner (e.g., HDMI system). The multi-viewer device 140 may control each of the transcoding streams received from the IP monitoring device 120. In a typical multi-viewer device, you need to disconnect the physical HDMI cable and connect it to another port or other multi-viewer to change the destination of the preset channel.

Since the multi-viewer device 140 is a streaming method that receives only the transcoding stream corresponding to the channel matched according to the IP address and the port number or only the transcoding stream matched according to the multicasting address, the integrated system manager device The destination of the channel is changed by changing only the destination matching information. The multi-viewer device 140 decodes the received transcoding stream via the streaming network switch 122, displays the decoded image at a predetermined position on the predetermined display, and outputs the decoded image in the HDMI mode.

Only the step of outputting from the multi-viewer device 140 to the display device is the HDMI method, and the steps up to this point are IP-based signals. The multi-viewer device 140 receives the decoding information and the alarm message related information acquired from the transcoding stream on a channel-by-channel basis and displays the received information. The multi-viewer device 140 decodes the transcoding stream received from the IP monitoring device 120, and then constructs a screen in a predetermined format with a decoded image of another channel received together. The multi-viewer device 140 receives error information and an alarm signal from the integrated system manager device 130 and arranges and displays the error information and the alarm signal when the screen is configured.

When receiving the alarm message for the channel and the related control signal from the integrated system manager device 130, the multi-viewer device 140 generates the alarm message and the related control signal corresponding to the preset time (for example, ± 10 seconds) Transcoding Streaming streams are bundled and stored. Such a storage function may also be performed by the multi-viewer device 150 for an observation screen or the IP monitoring device 120, and may be an original streaming corresponding to a preset time (for example, ± 10 seconds) Streams can be bundled or stored, or a transcoded stream stream can be stored.

The multi-viewer apparatus 140 receives and decodes the transcoding streams from the IP monitoring apparatus 120, and then configures the decoded streams into predetermined screens (e.g., 24), and outputs the decoded streams to the display. There is a case where registration is made in the multi-viewer apparatus for viewing screen 150 among the plurality of multi-viewer apparatuses 140. That is, the integrated system manager device 130 registers the observation multi-viewer 150 as a specific multi-viewer device among the plurality of multi-viewer devices 140. For example, if '7th multi-viewer device' among the plurality of multi-viewer devices 140 is registered in the integrated system manager device 130 as an observation screen multi-viewer, '7th multi viewer device' An observation screen output requirement such as a channel selected by the operator is specified in advance, and when a channel corresponding to the requirement occurs, the receiver receives and decodes the transcoding stream or the original stream for the channel, and then displays it on the 'observation screen'. At this time, the corresponding channel displayed in the existing multi-viewer device 140 is maintained. Also, it is possible to previously select and manage a channel that can be outputted to the observation-screen multi-viewer device 150. If a channel corresponding to a predetermined observation screen output requirement is generated for the 50 channels, the entire channel to be monitored, for example, 200 out of 50 channels, is designated as an object to be displayed on the observation screen of the multi-viewer for observation screen. On the observation screen.

2 is a block diagram illustrating a main functional block of an IP monitoring apparatus and an internal module of the multi viewer apparatus 140 according to an embodiment of the present invention.

The IP monitoring apparatus 120 according to the present embodiment includes a streaming input unit 121, an error and alarm processing unit 122, a transcoding unit 123, and a streaming output unit 127. The components included in the IP monitoring apparatus 120 are not limited thereto.

Each component included in the IP monitoring apparatus 120 may be connected to a communication path connecting a software module or a hardware module in the apparatus so as to operate organically with each other. These components communicate using one or more communication buses or signal lines.

The streaming input unit 121 receives original streaming images for a plurality of channels from the IP network switch 110. The error and alarm processing unit 122 detects an error by comparing the original streaming image for a plurality of channels received from the IP network switch 110 with a preset reference, and generates an alarm message for error detection. The transcoding unit 123 resizes original streaming images for a plurality of channels received from the IP network switch 110 into a predetermined size, and then transcodes the streaming video to generate transcoding streaming. The transcoding unit 123 includes a decoder 124, a resizing unit 125, and an encoder 126. The decoder 124 decodes the original streaming image. The resizing unit 125 resizes the original streaming image decoded by the decoder 124 into a preset size. The encoder 126 performs transcoding to re-encode the resized image to generate transcoding streaming. The streaming output unit 127 outputs the transcoding streaming and error received from the transcoding unit 123 and the alarm message information received from the alarm processing unit 122.

The multi viewer apparatus 140 according to the present embodiment includes a streaming client 141, a decoder 142, a composition 145, and an alarm reception client 143 and a visible and audible effect control unit 146. The components included in the multi-viewer device 140 are not limited thereto.

Each component included in the multi-viewer device 140 may be connected to a communication path connecting a software module or a hardware module inside the device, and may operate organically with each other. These components communicate using one or more communication buses or signal lines.

The streaming client 141 receives the transcoding stream from the IP monitoring device 120. The decoder 142 decodes the transcoding stream received from the IP monitoring device 120. The composition 145 outputs the decoded transcoded streaming image to one of a plurality of screens according to a predetermined path.

When the alarm message is generated from the IP monitoring apparatus 120, the integrated system manager 130 receives the alarm message and outputs the alarm information and the visible and audible effect control signal corresponding to the alarm message to the multi viewer apparatus 140, And the alarm receiving client 143 and the visible and audible effect control unit 146 of the multi-viewer device 140 receive it and perform the corresponding operation.

3, if any one of the multi-viewer devices 140 is configured to process the first through the 36th channels among the 66 channels, the corresponding multi-viewer device 140 may have 320 x 180 pixels Display a total of 36 multi-screens with 6 × 6 screens. When the other of the multi-viewer devices 140 is set to process the 37th to 66th channels among the 66 channels, the corresponding multi-viewer device 140 converts the screen having 320 × 216 pixels into 6 × 5 Outputs a total of 30 multi-screens.

3 is a detailed block diagram illustrating the operation between the converter, the IP monitoring apparatus, and the internal modules of the multi viewer apparatus 140 according to an exemplary embodiment of the present invention.

The converter 108 may include an image capture module, an encoder, and a streamer. The image capture module captures an image source having a format of HDMI, SDI, etc., received from the set-top box 107 and the IRD 106. The encoder receives from the set-top box 107, the IRD 106, and encodes the captured image source. The streamer streams the encoded broadcast stream to the IP network switch 110.

The IP monitoring apparatus 120 may further include an alarm output unit 128 in addition to the streaming input unit 121, the error and alarm processing unit 122, the streaming output unit 127, and the transcoding unit 123 shown in FIG. 2 . The alarm output unit 128 transmits the alarm message received from the error and alarm processing unit 122 to the integrated system manager device 130.

The multi-viewer device 140 includes a streaming client 141, an alarm receiving client 143, an original video request control module 144, a decoder 142, a multi-viewer 145, and a visible and audible effect control module 146 do. The components included in the multi-viewer device 140 are not limited thereto.

The streaming client 141 receives the transcoding stream from the IP monitoring device 120. The alarm reception client 143 receives the alarm message from the integrated system manager device 130 or the IP monitoring device 120. [ The original video request control module 144 notifies the multi viewer apparatus 140 or the observation viewer multi viewer apparatus 150 that an error channel is extracted by the integrated system manager apparatus 130 and the corresponding channel is displayed, To the IP network switch 110, the original streaming video corresponding to the original streaming video. Decoder 142 decodes the transcoded stream received from IP monitoring device 120 or the original video stream received from IP network switch 11. [ The multiviewer 145 receives and transcodes the transcoding streams corresponding to the channels corresponding to the IP address of itself or the address of the multicast channel allocated thereto based on the information set by the integrated system manager device 130 One image is composed into one screen in a preset format and output to the display. In addition, the multi-viewer 145 outputs an image obtained by decoding the original image stream of the channel allocated to the multi viewer 145. [

When an error channel is extracted by the integrated system manager device 130, a visible auditory effect control signal corresponding to the corresponding error is generated in the error channel and received through the alarm receiving client 143, and the received audible effect control The module 146 may display a grid of a predetermined color, for example, a red color, on the border of the screen corresponding to the channel, including blinking, and may display text information about the alarm in the screen corresponding to the error channel (Error message, error code, etc.) can be displayed. The visible audiovisual effect control module 146 may double the image corresponding to the screen corresponding to the error channel. The control signal may be generated and processed by the multiviewer 140 directly by an alarm message of the IP monitoring device 120 without passing through the integrated system manager device 130. [

4 is a diagram illustrating an operation method of an IP-based broadcast streaming monitoring system according to an embodiment of the present invention.

The IP monitoring apparatus 120 integrally performs monitor size management, monitor number management, channel number management, error detection command, alarm message generation, and error detection reference setting for a plurality of the multi viewer apparatuses 140. The IP monitoring apparatus 120 receives an original streaming video for a plurality of channels from the IP network switch 110, compares the original streaming video with a predetermined reference, and generates an alarm message that detects an error. The IP monitoring apparatus 120 outputs a transcoding stream in which the original streaming image is transcoded by resizing the original streaming image to a preset size.

The multi viewer apparatus 140 receives the transcoding stream from the IP monitoring apparatus 120 and outputs the decoded image of the transcoding stream to one of the plurality of screens according to a predetermined route.

The multi-viewer device 140 records the transcoding stream corresponding to the error channel from the preset time before the occurrence of the error to the preset next time after the occurrence of the error based on the time of occurrence of the error. In another embodiment of the present invention, when an error is detected in the IP monitoring device 120 and an alarm message is generated, the original streaming or transcoding stream corresponding to the error channel is compared with the error occurrence time It is possible to record and store the data from the set previous time to the next predetermined time after the occurrence of the error.

The multi-viewer device 140 includes a plurality of multi-viewer devices 140, and one or more of the multi-viewer devices 140 can be registered in the multi-viewer device 150 for an observation screen. The viewing screen multi-viewer device 150 may output the original streaming video or the transcoded streaming video. In the 'observation screen', the original streaming video is output, but the transcoding streaming may be output according to a predetermined screen layout setting. The multi-viewer device for viewing screen 150 causes an alarm to be generated or an image to be displayed on an 'observation screen' when the administrator selects a screen corresponding to a specific channel. In addition, when a channel corresponding to a predetermined observation screen output requirement (alarm generation, user selection, sequential observation, warning, unusual occurrence, etc.) occurs in the integrated system manager apparatus, a control signal for the channel is transmitted to the observation screen multi viewer 150 And the corresponding channel is displayed on the observation screen in a predetermined manner.

In the 'observation screen', a transcoded streaming image that has undergone transcoding resized to a preset size may be output, or an original streaming image may be output. For example, when an administrator selects (for example, double-clicks) a screen corresponding to an error channel in the multi viewer apparatus 140, an original streaming image corresponding to the error channel is output on the 'observation screen'. In addition, when an alarm message is generated, it is possible to automatically set the original streaming image to be output on the 'observation screen'.

The multi-viewer device 140 can display a screen of a channel in which an alarm is generated by adding a grid of a predetermined color, for example, a red color, and add a visible effect such as blinking, It is possible to display the original streaming video of the alarm generating channel, and to control the text information (alarm contents, error code, related log, alarm intelligent guide, etc.) of the alarm to appear. If an administrator selects a screen corresponding to a specific channel regardless of an alarm message, the original streaming image corresponding to the selected screen may be output to the 'observation screen'.

The 'observation screen' can output the original streaming image in a preset number (for example, four). If the number of original streaming images output on the 'observation screen' exceeds a predetermined number (for example, four), it may be output in the form of a list expressed by an attribute such as a channel name. That is, when an alarm message is generated for several hundreds of channels at the same time, the alarm message is output on the 'observation screen' in the form of a list to process all alarm messages. If the administrator selects a specific alarm channel or alarm message in the list, The original streaming image is displayed on the 'observation screen'. Figs. 8A to 8D are examples of such an observation screen format. That is, the observation screen can be constituted by four original image display areas and a plurality of alarm channel listing areas.

The role of the 'observation screen' is a screen for outputting the original streaming image or the transcoded image corresponding to the alarm message automatically or by control when an alarm message is generated. That is, when an alarm message is generated, the original streaming image or the transcoded streaming image of the channel corresponding to the alarm message may be automatically outputted on the 'observation screen' even if the administrator does not operate it separately. In addition, an original streaming image or a transcoded streaming image for the channel is outputted on the observation screen by the operation control through the user's selection (click, double-click, etc.) for the channel where the alarm occurs.

The integrated system manager device 130 receives an alarm message from the IP monitoring device 120. The integrated system manager device 130 extracts an error channel corresponding to the alarm message and controls the multi viewer device 140 corresponding to the error channel among the plurality of the multi viewer devices 140 to display a visible audible effect on the alarm do.

The integrated system manager device 130 may be configured to allow the viewer's screen corresponding to the error channel to be enlarged by a preset size or to display the screen frame of the viewer corresponding to the error channel with a predetermined color Or blinks the screen frame.

The integrated system manager device 130 groups transcoding streams by channel and gives labeling according to user input for each grouped group.

The integrated system manager device 130 moves the position of the transcoded streaming video image on a channel basis or moves the position of the transcoding streaming video image on a group basis in accordance with a user command (e.g., drag and drop) And controls the viewer apparatus 140.

The integrated system manager device 130 streams an alarm message to a previously registered external terminal in a push method or a full method.

The integrated system manager device 130 controls the output of a summary page including at least one of bit rate information, delay information, current log information, and alarm information when a specific channel among a plurality of channels is selected according to a user command.

The integrated system manager device 130 controls the intelligent error countermeasure guide to correspond to an error based on at least one of bit rate information, delay information, current log information, and alarm information.

The integrated system manager device 130 controls the observation screen multi-viewer device 150 so that the screen of the channel corresponding to the error channel is output in a predetermined manner to the observation screen of the multi-viewer device 150 for observation screen.

The integrated system manager device 130 may be provided with predetermined settings such as a freeze screen, a black screen, a silence, a sound level error, a video and audio bit rate, In the case of a channel in which an alarm message is generated according to an alarm generation criterion and a channel in which a user command (e.g., a double click) is generated, an original stream image or a transcoded streaming image of the channel is output on a predetermined observation screen, Thereby controlling the apparatus 150.

The integrated system manager device 130 controls the multiviewer 140 to simultaneously output the transcoding stream corresponding to the error channel on the screen of the viewer corresponding to the error channel and the observation screen.

The integrated system manager device 130 controls the multi-viewer device 140 to output the original streaming image or the transcoding stream corresponding to the error channel on the observation screen.

The integrated system manager apparatus 130 controls the observation screen multi viewer apparatus 150 such that a plurality of transcoding streams corresponding to the error channels are output on a plurality of screens on the observation screen.

The integrated system manager device 130 controls the observation screen multi viewer apparatus 150 such that a plurality of original streams corresponding to the error channels are output on a plurality of screens on the observation screen.

The integrated system manager device 130 controls the observation screen multi viewer device 150 such that one original streaming image corresponding to the error channel and a plurality of transcoding streams are output together on the observation screen.

The integrated system manager device 130 controls the viewing screen multi viewer apparatus 150 so that only the stream with the user's selection among the plurality of transcoding streams corresponding to the error channel outputted on the observation screen is outputted as the original streaming video .

The integrated system manager device 130 controls the multi-viewer device 150 for the observation screen so that only the stream with the user's choice among the plurality of original streams corresponding to the error channel outputted on the observation screen is output in the original resolution size.

5 is a view for explaining a method of displaying an observation screen according to an embodiment of the present invention.

As shown in FIG. 5 (a), when a plurality of multi-viewer devices 140 receive and output a plurality of channels to be allocated to the integrated system manager device 130, For example, if 80 channels are displayed on the UHD monitor, the resolution of each channel is 384x270, and a screen displaying each image is displayed. The integrated system manager device 130 sends an instruction to display the error information to the multi-viewer device 140 corresponding to the alarm message. In the multi-viewer apparatus, the visible and audible effects related to the alarms of the error channel corresponding to the alarm message among the screens constituting the entire screen, for example, a total of 80 screens, and the alarm information are displayed, The integrated system manager device transmits a control command to the corresponding multi-viewer device 140 to enlarge the corresponding screen or controls a control command for a specific control operation, for example, a double-click, And transmits the original streaming image of the error channel to the device 150 so that the original streaming image of the error channel can be displayed on the observation screen of (c). .

6 is a view for explaining a screen dividing method according to an embodiment of the present invention.

As shown in FIG. 6, when the FHD resolution is output to the multi-viewer screen, the multi-viewer device 140 outputs a total of 15 multi-screens of 3 × 5 pixels having 360 × 384 pixels. When the FHD resolution is output to the multi-viewer screen, the multi-viewer device 140 outputs a total of 24 multi-screens of 4 × 6 pixels having 270 × 320 pixels.

As shown in FIG. 6, when the UHD resolution is output to the multi-viewer screen, the multi-viewer device 140 basically outputs a total of 48 multi-screens of 6 × 8 screen having 360 × 480 pixels. The multi-viewer device 140 outputs a UHD resolution display by dividing a screen having 360 × 480 pixels into 3 × 8, that is, a total of 24 screens horizontally. The multi-viewer device 140 divides the UHD resolution display into two, that is, a screen having 360 × 480 pixels and a total of 24 screens of 6 × 4.

As shown in FIG. 6, when the multi-viewer device 140 outputs a multi-viewer screen having a UHD resolution, a total of 15 screens excluding a screen for labeling display out of a total of 16 And outputs the divided images to a total of 45 screens.

As shown in FIG. 6, when outputting to the display of the multi-viewer apparatus having the UHD resolution, the multi-viewer apparatus 140 outputs a screen having 270 × 384 pixels as a total of 80 × 8 × 10 do.

Alternatively, the number of allocated channels per multi-viewer device may be divided by the total resolution to form a full screen in a proper format and output. The computation of resolution per channel versus this total resolution is automatically or customized in the integrated system manager device.

7 is a flowchart illustrating an IP-based broadcast streaming monitoring method according to an embodiment of the present invention.

The IP monitoring apparatus 120 receives an original streaming image for a plurality of channels from the IP network switch 110 (S310). In step S310, the IP monitoring apparatus 120 receives the original streaming video for the broadcast stream transmitted from the streaming provider 101 via the IP network switch 110. [

The IP monitoring apparatus 120 resizes the original streaming image to a predetermined size and outputs the transcoding stream having been transcoded (S320). The plurality of multi-viewer devices 140 receive the transcoded streaming, and output the transcoded stream to any one of the plurality of screens according to the predetermined path (S330).

The IP monitoring apparatus 120 compares the original streaming image with a preset reference, and generates and outputs an alarm message that detects the error (S340).

The integrated system manager device 130 receives the alarm message, extracts an error channel corresponding to the alarm message, and controls the multi viewer device 140 to display an alarm by a viewer corresponding to the error channel (S350) . In step S350, the integrated system manager device 130 determines whether the screen of the viewer corresponding to the error channel of the plurality of multi-viewer devices 140 is enlarged by a preset size or the screen of the multi viewer device 140 corresponding to the error channel Controls the border to be displayed in a predetermined color, or controls the screen frame to blink. In step S350, the integrated system manager device 130 displays the original streaming image screen corresponding to the error channel among the plurality of multi-viewer devices 140 on the predetermined 'observation screen' .

Although it is described in Fig. 7 that steps S310 to S350 are sequentially executed, the present invention is not limited thereto. In other words, Fig. 3 is not limited to a time series order, since it would be applicable to changing or executing the steps described in Fig. 7 or executing one or more steps in parallel.

As described above, the IP-based broadcast streaming monitoring method according to an embodiment of the present invention described in FIG. 7 can be implemented by a program and recorded in a computer-readable recording medium. A program for implementing an IP-based broadcasting streaming monitoring method according to an embodiment of the present invention is recorded, and a computer-readable recording medium includes all kinds of recording devices for storing data that can be read by a computer system.

FIG. 8A is a diagram showing an example of the observation screen configuration, and FIG. 8B is a diagram showing a basic screen listing and an original or transcoded image display. FIG. 8C is a view showing a listing channel selection and operation control interface, and FIG. 8D is a view showing enlargement of a selected channel screen or reproduction of an original channel by a listing channel selection and an operation control. 8E is a view showing a selected channel full screen or original resolution enlargement and original reproduction by the listing channel selection and operation control.

9A to 9I are diagrams illustrating an example of a user interface of the integrated system manager device 130. FIG. FIG. 9A is a diagram showing an IP monitoring device registration screen, FIG. 9B is a view showing a multi-viewer device registration screen for an observation screen, and FIG. 9C is a diagram showing a multi-viewer device registration and related initial setting screen. FIG. 9D is a view showing a monitoring channel loading (multiple simultaneous loading through individual registration and data file input) screen, and FIG. 9E is a view showing individual and integrated multi-viewer device settings (channel position adjustment, grouping, labeling, etc.) . 9F is a view showing a setting screen such as a measurement item and an error detection reference, and FIG. 9G is a view showing an individual multi-viewer unit monitoring screen. FIG. 9H is a view showing an integrated multi-viewer monitoring screen, and FIG. 9I is a view showing a measurement item and an error detection reporting page screen.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the present invention as defined by the following claims. Various modifications and variations will be possible. Therefore, it is to be understood that the embodiments of the present invention are not intended to limit the scope of the technical idea of an embodiment of the present invention, and the scope of the technical idea of an embodiment of the present invention is not limited by these embodiments. The scope of protection of an embodiment of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents thereof should be construed as being included in the scope of the embodiment of the present invention.

109: streaming provider 108: converter
110: IP network switch 120: IP monitoring device
122: Network switch for streaming
130: Integrated system manager device
132: management network switch 140: multi-viewer device
150: Multi-viewer device for observation screen

Claims

An original streaming image for a plurality of channels is received from an IP network switch, an alarm message is generated by comparing the original streaming image with a predetermined reference to detect an error, and the transcoding is performed by transcoding the original streaming image by resizing the original streaming image to a preset size. An IP monitoring device for outputting coding streaming;
A plurality of multiviewers for receiving the transcoded streaming and outputting the transcoded streaming to one of a plurality of screens according to a predetermined path; And
The IP monitoring device and the multi viewer device are registered, the operation content is set, the operation standard is set, the operation status of each connected device is monitored, a user interface screen (GUI) is provided, And an integrated system manager device for receiving the alarm message, extracting an error channel corresponding to the alarm message, and controlling the channel viewer corresponding to the error channel to display an alarm,
When the IP monitoring apparatus outputs the transcoding stream in a unicast manner, the multi viewer apparatus receives and decodes the first transcoding stream transmitted to its own IP address,
Wherein the multi-viewer apparatus receives and decodes a second transcoding stream of a channel assigned to the multi-viewer apparatus when the IP monitoring apparatus outputs the transcoding stream in a multicast manner.

The method according to claim 1,
The integrated system manager device includes:
A screen of a viewer corresponding to the error channel may be enlarged by a preset size or a screen of a viewer corresponding to the error channel may be displayed in a predetermined color, Blink) according to the IP-based broadcast streaming monitoring system.

The method according to claim 1,
The integrated system manager device includes:
And registers and controls an observation screen multi-viewer device for separately displaying only the screen corresponding to the error channel,
Wherein the viewing screen viewer is connected to both the broadcasting service network and the integrated system manager device to receive both the original streaming video and the transcoding streaming.

The method according to claim 1,
The integrated system manager device includes:
A screen corresponding to the error channel is displayed on a channel viewer corresponding to the error channel among a plurality of the multi viewer apparatuses and a predetermined viewing screen viewer apparatus also displays an error message corresponding to the error channel And the multi-viewer apparatus and the multi-viewer apparatus for an observation screen are controlled such that the multi-viewer apparatus and the multi-viewer apparatus for the observation screen are automatically or automatically controlled by user selection.

The method according to claim 1,
The integrated system manager device includes:
In addition to the alarm message, when a user command for a specific channel occurs, the channel viewer of the multi-viewer apparatus or the multi-viewer apparatus for the observation screen displays the corresponding screen and related visual auditory effect on the observation screen, And a multi-viewer device for an observation screen.

The method according to claim 4 or 5,
The integrated system manager device includes:
And controls the multiviewer device and the viewing screen multi-viewer device so that the transcoding stream corresponding to the error channel is simultaneously output to the viewer screen and the viewing screen area corresponding to the error channel. system.

The method of claim 3,
The integrated system manager device includes:
And controls the viewing screen viewer apparatus so that the original streaming image or the transcoding stream corresponding to the error channel is output to the observation screen.

8. The method of claim 7,
The integrated system manager device includes:
And controls the viewing screen viewer apparatus so that a plurality of original streams corresponding to the error channel are displayed on a plurality of screens on the observation screen.

8. The method of claim 7,
The integrated system manager device includes:
Wherein the control unit controls the viewing screen viewer apparatus so that a plurality of transcoding streams corresponding to the error channel are displayed on a plurality of screens on the observation screen.

8. The method of claim 7,
The integrated system manager device includes:
Wherein the viewing screen multi-viewer apparatus is controlled such that one original streaming image corresponding to the error channel and a plurality of transcoding streams are output together on the observation screen.

8. The method of claim 7,
The integrated system manager device includes:
Wherein the control unit controls the viewing screen viewer apparatus so that only the stream selected by the user among the plurality of transcoding streams corresponding to the error channel outputted on the observation screen is output as the original streaming image. Monitoring system.

8. The method of claim 7,
The integrated system manager device includes:
The control unit controls the viewing screen multi-viewer apparatus so that the original streaming image is output only in the original resolution size for streaming with user selection among a plurality of original streams corresponding to the error channel and a plurality of transcoding streams output on the observation screen Based broadcast streaming monitoring system.

delete

The method according to claim 1,
The integrated system manager device includes:
Grouping the transcoding stream by channel, labeling according to user input for each of the grouped groups,
And controls the multiviewer apparatus to move the display position on the screen of the multiview device in units of the group including the plurality of channels according to the inputted user command without changing the physical connection on the IP basis Based broadcasting streaming monitoring system.

The method according to claim 1,
The integrated system manager device includes:
The method according to claim 1, wherein the multi-viewer apparatus integrally performs monitor size management, monitor number management, channel number management, resolution management for each channel, detection command for the alarm message, Streaming monitoring system.

The method according to claim 1,
The integrated system manager device includes:
And transmits the alarm message to the external terminal, which has been registered in advance, in a push method or a full method.

The method according to claim 1,
The integrated system manager device includes:
When a specific channel among the plurality of channels is selected according to a user command, a summary page including at least one of measurement value detection information including bit rate information, delay information, current log information, and alarm information is output IP based broadcast streaming monitoring system.

The method according to claim 1,
The integrated system manager device includes:
Based on at least one or more pieces of information including at least one of measurement information, bit rate information, measurement value detection information including delay information, current log information, and alarm information, is displayed so that an intelligent error countermeasure guide corresponding to an error is displayed. Monitoring system.

The method according to claim 1,
The multi-
Wherein the transcoding stream corresponding to the error channel is recorded and stored from a predetermined time before the occurrence of the error to a predetermined next time after the occurrence of the error based on the time of occurrence of the error, system.

The method according to claim 1,
The IP monitoring apparatus includes:
Wherein the transcoding stream corresponding to the error channel is recorded and stored from a predetermined time before the occurrence of the error to a predetermined next time after the occurrence of the error based on the time of occurrence of the error, system.

The method according to claim 1,
The IP monitoring apparatus includes:
Based on the error occurrence time, the original stream corresponding to the error channel is recorded from the previous time set before the occurrence of the error until the next predetermined time after the occurrence of the error, .

Receiving an original streaming image for a plurality of channels from an IP network switch in an IP monitoring apparatus;
Outputting a transcoding stream by performing transcoding in which the original streaming image is resized to a predetermined size in the IP monitoring apparatus;
Receiving the transcoding streaming from a plurality of multi viewer apparatuses and outputting the transcoding stream to one of a plurality of screens according to a predetermined path;
Comparing the original streaming image with a predetermined reference in the IP monitoring apparatus to generate and output an alarm message in which an error is detected; And
Extracting an error channel corresponding to the alarm message from the integrated system manager apparatus and controlling the viewer to display an alarm by the viewer corresponding to the error channel among the multi viewer apparatuses; A step of controlling to display an image,
And providing a user interface for controlling operations after registering each device in the integrated system manager device,
When the IP monitoring apparatus outputs the transcoding stream in a unicast manner, the multi viewer apparatus receives and decodes the first transcoding stream transmitted to its own IP address,
Wherein when the IP monitoring apparatus outputs the transcoding stream in a multicast manner, the multi-viewer apparatus receives and decodes the second transcoding stream of the channel allocated to the multi-viewer apparatus. Streaming monitoring method.

23. The method of claim 22,
Wherein the user interface comprises:
A screen or page for registering each device connected in a series of sequential order, a screen or page for individually setting or simultaneously loading input / output and channel attribute values for a plurality of channels to be monitored, a screen or page for setting setting values of each device, An interface screen or a page related to setting and execution control of a screen or a page for setting the reference of measurement and error detection items, and an individual multi-viewer monitoring screen or page of a registered multi-viewer device unit at the time of monitoring, And providing an interface screen or page related to monitoring that provides an integrated multi-viewer monitoring screen or page for simultaneously displaying the devices.

24. The method of claim 23,
Wherein the user interface comprises:
If you want to change the channel position between the multi-viewer or multi-viewer in the screen for setting the individual channel viewer of the multi-viewer device, the monitoring screen for the individual multi-viewer, and the integrated multi-viewer monitoring screen, the user can use the drag- Selecting a particular channel or a specific group or a specific region, and dragging the selected region to a desired location and then dropping the location to change the location.