KR101603531B1 - SYSTEM FOR PROVIDING CLOUD COMPUTING SaaS BASED VIDEO SERVICES AND THE METHOD THEREOF - Google Patents

Abstract

The present invention relates to a cloud computing-based SaaS-based video service system and a method thereof, and more particularly, to a platform for providing an Internet video service based on cloud computing in SaaS form, It is possible to provide a high-quality Internet video service without purchasing the hardware and having the necessary expertise to install, operate and maintain the same, thereby reducing the cost.

Description

TECHNICAL FIELD [0001] The present invention relates to a video service system in a form of a SaaS based on cloud computing,

The present invention relates to a video service system in the form of a software as a service (SaaS) based on cloud computing, and more particularly, to a platform for providing Internet video service based on cloud computing in SaaS form, (Individual) can receive a high-quality Internet video service without having a professional manpower required for maintenance.

Cloud-based services provide users with Internet-based resources, software, and information infrastructure in the form of services. SaaS is a service that distributes only the functions of various software that are needed by users. This is the type of distribution of cloud-based software. A typical function is that a user uses the function of the software operating on the server or the platform on an online basis through the network.

In other words, cloud computing is a computing method in which users borrow IT resources (software, storage, server, network, etc.) as much as necessary, receive real-time scalability according to service load, and pay as much as they use. Such a cloud computing-based service distributes and virtualizes a large amount of computer resources to each user (or user). When a user needs a desired resource without installing a program directly on his or her computer, The service can be received through the Internet.

Among the cloud computing services, SaaS is also called "on-demand software", and software and related data are centrally hosted, and the user is a software delivery model that connects through a client such as a web browser. In other words, SaaS differs from traditional package and server-client software in that software users pay for and distribute software only. Therefore, there is an advantage that the cost of establishing the software within the company separately, and the cost of maintenance and management are not required, and thus, the price competitiveness is excellent.

With the advent of the smart age and the spread of the Internet media, the content usage behavior is changing. As the network environment develops, users of broadcast and video service through the Internet connection are becoming more common and increasing. The Internet-based video service is far superior to other media such as images and texts that can deliver information within the same time frame. In addition, by providing both visual and auditory effects, it is possible to provide more extensive information than the text or image can provide, as well as attracting the attention of service users. Therefore, many SMEs and mall operators want to communicate with their customers through differentiated video strategies and technologies.

However, in order to provide smooth video service through the network, a lot of IT resources are needed. In other words, a service provider who wants to provide an Internet-based video service not only has to purchase and manage hardware resources such as servers, networks, and storage, but also various software resources such as video uploading and encoding, content management, distribution and analysis It must also be developed and maintained. Therefore, it is difficult for a service provider who intends to provide an Internet-based video service to construct an IT environment related to a video service by himself.

In addition, Internet video services currently being serviced are not in the form of SaaS, but in the form of package software or a server-client method.

As a prior art document developed to solve such a problem, Patent Application No. 1095951 (Dec. 23, 2011) relates to a cloud-based service-based video surveillance system using video information stored in a digital video recorder, (Digital Video Recorder), which stores images captured by a network, and stores the image information on a cloud server. In addition, a user can use a user terminal (smart phone, tablet PC, notebook, desktop PC, etc.) A video surveillance as a service (VSaaS) system based on cloud computing that can retrieve, search and monitor video information through a network using the video surveillance system has been proposed.

As another prior art document, Korean Unexamined Patent Publication No. 2000-0009981 (Feb. 02, 2012), an application running screen in which an application is run in a content server such as a cloud server is received by a set-top box connected to a media output apparatus such as IPTV A set-top box screen virtualization method and system capable of processing through a screen virtualization technology such as RDP or VNC and outputting it to a media output device.

As another prior art document, Korean Patent Registration No. 1334891 (Nov. 25, 2013) is a system for providing financial risk management service in SaaS environment. It is converted into standard financial data through web server and analyzed to obtain the best analysis results. And presents the system to the tenants.

This prior art document suggests providing video data using SaaS in cloud computing or effectively managing set-top box screen virtualization and financial data. In part, the present invention is similar to the technical field, but specifically, Based internet video service in the form of SaaS, and does not provide a platform for providing medium-sized enterprises and consumers (individuals) with high-quality Internet video services without having the professional staff required for maintenance. There is no such thing.

On the other hand, since the provider of the Internet video service based on the cloud computing provided by the present invention provides the IT resources related to the Internet video service, the service provider who intends to newly construct the Internet video service, The Internet video service is created and set according to the situation of the user, and the service is provided to the user. Since the usage fee is also charged in proportion to the period of use, it is relatively inexpensive as compared with the case of directly constructing the Internet video service using the server-client method.

For example, SMEs who want to use Internet video services must purchase software and hardware equipment for expensive Internet video services and have to cope with the high costs of operating them. However, small and medium-sized businesses that use cloud computing-based Internet video services as a SaaS can utilize Internet video services immediately after membership in a site operated by a provider that provides Internet video services based on cloud computing. In addition, since the Internet video service can be changed according to the situation of the company, the Internet video service optimized for the company can be provided.

However, the above prior art documents and internet video services currently being serviced have a problem in that they are in the form of packaged software rather than SaaS, or that they have to pay a lot of money for installation and operation in a server-client manner.

In order to solve the above-described problems, the present invention has been developed and distributed by a developer in the form of SaaS based on cloud computing, and the distributed service provides only basic functions for an Internet video service , And then the Internet video service is provided by the administrator so that it can be customized for each company.

More particularly, the present invention relates to an Internet video service provider based on cloud computing, which provides IT resources related to an Internet video service. Therefore, a provider who intends to newly establish an Internet video service can access a configuration tool provided in a SaaS form through an Internet web browser And to provide an inexpensive video service in which billing is applied in proportion to a period of time used for a user by creating and setting an internet video service in accordance with their situation.

In addition, the present invention enables a medium-sized company using an Internet video service based on cloud computing to utilize an Internet video service immediately after membership in a site operated by a provider providing an Internet video service based on cloud computing, The present invention aims to provide an Internet video service optimized for a company.

In addition, the present invention provides Internet video service, which is provided by conventional package software or server-client method, in the form of SaaS based on cloud computing, so that small and medium enterprises and consumers (individuals) The purpose of this is to enable Internet video services to be provided.

A video service system providing a SaaS-type Internet video service platform based on a cloud computing according to an embodiment of the present invention includes: a configurator for setting an Internet video service per tenant; A runtime engine for supporting the execution of the Internet video service by reflecting contents set differently according to tenants; A SaaS component module including a meta data manager for managing meta data related to a tenant Internet video service; And a video management component module for providing a video service through an open API. When a web browser supporting the execution of a SaaS-type internet video application of each tenant requests the execution of a video service through the video management component module, SaaS component module executes the video application to provide a video service.

Further, a moving picture service system providing a cloud computing-based SaaS-type Internet video service platform according to an embodiment of the present invention may further include a real-time communication unit for providing information including media, a teleconference or a combination thereof, The real-time communication unit supports the P2P method, and forms a communication channel for real-time communication between users through the cloud computing-based SaaS-type Internet video service platform.

In a video service system providing a SaaS-type Internet video service platform based on a cloud computing according to an embodiment of the present invention, data exchanged through the communication channel is based on HTML5 supported by the web browser .

In a video service system providing a SaaS-type Internet video service platform based on cloud computing according to an embodiment of the present invention, the SaaS component module may include setting information for providing a video service including UI, logic, And reconstructs metadata related to the corresponding Internet video service for each tenant to dynamically generate and manage Internet video services for each tenant.

In a video service system providing a SaaS-type Internet video service platform based on a cloud computing according to an embodiment of the present invention, the cloud computing-based SaaS-type Internet video service platform includes an Internet video service And executing the program.

In a video service system providing a SaaS-type Internet video service platform based on cloud computing according to an embodiment of the present invention, the runtime engine includes a code generator for generating a code based on information set by the configurator; A code load / execution unit for loading and executing the generated code; And a context manager for enabling a plurality of tenants to be supported in one instance.

According to another embodiment of the present invention, there is provided a method for providing a video service through a SaaS-type internet video service platform based on cloud computing, wherein a service developed and distributed by a developer provided only basic functions for an Internet video service, Customized according to the request of the user; The administrator modifying and storing the Internet video service through the setting tool and transmitting the configuration information of the customized service to the Internet video platform based on cloud computing through the Internet; The platform receiving the configuration information calls the configurator of the SaaS component, the configuration information is converted into the metadata by the configurator, the metadata is analyzed by the metadata manager to separate the components, Converting elements into object types that can be stored in a repository; And storing the converted objects in a meta data store according to a platform common service framework. The configuration information set by the administrator includes UI, business logic, data schema information, or a combination thereof And a video service configuration procedure.

According to another embodiment of the present invention, there is provided a method of providing a video service through a cloud computing-based SaaS-type Internet video service platform, the method comprising: transmitting a request for a user's Internet video service to a cloud computing-based SaaS-type Internet video platform; Obtaining the tenant information of the user requesting the Internet video service from the session information and confirming it; Querying a meta data store for fetching meta information about the UI and logic based on the tenant information to construct an Internet video service for the tenant; Generating UI and logic source codes using meta information about the UI and logic of the Internet video service corresponding to the tenant fetched as a result of the query; The generated source code is compiled by a compiler, and the result of the compilation is loaded into a memory using a class loader; And outputting the generated source code of the UI to a screen using a template file.

According to still another aspect of the present invention, there is provided a method of providing a moving image service through a SaaS-type Internet video service platform based on cloud computing, the method comprising: providing information including media, a teleconference, The information is provided by a P2P method by forming a communication channel for real-time communication through a SaaS-type Internet video service platform based on cloud computing.

According to another embodiment of the present invention, there is provided a method for providing a video service through a SaaS-type Internet video service platform based on cloud computing, wherein the providing of information is based on HTML5 supported by a user's web browser.

According to another embodiment of the present invention, there is provided a method for providing a video service through a SaaS-type internet video service platform based on cloud computing, wherein the cloud computing-based SaaS-type Internet video service platform includes: And executing the program.

The present invention relates to a cloud service-based SaaS-based video service system and a method thereof, wherein an Internet video service is developed and distributed by a developer in the form of SaaS based on cloud computing, and the distributed service includes basic functions So that the Internet video service can be customized for each company by the administrator so that the SME and the consumer can use the Internet video service or the optimized service can be provided according to the situation , The billing rate is applied in proportion to the period of use, so that the billing rate is relatively low as compared with the conventional software package method, and the purchase and operation and maintenance of expensive Internet video service software and hardware are performed It has the effect of reducing the cost required.

FIG. 1 is an exemplary view for explaining differences between Internet video services according to the conventional method and services based on a cloud computing-based SaaS-type Internet video service platform according to an embodiment of the present invention,
FIG. 2 is a block diagram illustrating a system for providing a cloud computing-based SaaS-type Internet video service according to an embodiment of the present invention.
FIG. 3 is a flowchart illustrating a cloud computing-based SaaS-type Internet video service conforming procedure according to an embodiment of the present invention,
FIG. 4 is a flowchart illustrating a procedure in which a user using a SaaS-type Internet video service based on cloud computing according to an exemplary embodiment of the present invention executes a service when an Internet video service is requested.
FIG. 5 is a view illustrating a UI for a setting tool of a SaaS-type Internet video service based on cloud computing according to an embodiment of the present invention,
6 is a conceptual diagram illustrating a method in which a cloud computing-based SaaS-type Internet video service according to an embodiment of the present invention is executed in cooperation with an Open API,
7 is a diagram illustrating an example of a method for providing media real-time communication in a P2P scheme in a cloud computing-based SaaS-type Internet video service platform according to an embodiment of the present invention.

Hereinafter, an embodiment of a cloud service-based SaaS-based video service system and method according to the present invention will be described with reference to the accompanying drawings.

FIG. 1 is an exemplary diagram for explaining differences between Internet video services according to conventional methods and services based on a cloud computing-based SaaS-type Internet video service platform according to an embodiment of the present invention.

As shown in FIG. 1, conceptual explanations will be made on differences between existing Internet video services provided by the package software and the server-client method and a SaaS-type Internet video service based on the cloud computing.

First, the existing method requires purchasing a server providing Internet video service for each tenant and installing and operating the server individually, so the consumer must pay a large amount of money for management and maintenance. However, according to the present invention, a service providing apparatus and a service providing method using a SaaS-based video platform for a small and medium-sized business do not install and operate an Internet video service for each tenant, To rent a video service.

In other words, the provider of cloud computing-based SaaS-type Internet video service has IT professional manpower and utilizes the cloud computing-based SaaS platform to provide Internet video service, There is an advantage of less cost. Therefore, consumers who use the SaaS Internet video service based on cloud computing compared to the existing method pay only a relatively low management and maintenance cost.

Accordingly, the SME according to the present invention can be applied to each tenant. In order to receive the desired video service, each SME needs to individually purchase and install the server, so that the capacity of the server can be determined, Installation and operation requires personnel and equipment with considerable expertise. Spending on these costs can be a huge risk or burden, especially for SMEs. Therefore, according to the present invention, each company can leverage the necessary computing power to the cloud server whenever needed, thereby providing services on the optimum investment at all times.

2 is a block diagram illustrating a system for providing a cloud computing-based SaaS-type Internet video service according to an exemplary embodiment of the present invention.

2, the cloud computing-based SaaS-type Internet video service system 100 of the present invention includes a cloud computing-based SaaS-type Internet video platform 110, a SaaS-type Internet video service terminal 120 for each tenant, A management UI (User Interface) 130, and a database 140.

First, the cloud computing-based SaaS-type Internet video platform 110 includes a SaaS component 210, an online video management component 220, and a platform management component 230. Here, the cloud computing-based SaaS-type Internet video platform 110 serves as a window for providing a SaaS-type Internet video service for each tenant. The role of each component to provide SaaS type Internet video service is as follows.

First, the SaaS component 210 helps the internet video service implemented as one instance to behave differently according to tenants. SaaS component 210 includes a configurator 211 for configuring Internet video services for each tenant, a runtime engine (hereinafter, referred to as " A metadata manager 213 for managing various types of data, and a meta data manager 213 for managing various types of data.

In other words, in providing a video service on the Internet, the SaaS component manages the setting of the video service, manages the video service related metadata, and reflects contents of the service differently set for each tenant while the service is being provided, Is executed.

The online video management component 220 handles processing related to Internet video based on cloud computing among requests related to the SaaS-type Internet video service. This includes transcoding, storing and organizing video content, delivering video via a built-in player on websites and other devices, syndicating and distributing videos on third party sites and social networks, facilitating the delivery of targeted advertising related to video content, Video viewing activities, easy reporting analysis of activities, and functional displays through Open APIs, which enable developers to integrate with other systems and extend functionality.

In other words, through the OPEN API, functions such as content management, real-time communication (RTC), encoding and fingerprinting, software monetization and advertisement policy, distribution and delivery, analysis and reporting are performed. Software monetization here applies in a variety of ways, ranging from sophisticated piracy and IP protection technologies to creative pricing and packaging strategies, in the sense that software companies apply a variety of methods that can be taken to increase the profitability of intellectual property rights. In other words, regardless of the type of the Internet video providing software developed or the application of the Internet video providing software developed in the present invention or the way in which the application is distributed to the end user, a comprehensive software revenue generating strategy It is determined by the key elements: packaging, control, management and tracking.

SaaS type Internet video service is a service operating on a SaaS type Internet video service platform 110 based on cloud computing and can be various types of applications using Internet video. For example, a SaaS Internet video service may be an Internet shopping mall that intends to introduce products using Internet video, or an Internet live live broadcasting service that can create and broadcast live video contents based on the Internet. have. In addition, SaaS-type Internet video service can be customized for each tenant because it provides SaaS service differently from existing Internet video services. Since SaaS internet video service is entrusted to provider providing SaaS internet video service for management and maintenance, The installation and operation cost is lower than that of the conventional method.

The platform management component 230 provides a method for managing the cloud computing based SaaS Internet video platform 110 and the platform management component 230 is responsible for the metering of the cloud computing based SaaS Internet video platform 110, Billing, system (performance) monitoring, error history management, service management, tenant management, system management, and user / account management.

The tenants who use existing Internet video services have difficulties in installing and operating the software directly, which increases the cost of administration and maintenance. To solve this problem, the cloud computing-based SaaS-type Internet video service system 100 enables to support several tenants in one instance. By doing so, each tenant can easily repair the Internet video service even while it is running, thus reducing maintenance costs. In addition, by providing Internet video services based on cloud computing, resources (hardware, professional manpower, etc.) necessary for operating Internet video services can be managed and managed by specialized companies, thereby reducing operating costs.

In addition, the platform common service framework defines a framework to be commonly used in the Internet video platform based on cloud computing. That is, the functions common to the various functions for service in the platform can be bundled and services can be commonly provided. For example, the configurator 211 converts the setting information into a meta data format that can be interpreted by the meta data manager 213, and the meta data manager 213 analyzes the meta data to separate the components, Into an object type that can be stored in a repository, and the converted objects are stored in a metadata repository using a platform common service framework.

 The converted objects are stored in the metadata repository using the platform common service framework (S160).

The platform management UI 130 refers to a UI through which a platform user can manage a platform with a specific protocol (e.g., HTTP) by accessing the cloud computing-based SaaS-type Internet video platform 110. That is, the platform administrator controls platform management functions such as performance monitoring, measurement and billing, error history management, service management, user and tenant management of the cloud computing-based SaaS type Internet video platform through the SaaS platform management UI 130 . The cloud computing-based SaaS-type Internet video platform 110 solves the problems of the existing Internet video providing service that the management and maintenance costs increase due to the difficulty of installing and operating the software directly by providing such functions, The computing-based SaaS-type Internet video service system 100 can support a plurality of tenants in one instance, so that each tenant can easily repair even during operation of the Internet video service, thereby reducing the maintenance cost. In addition, by providing internet video service based on cloud computing, operating costs can be reduced by managing resources (hardware, professional manpower) necessary for video service operation to professional companies.

In other words, the platform management UI provides a UI to an administrator terminal in a cloud computing-based SaaS-type Internet video platform, and provides not only a UI having a fixed format but also various customized UIs designated by the administrator can do. For example, if a frame of the UI is designated, and an event and an object or item to be controlled are specified for the fields included in each frame, the configuration of the UI can be automatically changed and used.

In addition, each tenant has multiple users, who can connect to the SaaS video application service by default. Here, video applications include an Internet video shopping mall service and an Internet live broadcasting service. However, various other services may exist, and it is obvious that other than the applications listed above due to the above listed items are not intentionally excluded from the claims of the present invention.

The database 140 can store and manage the profile DB, metadata, application data, log data, content data, analysis data, etc. in individual databases or manage them in one database by integrating them.

FIG. 3 is a flowchart illustrating a cloud computing-based SaaS-type Internet video service conforming procedure according to an embodiment of the present invention.

As shown in FIG. 3, a process of processing a request for an administrator of a tenant who uses an Internet video service to modify and store an Internet video service according to his / her own company is performed by the platform.

The cloud computing-based SaaS-type Internet video service system 100 is developed and distributed by a developer. At this time, the distributed service provides only basic functions for the Internet video service. After that, the Internet video service can be customized by the administrator for each company (S110).

The process of customizing Internet video services is done through a web-based configuration tool. When the administrator modifies and stores the Internet video service through the setting tool, the setting information is transmitted to the Internet video platform based on the cloud computing through the Internet (S120). At this time, the setting information set by the administrator may include UI, business logic, data schema information, and the like. The platform receiving the configuration information calls the configurator 211 of the SaaS component 210 for the related process (S130). Among the SaaS components, the configuration information is converted into metadata by the configurator (S130).

Next, the meta data manager 213 analyzes the meta data to separate the components and converts each component into an object type that can be stored in the storage (S140).

The converted objects are transmitted to the module responsible for persistent service of the platform common service framework (for example, a module responsible for storing in a persistent store such as a database) (S150). The platform common service framework stores the received objects in the metadata repository (S160).

Hereinafter, the process of customizing the internet video service providing environment to be provided to the user through the setting tool has been described. Hereinafter, an execution procedure for providing the video service in the set environment will be described.

4 is a flowchart illustrating a procedure in which a user using a SaaS-type Internet video service based on cloud computing according to an exemplary embodiment of the present invention executes a service when an Internet video service is requested.

As shown in FIG. 4, when a user who desires to use the Internet video service requests the Internet video service, the request is transmitted to the cloud computing-based SaaS-type Internet video platform 110 (S210). Next, the cloud computing-based SaaS-type Internet video platform 110 confirms the tenant information of the user requesting the Internet video service (S220). Tenant information can usually be taken from session information. After confirming the information of the tenant belonging to the user who requested the Internet video service, in order to configure the Internet video service suitable for the tenant, the meta data store is inquired to fetch the meta information about the UI and logic based on the tenant information (S230) . In operation S240, UI and logic source codes are generated using UI and logic meta information of the Internet video service corresponding to the acquired tenant as a query result. The source code of the generated logic is compiled using a compiler, and the result of the compilation is loaded into the memory using the class loader (S250). The generated source code of the UI is output to the screen using the template file (S260). Finally, the UI and the logic result are merged to execute the Internet video service and the service execution result is returned to the user (S270). Through the above process, a service is executed when a user requests an Internet video service.

When a user requests a service, the administrator sets up a service to be provided through the service configuration and executes a service requested by the user according to the set procedure. Hereinafter, the UI configuration of the setting tool necessary for setting the service will be described.

5 is a diagram illustrating a UI for a setting tool of a SaaS-type Internet video service based on a cloud computing according to an embodiment of the present invention. Tenant administrators can use the configuration tool to configure the Internet video service for the enterprise.

As shown in FIG. 5, the cloud computing-based SaaS-type Internet video service setting UI displayed on the PC, mobile, or other terminal is divided into a menu UI, an application management UI, an edit UI, and a component UI function.

First, the menu UI 510 is a UI showing menus related to the setting tool. When any one of the system menu bar 512 and the system tool bar 514 is selected, a related function is executed. The system menu bar may include menu items such as FILE, COMPONENT, EDITOR, VIEW, OPTION and HELP. The system toolbar can also be configured with a toolbar for frequently used system menus.

The application management window 520 displays a list of applications and application-related pages related to Internet video services that can be managed by the tenant manager, and is a UI screen that allows an application and a page to be set to be selected.

In addition, the editing window 530 is a screen that helps an administrator easily edit a selected application and a page. The administrator can not only modify the components of the application provided in advance using the editing UI, It can be edited with & drop method, UI can be added and modified.

The component management window 540 includes a component window 541, a component hierarchy management window 544, and a component attribute management window 546. The component management window 540 includes a function for adding and modifying a new component to an application and a page , And the component management function provides functions to manage UI components, Internet video service API components, Open API components, user defined logic components, and data schema components. The Internet video service related setting information set by the administrator using the setting tool UI is set using the above-described UI and stored in the storage through the above-described procedure and used (executed) by the user.

When the user requests a service, the configuration tool UI has been described in the case where the administrator sets the service to be provided through the service configuration. Hereinafter, the process of executing the open API of the SaaS-type Internet video service will be described.

FIG. 6 is a conceptual diagram illustrating a method in which a cloud computing-based SaaS-type Internet video service according to an embodiment of the present invention is executed in conjunction with an Open API.

As shown in FIG. 6, the SaaS-type Internet video service can not only use Open APIs related to various kinds of moving pictures provided by the platform, but also can be executed in conjunction with the 3rd Party Open API. As described above, the SaaS type Internet video service is generated and loaded by the runtime execution engine of the SaaS component 210 based on the information set by the administrator. At this time, the skeleton codes related to the Open API are dynamically generated based on the metadata and added to the video service. The added skeleton code transmits a cloud computing-based SaaS-type Internet video service platform 110 or a 3rd Party Open API request based on HTTP when the video service is executed, and the platform receiving the request and the 3rd party receive the result To the video service.

The cloud computing-based SaaS-type Internet video service system 100 may need to provide a real-time communication function such as an Internet broadcast or a teleconference as well as a video content management function. Therefore, the cloud computing-based SaaS-type Internet video service platform 110 utilizes HTML5-based real-time communication technology to provide such a media real time communication function. The real-time communication technology of the SaaS-type Internet video service platform based on the cloud computing can control the SaaS-type Internet video service system 100 based on the cloud computing through the Open API provided by the video management component.

As shown in the figure, the SaaS component module 210 includes a run-time engine for supporting the execution of the Internet video service by reflecting contents set differently according to tenants, and a meta data manager . ≪ / RTI > The runtime engine includes a code generation unit for generating a code based on the information set by the configurator, a code load / execution unit for loading and executing the generated code, and a plurality of tenants supporting one instance And a context management unit for enabling the context management unit. That is, the SaaS component module 210 configures the setting information for providing the video service including the UI, the logic, and the data schema as metadata, reconstructs the metadata related to the Internet video service for each tenant, Dynamically create and manage functions.

In addition, the video management component module 220 provides a video service through an open API. In order to provide a video service in an open API service layer, an XML-RPC (eXtensible Markup Language-Remote Procedure Call) State Transfer), and SOAP (Simple Object Access Protocol). Here, XML-RPC is a protocol for exchanging XML-based messages through HTTP, and it provides a simple way to store data types in XML, so that it can be called from a remote location. REST is also one of the web-based communication technologies using HTTP, and it is an interface for transmitting domain-oriented data in a simple form without any additional transport layer such as SOAP or session tracking through cookies over HTTP. It is a communication method that is supported by open API much for light and simple reason. SOAP is a modern protocol for exchanging messages among software. It is an extensible distributed protocol that can be delivered using various communication protocols such as HTTP and SMTP, and is an extension of XML-RPC.

Accordingly, the cloud computing-based SaaS-type Internet video service platform according to the present invention may request the execution of the video service through the video management component module from the web browser supporting the execution of the SaaS-type Internet video application of each tenant, And executes the moving picture application to provide a moving image service.

In addition, the cloud computing-based SaaS-type Internet video service platform according to the present invention supports the construction and execution of an Internet video service using a 3rd party open API.

7 is a diagram illustrating an example of a method for providing media real-time communication in a peer-to-peer (P2P) manner in a cloud computing-based SaaS-type Internet video service platform according to an embodiment of the present invention.

Basically, the cloud computing-based SaaS-type Internet video service platform 110 only creates a communication channel for real-time communication between users, and the actual data is transmitted and received between users based on HTML5 technology supported by a web browser (Web browser) .

That is, the cloud computing-based SaaS-type Internet video service platform according to the present invention includes a real-time communication unit for providing information including media, a teleconference, or a combination thereof, and the real-time communication unit supports the P2P method, Type Internet video service platform, and the data exchanged through the communication channel is based on HTML5 supported by the web browser.

As described above, the cloud computing-based SaaS-type Internet video service platform according to the present invention can provide an Internet video service to a plurality of tenants in one instance, and thus can be customized individually for tenants having a plurality of different characteristics Services can be provided at low cost. In particular, SMEs and individuals who want to receive Internet video services can pay for low-cost rentals and receive high-quality Internet video services, so there is no need to have IT professionals required for maintenance. There is a saving effect.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims and their equivalents.

100: SaaS-based internet video service system based on cloud computing
110: SaaS-based internet video platform based on cloud computing
120: SaaS type Internet video service terminal 130: Platform management tool UI
140: Database 210: SaaS component module
211: Configurator 212: Runtime engine
213: metadata manager 220: video management component module
230: Platform Management Component Module 510: Menu UI
512: System Menu Bar 514: System Toolbar
520: Application Management Window 530: Edit Window
540: Component Management Window 541: Component Window
544: Component hierarchy management window
546: Component Property Management Window

Claims (11)

A configurator for setting an Internet video service for each tenant, a runtime engine for supporting the execution of the internet video service by reflecting the content set for each tenant, and a meta-data management module A SaaS component module including a data manager; And
And a video management component module for providing a video service through an open API,
The run-
A code generating unit for generating a code based on information set by a configurator for setting a tenant Internet video service;
A code load / execution unit for loading and executing the generated code; And
And a context manager for enabling a plurality of tenants to be supported in one instance,
When a request for execution of a moving picture service is made through the moving picture management component module from a web browser supporting the execution of a SaaS-type Internet moving picture application of each tenant, the SaaS component module executes the moving picture application to provide a moving picture service A video service system that provides a SaaS-based Internet video service platform based on cloud computing. A configurator for setting an internet video service for each tenant, a runtime engine for supporting the execution of the internet video service by reflecting contents set differently according to tenants, and a meta-data management module A SaaS component module including a data manager;
A video management component module for providing a video service through an open API; And
A real-time communication unit for providing information including media, a teleconference, or a combination thereof,
The real-time communication unit supports the P2P method and forms a communication channel for real-time communication between users through a cloud computing-based SaaS-type Internet video service platform,
When a request for execution of a moving picture service is made through the moving picture management component module from a web browser supporting the execution of a SaaS-type Internet moving picture application of each tenant, the SaaS component module executes the moving picture application to provide a moving picture service A video service system that provides a SaaS-based Internet video service platform based on cloud computing. The method of claim 2,
Wherein the data exchanged through the communication channel is based on HTML5 supported by the web browser.
The method of claim 2,
SaaS component module comprises:
Configuration information for providing video service including UI, logic, and data schema is composed of metadata,
And the Internet video service is dynamically generated and managed for each tenant by reconstructing meta data related to the corresponding Internet video service for each tenant, thereby providing a SaaS type Internet video service platform based on the cloud computing. The method of claim 2,
The SaaS-type Internet video service platform based on cloud computing further comprises configuring and executing an Internet video service using a 3rd party open API, . delete An Internet video service developed and distributed by a developer is customized according to a request of each tenant;
The administrator modifying and storing the Internet video service through the setting tool and transmitting the configuration information of the customized service to the Internet video platform based on cloud computing through the Internet;
The platform receiving the configuration information calls the configurator of the SaaS component, the configuration information is converted into the metadata by the configurator, the metadata is analyzed by the metadata manager to separate the components, Converting elements into object types that can be stored in a repository; And
And storing the converted objects in a metadata repository according to a platform common service framework,
The Internet video service includes providing information including media, a teleconference, or a combination thereof. The providing of the information forms a communication channel for real-time communication through a cloud computing-based SaaS-type Internet video service platform, , ≪ / RTI >
Wherein the setting information set by the administrator includes a video service configuration procedure including UI, business logic, data schema information, or a combination thereof. Wherein a request for a user's Internet video service is delivered to a cloud computing-based SaaS-type Internet video platform;
Obtaining the tenant information of the user requesting the Internet video service from the session information and confirming it;
Querying a meta data store for fetching meta information about the UI and logic based on the tenant information to construct an Internet video service for the tenant;
Generating UI and logic source codes using meta information about the UI and logic of the Internet video service corresponding to the tenant fetched as a result of the query;
The generated source code is compiled by a compiler, and the result of the compilation is loaded into a memory using a class loader; And
And outputting the generated source code of the UI to a screen using a template file,
The Internet video service includes providing information including media, a teleconference, or a combination thereof. The providing of the information forms a communication channel for real-time communication through a cloud computing-based SaaS-type Internet video service platform, The method of claim 1, further comprising the steps of: (a) providing a video service through the SaaS-type Internet video service platform based on cloud computing; delete The method according to claim 7 or 8,
Wherein the providing of the information is based on HTML5 supported by a user's web browser. The method according to claim 7 or 8,
The cloud computing-based SaaS-type Internet video service platform further comprises configuring and executing an Internet video service using a 3rd party open API, and a method for providing a video service through the SaaS-type Internet video service platform based on cloud computing .

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