Abstract: A method and system for secure communication is provided. The method for secure communication with devices includes: obtaining a parameter for protecting a content; authenticating each other by exchanging a certificate with the device; and exchanging a key with the device using a key authenticated through the certificate to establish a secure authenticated channel with the device. Accordingly, it is possible to establish the secure authenticated channel and perform secure communication by computing a secure authenticated channel key.

Abstract: A method of transferring data and a method of transferring contents are provided. In the method of transferring data in a data interoperable environment, a secure authenticated channel is established with a receiving entity corresponding to receiver information included in a received control message, when the control message is received from a control entity, a plurality of data designated by the control entity are transmitted to the receiving entity through the established secure authenticated channel, and an event message for representing a transmission status of the transmitted data is transmitted to the control entity,. Accordingly, it is possible to transmit the plurality of data through a single transmission session and provide a transmission status of each data through an event.

Abstract: A method of transferring data is provided. In the method of transferring data, a secure authenticated channel is established with a receiving entity corresponding to receiver information included in a received control message, when receiving the control message from a control entity, a format of received plurality of data is transformed according to content format transformation information included in the control message, when receiving the plurality of data from a predetermined transmission entity in a chain constructed by a control of the control entity, the transformed plurality of data is transmitted to the receiving entity through the established secure authenticated channel, and an event message for representing a transmission status of the data is transmitted to the control entity. Accordingly, it is possible to transmit the plurality of data through a single transmission session and provide a transmission status of each data through an event.

Abstract: A DRM interoperable system is provided. The DRM interoperable system includes: a domain manager which manages a domain; first and second devices which are authenticated by the domain manager and registered in the domain; and a control unit which gathers information on entities that are to participate in transmission of data when the first device requests the second device to transmit the data, controls at least two entities so that a chain including the at least two entities is constructed by using the gathered information on the entities, and controls the at least two entities so that a plurality of data is transmitted to the second device through the chain. Accordingly, it is possible to provide a DRM interoperable environment in which data can be effectively transmitted.

Abstract: The present invention relates to a method of managing a domain employing a multi-domain manager and a domain system. The method of managing a domain employing a multi-domain manager includes designating a primary domain manager, configuring the domain by registering a domain device with the primary domain manager, designating at least one secondary domain manager of the domain devices, and managing the domain through conjunction of the primary domain manager and the secondary domain manager. Thus, domain management can be performed efficiently by employing a multi-domain manager.

Abstract: A DRM interoperable system is provided. The DRM interoperable system includes: a domain manager which manages a domain; first and second devices which are authenticated by the domain manager and registered in the domain; and a control unit which gathers information on entities that are to participate in transmission of data when the first device requests the second device to transmit the data, controls at least two entities so that a chain including the at least two entities is constructed by using the gathered information on the entities, and controls the at least two entities so that a plurality of data is transmitted to the second device through the chain. Accordingly, it is possible to provide a DRM interoperable environment in which data can be effectively transmitted.

Abstract: A method of transferring data and a method of transferring contents are provided. In the method of transferring data in a data interoperable environment, a secure authenticated channel is established with a receiving entity corresponding to receiver information included in a received control message, when the control message is received from a control entity, a plurality of data designated by the control entity are transmitted to the receiving entity through the established secure authenticated channel, and an event message for representing a transmission status of the transmitted data is transmitted to the control entity. Accordingly, it is possible to transmit the plurality of data through a single transmission session and provide a transmission status of each data through an event.

Abstract: A method of registering a legacy device, a method of transferring data, and a method of authenticating a legacy device are provided. The method of registering a legacy device by using a virtual client, which allows the legacy device to access a domain, includes: receiving unique information on the legacy device from the legacy device which requests the domain to register the legacy device; searching a registrable legacy device list including the unique information on the legacy device which can be registered in the domain for the unique information on the legacy device; and requesting a domain manager, which manages the domain, to register the legacy device, when the unique information on the legacy device is included in the registrable legacy device list, and not allowing the legacy device to be registered in the domain when the unique information on the legacy device is not included in the registrable legacy device list.

Abstract: Provided is a shared software management method including: receiving a signal for requesting to delete a shared software used by a second device from one or more first device; and when the delete request signal is received, blocking the output from an interface for executing the shared software to be transmitted to a display of the first device that transmits the delete request signal. Accordingly, when there is a delete instruction from the user, the shared software looks deleted from a screen, so that a user environment can be improved. In addition, the shared software is deleted by a manager, so that the ill-considered deletion can be prevented. In addition, the shared software can be recovered instead of re-installing the software instructed to be deleted by the user's instruction, so that there are advantages in terms of managing the software shared by devices in the network.

Abstract: A method of managing a domain, a method of extending a domain, and a method of selecting a reference point controller are provided. The method of operating the domain includes: receiving a request for authenticating a reference point controller from a reference point controller candidate; invalidating a membership of the stored reference point controller; generating a unique reference point controller membership for verifying that the reference point controller candidate is a new reference point controller; and transmitting the generated reference point controller membership to the reference point controller candidate. Accordingly, even when an error occurs in the reference point controller, the function of the reference point controller can be rapidly replaced by using the reference point controller candidate.

Abstract: A method of managing a domain, a method of extending a domain, and a method of selecting a reference point controller are provided. The method of operating the domain includes: receiving a request for authenticating a reference point controller from a reference point controller candidate; invalidating a membership of the stored reference point controller; generating a unique reference point controller membership for verifying that the reference point controller candidate is a new reference point controller; and transmitting the generated reference point controller membership to the reference point controller candidate. Accordingly, even when an error occurs in the reference point controller, the function of the reference point controller can be rapidly replaced by using the reference point controller candidate.

Abstract: A method of controlling data transfer, a method of controlling content transfer, a method of obtaining content processing information, and a system for transferring content are provided. The method of controlling data transfer in a data interoperable environment includes: receiving a request for transmitting data from a client; gathering information on entities which are to participate in transmitting data; forming a chain including at least two entities by using the gathered information on the entities; transmitting a plurality of data through the chain; and receiving an event message for representing a transmission status of the data transmitted from at least one of the entities included in the chain. Accordingly, it is possible to control a transmission of the data so that the plurality of data can be transmitted through a single session and to receive the transmission status of the data as an event message.

Abstract: A method of managing a domain, a method of extending a domain, and a method of selecting a reference point controller are provided. The method of operating the domain includes: receiving a request for authenticating a reference point controller from a reference point controller candidate; invalidating a membership of the stored reference point controller; generating a unique reference point controller membership for verifying that the reference point controller candidate is a new reference point controller; and transmitting the generated reference point controller membership to the reference point controller candidate. Accordingly, even when an error occurs in the reference point controller, the function of the reference point controller can be rapidly replaced by using the reference point controller candidate.

Abstract: A method of transferring data is provided. The method of transferring data in a data interoperable environment includes: receiving a data transmission request message for requesting the data to be transmitted from a client to at least one destination; gathering information on entities which are to participate in the transmission of the data; and forming a plurality of chains including at least two entities based on the gathered information on the entities and transmitting the data to the at least one destination through the plurality of chains. Accordingly, it is possible to effectively transmit data using multi-chains in a DRM interoperable environment.

Abstract: A method of controlling data transfer, a method of controlling content transfer, a method of obtaining content processing information, and a system for transferring content are provided. The method of controlling data transfer in a data interoperable environment includes: receiving a request for transmitting data from a client; gathering information on entities which are to participate in transmitting data; forming a chain including at least two entities by using the gathered information on the entities; transmitting a plurality of data through the chain; and receiving an event message for representing a transmission status of the data transmitted from at least one of the entities included in the chain. Accordingly, it is possible to control a transmission of the data so that the plurality of data can be transmitted through a single session and to receive the transmission status of the data as an event message.

Abstract: A primer pool including at least two sets of primers for amplifying at least two target sequences of human MODY gene 1, 4, 5, 6, or 7, the at least two sets of primers being selected from the group consisting of sets of primers, each set including an oligonucleotide having one of SEQ ID NOS. 1 through 32, 41 and 42 and its variant oligonucleotide.