Abstract:
모바일 기기 간 월렛 전송 방법 및 장치가 개시된다. 모바일 기기를 사용한 상거래 서비스에 사용되는 월렛 어플리케이션의 데이터를 전송하기 위하여, 송신 단말은 월렛 어플리케이션에 의해 제공되는 결제 정보 및 비결제 정보를 포함하는 월렛 데이터 중에서 수신 단말로 전송할 월렛 데이터 및 월렛 데이터의 전송 방법을 결정하고, 입력 받은 전송 정보에 따라 수신 단말에 월렛 데이터의 전송을 통지한 후, 수신 단말로부터 수락 메시지를 수신하면, 전송 방법에 기초하여 월렛 데이터를 수신 단말로 전송한다.
Abstract:
Disclosed are a method and an apparatus for combining different wallets on a mobile device. The method of combining a plurality of wallet applications for a commercial transaction service using a mobile device includes acquiring wallet data including at least one of payment information and non-payment information provided by each of the plurality of wallet applications; combining the wallet data according to predetermined regulation information; and providing the combined wallet data through a combination application.
Abstract:
In the present invention, suggested is a method for obtaining a digital right management (DRM) function for playing DRM content in a user device at need. To this end, in the present invention, when the user device requests specific DRM content or accesses a service system, the user device obtains a rights object corresponding to the request, determines information about a current DRM function using the rights object, and installs a new DRM function or updates the existing DRM function if the new DRM function is required.
Abstract:
본 발명은 비휘발성 저장 장치(Non-volatile memory)의 인증 방법에 있어서, 저장 장치를 인증하기 위한 EMID(Enhanced Media Identification) 디코더가 상기 저장 장치의 식별을 위한 EMID의 요청을 상기 저장 장치로 송신하는 과정과, 상기 요청에 대응하여 임의의 값과의 미리 설정된 연산에 의해 변형된 EMID를 상기 저장 장치로부터 수신하는 과정과, 상기 수신한 변형된 EMID를 디코딩(decoding)하여 EMID를 복원하는 과정을 포함함을 특징으로 한다.
Abstract:
PURPOSE: An authentication method between a server and a client, a machine-readable storage medium, a client and a server are provided to perform authentication within calculation operation capability of a device having a limited resource. CONSTITUTION: An authentication system includes a client (100), a server (200) and a program provider (300). The client is an authentication target device to receive authentication. The server provides authentication. The program provider provides programs including indications to perform a preestablished authentication process. The program provider includes a program, a third memory (310), a third communication part (320) and a third control part (330). The program includes indications enabling the client or the server to perform the preestablished authentication process. The third memory stores information required in the authentication process. The third communication part performs wired or wireless communication with the client or the server. The third control part transmits a corresponding program to the client or the server automatically or by the request of the client or the server. [Reference numerals] (100) Client; (110,210,310) Memory; (120,220,320) Communication part; (130,230,330) Control part; (200) Server; (300) Program provider
Abstract:
PURPOSE: A method for protecting content and storage medium thereof are provided to minimize the distribution of additional physical reproductions by supplying strong technology against attacks such as illegal reproduction and the prediction of secret information when devices including the storage medium are stolen. CONSTITUTION: A data encoding key for encoding data stored in a memory device is generated. An identifier of the memory device is obtained and the data encoding key is encoded based on the identifier and secret information. An active identifier is generated based on the identifier of the memory device and constants stored in the control unit. The data encoding key is stored in the memory device. The data encoding key is set as a random value. [Reference numerals] (120) Active identifier extracting module; (130) Decoding module; (140) Chip ID verification module; (150) Active identifier calculating module; (220) Proof module; (230) Domain I; (240) Domain II; (250) Domain III; (260) Authentication information generator; (AA) Chip ID encoding key; (BB) Fixed value verification key; (CC) Chip ID constant; (DD) Active identifier; (EE) Fixed value, random value, authentication key position; (FF) Authentication information; (GG) Encoded Chip ID; (HH) Authentication key position table; (II) First authentication key; (JJ) Second authentication key; (KK) N-th authentication key
Abstract:
PURPOSE: An authentication system is provided to improve security reliability by disabling the fabrication of an authentication result by external software manipulation. CONSTITUTION: A storage device(200) is connected with a host device(100) through a first interface(310) and stores content. An authentication device(300) is connected to a module composing the storage device and stores copy prevention information about the content. The copy prevention information includes an encoding key related to the encoding of the content. The storage device stores the content encoded by the encoding key. When the encoded content is provided to a host device, the authentication device decodes the encoded content. The copy prevention information includes DRM(Digital Right Management) rules about the content. [Reference numerals] (100) Host device; (110) Authentication device verification module; (200) Storage device; (240) First interface; (300) Authentication device; (302) Interface unit; (304) Authentication processing unit; (306) Storage unit; (310) Second interface
Abstract:
PURPOSE: A manufacturing method of a semiconductor device is provided to minimize the loss of a buffer oxide film pattern in a planarization process by planarizing a hard mask film pattern with a first end-point film and planarizing the buffer oxide film pattern with a second end-point film. CONSTITUTION: A substrate including a base, an active pin and a buffer oxide film pattern is provided(S100). A first dummy gate film is formed on the substrate(S110). The first dummy gate film is planarized(S120). A second dummy gate film is formed on the first dummy gate film(S130). A dummy gate pattern is formed by patterning the first and second dummy gate films(S140). A metal gate pattern is formed(S150). [Reference numerals] (AA) Start; (BB) End; (S101) Forming buffer oxide film and hard mask film pattern; (S102) Forming active pin; (S103) Forming device isolation layer; (S104) Planarizing device isolation layer; (S105) Etching device isolation layer; (S106) Removing hard mask film pattern; (S110) Forming first dummy gate film; (S120) Planarizing first dummy gate film; (S130) Forming second dummy gate film; (S140) Forming dummy gate pattern; (S150) Forming metal gate pattern