Abstract: A method for detecting and attenuating the impact of interference in a signal of a radio receiver with multiple tuners. The method includes providing a first input signal RF1 to a first tuner T1; simultaneously providing a second input signal RF2 to a second tuner T2; simultaneously producing a first intermediate high injection signal IFH1, by the first tuner T1, using the first input signal RF1 filtered on a first frequency fE, and a first intermediate low injection signal IFB2, by the second tuner T2, using the second input signal RF2 filtered on the first frequency fE; comparing the first intermediate high injection signal IFH1 and the first intermediate low injection signal IFB2; selecting one out of the first intermediate high injection signal IFH1 and the first intermediate low injection signal IFB2 to be decoded by the radio receiver.

Abstract: Some general aspects relate to secured means for managing and delivering personal information, for example, in the context of electronic commerce. A request from a first entity to encrypt personal information includes a first specification of the personal information to be encrypted. An encrypted specification of the personal information is then generated according to an encoding strategy. The encrypted specification of the personal information is provided to the first entity for subsequent use by a personal information user. A second entity sends a request to decrypt the encrypting specification of the personal information. Upon determining that the second entity is an authorized personal information receiver, a decrypted specification of the personal information is formed according to a decoding strategy determined based on an analysis of the encrypted specification. This decrypted specification of the personal information is then provided to the second entity.