Abstract: A method and system for persistently linking sources to text copied from the sources. A first electronic document and first text appearing in the first electronic document are displayed. Selected text and an address of a source electronic document that includes the selected text are obtained from a web page differing from the first electronic document. A temporary computer object is generated to include: a header, the obtained address of the source electronic document in the header, and the obtained selected text. The header includes an identifier of the temporary computer object and an attribute pertaining to the address of the source electronic document. The selected text in the temporary computer object is persistently linked with the source electronic document via the address of the source electronic document in the temporary computer object. The temporary computer object is stored in the first electronic document after the first text.

Abstract: An apparatus for capturing and displaying handwritten annotations, for use with a computer system, comprises a transparent digitizing tablet adapted to cooperate with a stylus in order to capture handwritten annotations. It also comprises a transparent electro-luminescent display adapted to display captured handwritten annotations, the transparent digitizing tablet being superposed on the transparent electro-luminescent display.

Abstract: A method and system for accessing information related to a physical document. An electronic copy of an existing physical document is identified and located. The electronic copy of the physical document is an exact replica of the physical document. A selected part of the physical document is identified and in response, data related to the selected part of the physical document is retrieved from the electronic copy of the physical document. The retrieved data is presented visually to a visually impaired person or orally to a blind person on the user system, which enables the visually impaired person to see or hear, respectively, the retrieved data.

Abstract: A method and system for accessing information related to a physical document. An electronic copy of an existing physical document is identified and located. The electronic copy of the physical document is an exact replica of the physical document. A selected part of the physical document is identified and in response, data related to the selected part of the physical document is retrieved from the electronic copy of the physical document. The retrieved data is presented visually to a visually impaired person or orally to a blind person on the user system, which enables the visually impaired person to see or hear, respectively, the retrieved data.

Abstract: A method and system for accessing information related to a physical document. An electronic copy of an existing physical document is identified and located. The electronic copy of the physical document is an exact replica of the physical document. A selected part of the physical document is identified and in response, data related to the selected part of the physical document is retrieved from the electronic copy of the physical document. The retrieved data is presented visually to a visually impaired person or orally to a blind person on the user system, which enables the visually impaired person to see or hear, respectively, the retrieved data.

Abstract: A method and system for persistently linking sources to text copied from the sources. A first electronic document and first text appearing in the first electronic document are displayed. Selected text and an address of a source electronic document that includes the selected text are obtained from a web page differing from the first electronic document. A temporary computer object is generated to include: a header, the obtained address of the source electronic document in the header, and the obtained selected text. The header includes an identifier of the temporary computer object and an attribute pertaining to the address of the source electronic document. The selected text in the temporary computer object is persistently linked with the source electronic document via the address of the source electronic document in the temporary computer object. The temporary computer object is stored in the first electronic document after the first text.

Abstract: A method and system for processing electronic documents. A temporary computer object is created. An address of a first electronic document is obtained. A first tag, a second tag, and the address of the first electronic document are copied into a header of the created temporary computer object. Selected text from the first electronic document is obtained. The first and second tag respectively mark the beginning and the end of the header. The address of the first electronic document is disposed between the first and second tags. The selected text and a third tag are copied into the created temporary computer object. The third tag marks the end of the created temporary computer object. The selected text is disposed between the header of the created temporary computer object and the third tag. The created temporary computer object is stored in a second electronic document.

Abstract: The present invention is directed to a system, method and computer program for enabling a user (100) (an auditor or a viewer) to access complementary information related to one or a plurality of sequences or topics of interest (102) in a recorded program (103) previously broadcast on the radio or television and played back on a device, such as an audio or video tape or disk recorder/player (104). The preferred embodiment of the invention relates to a system and method for enabling a person (100) listening to or watching a recorded program (103), to select one or a plurality of topics (101) (102) drawing his or her attention and for immediately receiving further information related to these topics from the World Wide Web. The system is based on the synchronization of local times (204) (205) of transmitters (201) and recorders (203). The flow of information transmitted, received and recorded is always synchronized, independently of the relative positions of recorders and transmitters.

Abstract: A method and system for decoding an encrypted file. A recipient computer of a recipient: extracts an encoded address from a filename of the encrypted file, wherein the encoded address identifies where a voice check ticket is stored, wherein a prior name of the encrypted file and the encoded address are merged together within the filename; accesses the voice check ticket at the encoded address; receives, from the voice check ticket, voice check text; displays the received voice check text visually on a computer display of the recipient computer; receives an audio signal from a reading aloud, by the recipient, of the displayed voice check text; transmits the received audio signal to a server computer that includes a voice check server; receives an encryption key from the voice check server; and decrypts the received encrypted file using the received encryption key.

Abstract: The present invention is directed to a system, method and computer program for enabling a user (100) (an auditor or a viewer) to access complementary information related to one or a plurality of sequences or topics of interest (102) in a recorded program (103) previously broadcast on the radio or television and played back on a device, such as an audio or video tape or disk recorder/player (104). The preferred embodiment of the invention relates to a system and method for enabling a person (100) listening to or watching a recorded program (103), to select one or a plurality of topics (101) (102) drawing his or her attention and for immediately receiving further information related to these topics from the World Wide Web. The system is based on the synchronization of local times (204) (205) of transmitters (201) and recorders (203). The flow of information transmitted, received and recorded is always synchronized, independently of the relative positions of recorders and transmitters.

Abstract: A method and system for decoding an encrypted file. A recipient computer of a recipient: extracts an encoded address from a filename of the encrypted file, wherein the encoded address identifies where a voice check ticket is stored, wherein a prior name of the encrypted file and the encoded address are merged together within the filename; accesses the voice check ticket at the encoded address; receives, from the voice check ticket, voice check text; displays the received voice check text visually on a computer display of the recipient computer; receives an audio signal from a reading aloud, by the recipient, of the displayed voice check text; transmits the received audio signal to a server computer that includes a voice check server; receives an encryption key from the voice check server; and decrypts the received encrypted file using the received encryption key.

Abstract: A method and system for decoding an encrypted file. A recipient computer: receives, from a sender computer, the encrypted file having a filename that includes an encoded address; parses the received filename; extracts the encoded address from the parsed filename; accesses a voice check ticket at the extracted encoded address; receives voice check text from the voice check ticket; visually displays the received voice check text on a computer display of the recipient computer; prompts the recipient to read aloud the displayed voice check text; receives an audio signal from a reading aloud, by the prompted recipient, of the displayed voice check text; transmits the received audio signal to a server computer; and decrypts the received encrypted file using an encryption key.

Abstract: The present invention is directed to a system, method and computer program for enabling a user (an auditor or a viewer) to access complementary information related to one or a plurality of sequences or topics of interest in a recorded program previously broadcast on the radio or television and played back on a device, such as an audio or video tape or disk recorder/player. The preferred embodiment of the invention relates to a system and method for enabling a person listening to or watching a recorded program, to select one or a plurality of topics drawing his or her attention and for immediately receiving further information related to these topics from the World Wide Web. The system is based on the synchronization of local times of transmitters and recorders. The flow of information transmitted, received and recorded is always synchronized, independently of the relative positions of recorders and transmitters.

Abstract: A method and system for decoding an encrypted file. A recipient computer: receives, from a sender computer, the encrypted file having a filename that includes an encoded address; parses the received filename; extracts the encoded address from the parsed filename; accesses a voice check ticket at the extracted encoded address; receives voice check text from the voice check ticket; visually displays the received voice check text on a computer display of the recipient computer; prompts the recipient to read aloud the displayed voice check text; receives an audio signal from a reading aloud, by the prompted recipient, of the displayed voice check text; transmits the received audio signal to a server computer; and decrypts the received encrypted file using an encryption key.

Abstract: A method and system for processing electronic documents. A temporary computer object is created. An address of a first electronic document is obtained. A first tag, a second tag, and the address of the first electronic document are copied into a header of the created temporary computer object. Selected text from the first electronic document is obtained. The first and second tag respectively mark the beginning and the end of the header. The address of the first electronic document is disposed between the first and second tags. The selected text and a third tag are copied into the created temporary computer object. The third tag marks the end of the created temporary computer object. The selected text is disposed between the header of the created temporary computer object and the third tag. The created temporary computer object is stored in a second electronic document.

Abstract: A method and system for encoding a file to be transmitted by a sender computer of a sender to a recipient computer of a recipient. The file has a name. The sender computer: encrypts the file using an encryption key; receives, from a server computer, a voiceprint identifier assigned to a voiceprint of the recipient; creates a voice check ticket by combining the received voiceprint identifier, the encryption key, and a voice check text; transmits, to the server computer, the created voice check ticket; receives an address where the transmitted voice check ticket has been stored by the server computer; encodes the received address within the name of the file, the encoding comprising renaming the file with a filename that includes the name of the file and the received address merged together; and sends, to the recipient computer, the encrypted file whose name includes the encoded address.

Abstract: A method and system for processing electronic documents. A temporary computer object is created. An address of a first electronic document is obtained. A first tag, a second tag, and the address of the first electronic document are copied into a header of the created temporary computer object. Selected text from the first electronic document is obtained. The first and second tag respectively mark the beginning and the end of the header. The address of the first electronic document is disposed between the first and second tags. The selected text and a third tag are copied into the created temporary computer object. The third tag marks the end of the created temporary computer object. The selected text is disposed between the header of the created temporary computer object and the third tag. The created temporary computer object is stored in a second electronic document.

Abstract: A method and system for decoding an encrypted file. A recipient computer: receives, from a sender computer, the encrypted file having a filename that includes an encoded address; parses the received filename; extracts the encoded address from the parsed filename; accesses a voice check ticket at the extracted encoded address; receives voice check text from the voice check ticket; visually displays the received voice check text on a computer display of the recipient computer; prompts the recipient to read aloud the displayed voice check text; receives an audio signal from a reading aloud, by the prompted recipient, of the displayed voice check text; transmits the received audio signal to a server computer; receives, from the server computer, an encryption key after the server computer has verified, from analysis of the audio signal, the recipient's voice; and decrypts the received encrypted file using the received encryption key.

Abstract: A method and system for decoding an encrypted file. A recipient computer: receives, from a sender computer, the encrypted file having a filename that includes an encoded address; parses the received filename; extracts the encoded address from the parsed filename; accesses a voice check ticket at the extracted encoded address; receives voice check text from the voice check ticket; visually displays the received voice check text on a computer display of the recipient computer; prompts the recipient to read aloud the displayed voice check text; receives an audio signal from a reading aloud, by the prompted recipient, of the displayed voice check text; transmits the received audio signal to a server computer; receives, from the server computer, an encryption key after the server computer has verified, from analysis of the audio signal, the recipient's voice; and decrypts the received encrypted file using the received encryption key.

Abstract: A method and system for encoding a file to be transmitted by a sender computer of a sender to a recipient computer of a recipient. The file has a name. The sender computer: encrypts the file using an encryption key; receives, from a server computer, a voiceprint identifier assigned to a voiceprint of the recipient; creates a voice check ticket by combining the received voiceprint identifier, the encryption key, and a voice check text; transmits, to the server computer, the created voice check ticket; receives an address where the transmitted voice check ticket has been stored by the server computer; encodes the received address within the name of the file, the encoding comprising renaming the file with a filename that includes the name of the file and the received address merged together; and sends, to the recipient computer, the encrypted file whose name includes the encoded address.