Abstract: Computer-implemented methods, systems, and computer program products for document authentication and identification using a large-scale distributed system are provided. A method includes receiving a digitized document at a trusted system managed by a trusted third-party that is separate from a creator of content in the digitized document. The digitized document is compared to a set of markers to determine whether the digitized document includes one or more of the markers, and in response thereto, information associated with the one or more markers is extracted using a decoder on the trusted system according to encoding strategies. The method further includes generating a comparison registration identifier on the trusted system as a summary of the extracted information and the one or more markers, and comparing the comparison registration identifier with a stored registration identifier in an encoding history via the trusted system to authenticate and identify the received digitized document.

Abstract: Sending communications to incorrect recipients is minimized. Recipients that have ambiguous names or other designations are marked as ambiguous. Then, in response to including one of those names or designations in a communication, the originator of the communication is automatically warned of the ambiguity. This enables the originator to re-confirm that the communication is being sent to the intended recipient.

Abstract: Computer-implemented methods, systems, and computer program products for document authentication and identification using encoding and decoding are provided. A method includes receiving a digitized document and comparing the digitized document to a set of markers to determine whether the digitized document is an encoded document with one or more characters replaced. In response to determining that the digitized document is encoded, information is extracted from the set of markers using a decoder according to an encoding strategy. The extracted information and the set of markers are compared with data stored in encoding history to authenticate and identify the received digitized document. Markers in the encoded document may be hidden in plain sight, such that the encoding is not readily apparent to a casual observer.

Abstract: Computer-implemented methods, systems, and computer program products for document authentication and identification using encoding and decoding are provided. A method includes receiving a digitized document and comparing the digitized document to a set of markers to determine whether the digitized document is an encoded document with one or more characters replaced. In response to determining that the digitized document is encoded, information is extracted from the set of markers using a decoder according to an encoding strategy. The extracted information and the set of markers are compared with data stored in encoding history to authenticate and identify the received digitized document. Markers in the encoded document may be hidden in plain sight, such that the encoding is not readily apparent to a casual observer.

Abstract: Computer-implemented methods, systems, and computer program products for document authentication and identification using a large-scale distributed system are provided. A method includes receiving a digitized document at a trusted system managed by a trusted third-party that is separate from a creator of content in the digitized document. The digitized document is compared to a set of markers to determine whether the digitized document includes one or more of the markers, and in response thereto, information associated with the one or more markers is extracted using a decoder on the trusted system according to encoding strategies. The method further includes generating a comparison registration identifier on the trusted system as a summary of the extracted information and the one or more markers, and comparing the comparison registration identifier with a stored registration identifier in an encoding history via the trusted system to authenticate and identify the received digitized document.

Abstract: Sending communications to incorrect recipients is minimized. Recipients that have ambiguous names or other designations are marked as ambiguous. Then, in response to including one of those names or designations in a communication, the originator of the communication is automatically warned of the ambiguity. This enables the originator to re-confirm that the communication is being sent to the intended recipient.

Abstract: A method of protecting identity privacy of a recipient of an electronic mail message from a sender to the recipient is disclosed. The method includes identifying a privacy policy within an address book entry corresponding to the recipient within an address book associated with the sender. The method further includes sending the electronic mail message from the sender to the recipient via a network in accordance with the identified privacy policy.

Abstract: A method and apparatus for providing local data persistence for a Web server application. A Web page provided to a client application (e.g., a Web browser) by the server application contains a data entry area as well as a save button and a restore button. When the user actuates the save button, the Web page dynamically creates a new page that contains the data to be saved and a message prompting the user to save the new page in a user-designated location by using the file-saving function of the Web browser. The user may then close the original Web page, and the new page will remain saved locally. The user may then return to the original Web page and actuate the restore button to repopulate the original Web page with the data that has been saved locally. The save page contains a script function which becomes active when the page is loaded to perform the desired restoration function.

Abstract: User Assistants are software programs that prompt the customer for information about user's current system by examining system files and other sources of data; store information about the user in a repository for later retrieval or for access by other assistants; present customized instructions to the user on actions to take to complete planning, configuration, and management tasks; perform actions on behalf of the user (e.g., run programs, send e-mail requests, ship order forms) and track the user's progress through planning, configuration, and management tasks. The present invention provides customized output to support the implementation of a User Assistant. This output may be documentation, instructional steps, programs, or parameter files. This output is produced by combining product data, user input, and product rules.

Abstract: User Assistants are software programs that prompt the customer for information about user's current system by examining system files and other sources of data; store information about the user in a repository for later retrieval or for access by other assistants; present customized instructions to the user on actions to take to complete planning, configuration, and management tasks; perform actions on behalf of the user (e.g., run programs, send e-mail requests, ship order forms) and track the user's progress through planning, configuration, and management tasks. The present invention provides customized output to support the implementation of a User Assistant. This output may be documentation, instructional steps, programs, or parameter files. This output is produced by combining product data, user input, and product rules. The current invention allows for cross-product dependencies to be included in the product rules and, thus, embodied in the customized procedures.