Abstract: In embodiments, a server may receive an indication of a content list to be transferred from a first user equipment to a second user equipment. The content list may include information related to content such as books, music, movies, physical items, software, games, or other physical or non-physical goods or media. The server may identify the content in the content list, and then determine what rights, if any, the user of the second user equipment has to access the content in the content list. In some embodiments, the server may then accept a purchase request from one or both of the first user or the second user, and alter the permissions of the second user in response to the purchase request. Finally, the server may facilitate the transfer of the content list, and the content associated with the content list and accessible to the second user, to the second user equipment. Other embodiments may be described and/or claimed.

Abstract: Embodiments of the present invention provide methods and apparatuses for providing unique smart identifiers for entities of various entity types, such as documents or portions thereof. Each smart identifier comprises one or more data values provided by a requester of the smart identifier, or data values derived there from. The generation may be entity type based and/or customized. Embodiments include registration of custom smart identifier generation functions, with particular parameter data value requirements for particular entity types. Embodiments include smart identifier requesters inquiring about, and receiving answers to parameter data values required to generate smart identifiers for entities of various entity types.

Abstract: Embodiments of the present invention provide methods and apparatuses for messaging with heterogeneous inter-related attachments. Embodiments provide messaging systems, devices and methods for electronic messaging with attachments containing, for example, documents created from a translating print driver and/or documents containing identifiers associating the documents to a subject.

Abstract: Embodiments of the present invention provide methods and apparatuses for automatic patient record creation for messaging. Embodiments provide messaging systems, devices and methods for electronic clinical messaging with transmission of a record or data from a sender to a recipient and automatic creation of patient records upon receipt by a recipient.

Abstract: A system includes a server equipped to generate a split encryption key having at least a first key portion and a second key portion, that is used by the server to encrypt at least a portion of a message. Additionally, the first key portion of the split encryption key is retained by the server, while the second key portion of the split encryption key is delivered to a sending client and is discarded from the server. The sending client in turn provides the second key portion to one or more recipients of the message to facilitate recipient access to the message.

Abstract: The present invention provides methods and apparatuses for contextualization of electronic messages, for example, by determining at least one cost metric for an electronic mail message based at least in part upon an identified context, automatically generating metadata representing the at least one cost metric, and associating the metadata with the electronic mail message.

Abstract: Embodiments of the present invention provide methods and systems for methods and apparatuses for generating digital signatures of digital contracts, such as digital health care contracts. More specifically, embodiments of the present invention provide methods and systems for generating and using cascading digital signatures to identify a digital contract, enabling the digital contract's integrity to be assured, and rendering the digital contract non-repudiative.

Abstract: A system includes a server to store a first portion of a message, and a client to store a complementary second portion of the message. The first portion of the message is encrypted and a message specific token comprising one or more encryption keys used to encrypt the first portion of the message is generated. The second portion of the message stored on the client is subsequently combined with the message-specific token to form a partially secured message at the client. Furthermore, the partially secured message including the message-specific token is delivered from the client to a recipient to facilitate access to both the first and second portions of the message by the recipient.

Abstract: Methods and apparatuses for customized electronic messaging are described. In one embodiment, a customized email address is dynamically generated based at least in part upon a custom address profile so as to be particularized to the recipient. An email message addressed to the recipient using the customized email address is received from a sending party, and a disposition for the email message is determined based upon either the custom address profile and/or the customized email address.

Abstract: Embodiments of the present invention provide systems and methods for electronically managing health care rate exhibits, the method comprising receiving standardized fee schedules for a plurality of health related services, and creating rate exhibits from the received standardized fee schedule. Other embodiments may be described and claimed.

Abstract: Embodiments of the present invention provide systems and methods for managing an event in a health care organization, the method comprising standardizing, during a design phase, a workflow associated with an event; and executing, during an executing phase, the workflow to complete a procedure associated with the event. Other embodiments may be described and claimed.

Abstract: Embodiments of the present invention provide systems and methods for electronically publishing a directory of healthcare providers. Other embodiments may be described and claimed.

Abstract: Embodiments of the present invention provide methods and systems for facilitating electronic requests for prescriptions among healthcare providers and pharmacies. Other embodiments may be described and claimed.

Abstract: Embodiments of the present invention provide methods and apparatuses for providing unique smart identifiers for entities of various entity types, such as documents or portions thereof. Each smart identifier comprises one or more data values provided by a requester of the smart identifier, or data values derived there from. The generation may be entity type based and/or customized. Embodiments include registration of custom smart identifier generation functions, with particular parameter data value requirements for particular entity types. Embodiments include smart identifier requesters inquiring about, and receiving answers to parameter data values required to generate smart identifiers for entities of various entity types.

Abstract: A system includes a server equipped to generate a split encryption key having at least a first key portion and a second key portion, that is used by the server to encrypt at least a portion of a message. Additionally, the first key portion of the split encryption key is retained by the server, while the second key portion of the split encryption key is delivered to a sending client and is discarded from the server. The sending client in turn provides the second key portion to one or more recipients of the message to facilitate recipient access to the message.

Abstract: Methods and apparatuses for customized electronic messaging are described. In one embodiment, a customized email address is dynamically generated based at least in part upon a custom address profile so as to be particularized to the recipient. An email message addressed to the recipient using the customized email address is received from a sending party, and a disposition for the email message is determined based upon either the custom address profile and/or the customized email address.

Abstract: A method and apparatus for semantic qualification and contextualization of electronic messages. In one embodiment, electronic messages are enriched with semantic qualifiers to provide contextualization of the messages as well as to facilitate semantic based searching, and post-processing of the electronic messages. In one embodiment of the invention, a given electronic message and/or its constituent content elements may be contextualized through the provision of one or more semantic qualifiers to convey a single meaning or compound meanings. In one embodiment, the semantic qualifiers may be automatically (i.e. without further user input) associated with one or more content elements based upon e.g. one or more identified contexts, whereas in antother embodiment the semantic qualifiers may be manually associated with one or more content elements through e.g. user input.

Abstract: A system includes a sending client equipped to deliver a message notification including recipient input facilities for soliciting pre-delivery information from the recipient, and a server to dynamically determine at least a portion of the message to be delivered based to be delivered to the recipient based at least in part upon the pre-delivery information received from the recipient.

Abstract: A system includes a server equipped to generate a split encryption key having at least a first key portion and a second key portion, that is used by the server to encrypt at least a portion of a message. Additionally, the first key portion of the split encryption key is retained by the server, while the second key portion of the split encryption key is delivered to a sending client and is discarded from the server. The sending client in turn provides the second key portion to one or more recipients of the message to facilitate recipient access to the message.

Abstract: An enterprise-based system includes a storage server equipped to generate a split encryption key having at least a first key portion and a second key portion, that is used by the storage server to encrypt at least a portion of a message. Additionally, the first key portion of the split encryption key is retained by the storage server, while the second key portion of the split encryption key is delivered to a message routing server and is discarded from the storage server. The message routing server in turn provides the second key portion to one or more recipients of the message to facilitate recipient access to the message.