Abstract: Metering is enabled through an arrangement in which a metering certificate is communicated to a mobile device using an over-the-air protocol. A metering trigger provides the metering certificate that includes a location to which metering data is posted by the mobile device and a public key of a public-private key pair, or alternatively provides a link to such metering certificate. A metering helper passes the metering certificate to a DRM system on the mobile device which collects metering data associated with the metering ID and uses the public key to encrypt the metering data into a metering challenge. The metering helper posts the metering challenge to the location. The metering service extracts the metering data from the metering challenge using a private key and generates a metering response that is received by the metering helper which prompts the DRM system to reset at least a portion of a data store in which the metering data is stored.

Abstract: A system for securing patient medical information for communication over a potentially vulnerable system includes separating patient's medical file into a demographics layer and a data layer, separately encrypting the demographic layer and data layer using different encryption keys, and providing servers in a communication and processing system with a decryption key for the layer processed by such server. Medical file data may be separated into more than two layers. Users accessing the system are authenticated using standard techniques. By separately encrypting different parts of a patient medical record, processing and communication of patient medical files by intermediary servers is enabled without risking disclosure of sensitive patient information if such servers are compromised.

Abstract: A content key (CK) to decrypt a piece of encrypted content is obtained encrypted according to a public key of a licensor (PU-L) to result in (PU-L(CK)). (PU-L(CK)) is obscured according to (PU-L) and a value R to result in Obs (PU-L(CK)), and Obs (PU-L(CK)) is sent to the licensor, which applies a private key (PR-L) corresponding to (PU-L) to Obs (PU-L(CK)) to result in Obs (CK) as an obscured version of (CK). Obs (CK) is received from the licensor; and (CK) is obtained from Obs (CK) based on applying R thereto. The licensor cannot identify from Obs (PU-L(CK)) or from Obs (CK) the encrypted content or the content key (CK) from which the encrypted content may be identified.

Abstract: A content rental system includes one data store for storing rental content. The content rental system also includes a content server for transferring content to one viewing device based upon a received request. The content server is further configured to authorize the transfer of the content from the viewing device to another viewing device.

Abstract: A utility meter implementing the ANSI C12.19 standard is able to bypass security processing using Decade4 security tables for a single data access operation. The meter includes a procedure that is executed by a processor in the meter to process requests for security keys. Data internal to the meter is used to generate a security key. The security key is used by the requesting external device and the procedure to generate an access key. The external device sends its access key to the procedure so it may be compared to the internally generated access key. If both access keys are the same, a data access operation performed by the external device is allowed without reference to the Decade4 security tables. Once a timeout or data access operation is performed, subsequent data access operations are subject to processing in accordance with the Decade4 security tables unless another security key is requested for repetition of the process.

Abstract: A method of performing digital asset management of content is provided. The content is identified with an identifier. The identifier can be identified with a digital watermark, header file, or both. The identifier is linked to usage rules to regulate usage and protect the content. The usage rules can be maintained on a remote or local database or server. Once extracted, an identifier is used to index the database to locate a corresponding usage rule, and can be used to override copy control information with proper purchase and subsequent protection. Content can be managed from such. In another embodiment, an identifier is used to track usage, such as amount of content viewed, time played, and copies made. In yet another embodiment, a content identifier is used to regulate content throughout a distribution chain, and a distributed set of databases with information relevant only to the owner of the database act as one database due to a central router.

Abstract: A system for physical distribution of secure content to customers and physical collection of secure billing information. A plurality of content storage devices may be provided to a customer, each content storage device including secure content. A billing storage device may also be provided to the customer, the billing storage device including decryption information, which may be used by a media player for decrypting the secure content of the content storage devices to exhibit the secure content to the customer. The content and billing storage devices may be provided to the customer via physical delivery and without electronic data transmission occurring to or from the physical location of the customer. After each billing period, the billing storage device may be received from the customer via physical delivery. The billing storage device includes secure billing information stored in a writeable area, which is associated with the exhibition of secure content to the customer.

Abstract: A system and method for distribution of content on a computer network between a plurality of content providers and a plurality of users. A plurality of content provider packets provided by one or more of the content providers are stored, and a link provided to users for access to the content provider packets. When a user activates the link the selected content provider packet is displayed and the user may store the content provider packet in a personal showcase display for future access by the user.

Abstract: A method and system to accept user input into one or a plurality of graphical user interface screens or layouts to generate prices for one or a plurality of actions upon achievement of one or a plurality of trigger values or thresholds within one or a plurality of data sources linked to a data supply chain or a federated data source. The one or plurality of graphical user interfaces enable a user to select link and associate operators with data objects in order to build formulae that include mathematical and logical operations for calculating values to be compared with conditions and thresholds for triggering actions or events by the one or a plurality of servers upon the one or a plurality of data sources and to calculate and store the configuration of the schema for cumulative prices or terms or conditions for implementation of such actions by the one or a plurality of servers.

Abstract: A method and apparatus for placing a time stamp in a remotely applied watermark is disclosed. The method permits a time stamp of high resolution to be added remotely while minimizing the number of bits necessary in the time stamp.

Abstract: A method for remotely reviewing medical data allows medical data to be transmitted over a vulnerable network to a physician's mobile device. The method sends data to be transmitted through a console, and a data server to reach the mobile device. The method includes separating patient's medical file into a demographics layer and a data layer, separately encrypting the demographic layer and data layer using different encryption keys, and providing servers in a communication and processing system with a decryption key for the layer processed by such server. Medical file data may be separated into more than two layers. After reviewing the data, physicians may transmit their comments from their mobile device to the requestor by going through the same system. Separately encrypting different parts of a patient medical record enables processing and communication of patient medical files by intermediary servers without risking disclosure of sensitive patient information.

Abstract: A system for remotely reviewing medical data allows medical data to be transmitted to a nurse's mobile handheld device from medical equipment or data storage. The system includes a console, a data server and mobile handheld devices; the data server may be a software component within the console. The system may further include medical imaging equipment, medical records databases, and other sensors and servers. Medical data is routed through the console to the data server to reach the mobile handheld device via a wireless network. After reviewing the data, nurses may transmit their comments from their mobile handheld device to the requester by going through the same system. The data server may further include a resident messaging system that communicates to the mobile handheld device such that the user is notified of messages or data awaiting review along with the urgency of the required review are also described.

Abstract: A system for remotely reviewing medical data allows medical data to be transmitted over a vulnerable network to a physician's mobile device. The system includes a console, a data server and mobile devices. The system may include medical imaging equipment, medical records databases, and other sensors. Medical data is routed through the console to the data server to reach the mobile device via a wireless network. Patient's medical file may be separated into a demographics layer and a data layer, and separately encrypted using different encryption keys for the demographic layer and the data layer. Servers in the communication and processing system are provided with a decryption key for the layer processed by such server. Physicians may transmit comments to the requestor through the same system. A resident messaging system may notify users of messages or data awaiting review along with the urgency of the required review are also described.

Abstract: A system for securing patient medical information for communication over a potentially vulnerable system includes separating patient's medical file into a demographics layer and a data layer, separately encrypting the demographic layer and data layer using different encryption keys, and providing servers in a communication and processing system with a decryption key for the layer processed by such server. Medical file data may be separated into more than two layers. Users accessing the system are authenticated using standard techniques. By separately encrypting different parts of a patient medical record, processing and communication of patient medical files by intermediary servers is enabled without risking disclosure of sensitive patient information if such servers are compromised.

Abstract: Methods and systems for communicating a patient medical file having personal demographic information, medical data and a diagnostic image include separating the file into layers including a demographic layer demographic information and a data layer. Medical data may be evaluated using an auto-analysis. The demographic layer may be encrypted with a first encryption key, and the data layer may be encrypted with a second encryption key different from the first. The encrypted demographic and data layers may be sent to a server capable of decrypting one of the layers but not both. The data layer may be decrypted at the server and an operation performed to select a second portion of the diagnostic image. The portion of the processed data layer including the selected second portion of the image may be re-encrypted and the encrypted demographic layer and re-encrypted data layer may be transmitted to a mobile device.

Abstract: Methods and devices are provided for central management of licenses, particularly those relating to wagering games. A license proxy deployed in and/or dedicated to a gaming establishment may operate under the control of a central licensing manager controlled by another entity, e.g., by a game provider. The license proxy may receive requests to enable features of an electronic gaming machine of the gaming establishment (e.g., game themes, player tracking features and/or peripheral device features) and determine, based on information provided by the central licensing manager, whether to grant such requests. The license proxy may also process requests to enable features of other devices in a gaming establishment, such as server-based features.

Abstract: Techniques are generally disclosed for using an operating entity, including a method, apparatus, and/or system to control usage of the operating entity. In various embodiments, an in-use signal generator may be configured to generate at least one in-use signal, with the at least one in-use signal having a signal duration representative of at least one usage episode of the operating entity. An aging circuit may be coupled to the in-use signal generator and configured to output at least one age-affected signal in response to the at least one in-use signal. A metering module may be coupled to the aging circuit and, in response to the at least one age-affected signal, and configured to measure a signal characteristic of the at least one age-affected signal and translate the signal characteristic into a generated quantity of accumulative usage of the aging circuit.

Abstract: A method for securing patient medical information for communication over a potentially vulnerable system includes separating patient's medical file into a demographics layer and a data layer, separately encrypting the demographic layer and data layer using different encryption keys, and providing servers in a communication and processing system with a decryption key for the layer processed by such server. Medical file data may be separated into more than two layers. Users accessing the system are authenticated using standard techniques. By separately encrypting different parts of a patient medical record, processing and communication of patient medical files by intermediary servers is enabled without risking disclosure of sensitive patient information if such servers are compromised.

Abstract: The server of a communication system determines a communication growth level that is the level of growth of communication between one user and another user based on the cumulative count of mail send/receive events, and stores the determined growth level in the communication growth level Data Base. When the server receives a profile view request to view the profile of user A from the terminal of user B, the server determines the range of profile information to be opened for user B out of the profile of user A, based on the communication growth level of the pair of user A and user B stored in the communication growth level Data Base.

Abstract: An apparatus for generating copyright information for a secondarily processed content obtained by performing secondary processing on an original content, includes a secondary processed substance acquiring unit, a default license information generating unit, and a license information editing unit. The secondary processed substance acquiring unit acquires operation substances of the secondary processing performed on the original content. The default license information generating unit obtains rights expressions for the operation substances acquired by the secondary processed substance acquiring unit to generate default license information including the rights expressions as an initial value. The license information editing unit accepts selection of a desired rights expression by a user from the rights expressions of the default license information generated by the default license information generating unit to generate license information of the secondary processed content from the selected rights expression.

Abstract: Metering is enabled through an arrangement in which a metering certificate is communicated to a mobile device using an over-the-air protocol. A metering trigger provides the metering certificate that includes a location to which metering data is posted by the mobile device and a public key of a public-private key pair, or alternatively provides a link to such metering certificate. A metering helper passes the metering certificate to a DRM system on the mobile device which collects metering data associated with the metering ID and uses the public key to encrypt the metering data into a metering challenge. The metering helper posts the metering challenge to the location. The metering service extracts the metering data from the metering challenge using a private key and generates a metering response that is received by the metering helper which prompts the DRM system to reset at least a portion of a data store in which the metering data is stored.