365 results about "Retargeting" patented technology

Hybrid replication systems and methods for a virtual computing environment utilize snapshot rotation and differential replication. During snapshot rotation, data modifications intended for a source virtual machine disk (VMDK) are captured by a primary snapshot. Once a particular criterion is satisfied, the data modifications are redirected to a secondary snapshot while the primary snapshot is committed to both source and target VMDKs. The secondary snapshot is then promoted to primary, and a new secondary snapshot is created with writes redirected thereto. If the VMDKs become out-of-sync, disclosed systems can automatically perform a differential scan of the source data and send only the required changes to the target server. Once the two data sets are synchronized, snapshot replication can begin at the previously configured intervals. Certain systems further provide for planned failover copy operations and / or account for migration of a virtual machine during the copying of multiple VMDKs.

A technique is disclosed for generating markup information to be displayed on a client computer system. The client system includes memory configured to store at least one update file which comprises keyword information relating to keywords suitable for markup. In one implementation, the update file is generated at a remote server system and downloaded to the client system. When a new document (e.g. a web page) is displayed on the client system to an end user, selected context associated from the document is analyzed for selected keywords. In a specific implementation, the selected keyword information is provided by an entity other than the end user. Using the selected keyword information, specific context in the document is selected to be marked up. According to a specific embodiment, the selection of the document context to be marked up may be performed at the client system. Markup operations are then implemented at the client system on at least a portion of the selected document context, thereby resulting in marked up document context which has a visual appearance that is different than the appearance of the initial parsed context. Additionally, a pop-up advertisement may be automatically displayed on the client system based upon the identified context in the document. When the user clicks on a portion of the marked up document context, the user may be redirected to a target URL which was not included as part of the initial parsed document context. Alternatively, a pop-up window or layer which includes a plurality of different links may be displayed to the user.

One illustrative method disclosed herein includes the steps of decomposing an initial overall target exposure pattern into at least a first decomposed sub-target pattern and a second decomposed sub-target pattern, performing first and second retargeting processes on the first and second decomposed sub-target patterns while using the other sub-target pattern as a reference layer, respectively, to thereby define retargeted first and second decomposed sub-target patterns, respectively, and, after performing the first and second retargeting processes, performing at least one process operation to determine if each of the retargeted first decomposed sub-target pattern and the retargeted second decomposed sub-target pattern is in compliance with at least one design rule.

Under the present invention, a method, computer program product, and system for non-blocking dynamic update of statically-typed class-based object-oriented software executing as byte-code on a virtual machine within an actively running computer system is provided. A set of objects instantiated from an existing module or multiple modules (identifiable collections of application resources and class definitions in the form of byte-code representations) is ready for execution on a virtual machine in an actively running computer system. New versions of one or more modules corresponding to those already loaded into the actively running virtual machine are dynamically loaded into the virtual machine for the purpose of updating the running software. The class definitions within the loaded modules are prepared for dynamic update by inserting byte-code that enables; transparent state transfer and shared object identity between objects of a former version and the new version of a class. On the event of a software update, the objects instantiated from a former version of an updated class become un-initialized surrogate objects with the potential to redirect to their future corresponding objects. Corresponding objects are created lazily on first access of the declaring class members. Besides lazy redirection of the behavior of objects and classes, non-blocking dynamic update is achieved by lazy migration of the state of former objects and classes while locking on a temporary field access lock. Thus, the algorithm for controlling field access and state migration is completely lock-free both before and after state migration; hence the performance degradation is minimal. Finally, any unreferenced objects are removed from memory.

According to one aspect of the present invention a method for selectively transportable TV services to a subscriber includes a first TV services provider receiving a request from the subscriber. The request identifies a selected set of predefined channels and a selected converter located at a location to which the selected set is to be redirected. Responsive to the request, or as part of the request, a second TV services provider serving the selected converter is identified. A second request is sent to the second provider identifying the selected channels to be redirected to the converter. The second provider responsively identifies which ones of the channels of the selected set are available for delivery by the second provider to the converter. A comparison of these available channels to the selected channels indicates whether all of the selected channels are available for delivery by the second provider.

A data isolation system for software and data maintenance, back up and recovery for a computer wherein dynamic data files are identified and redirected or copied into a hidden partition (212) on a hard disk (210) of the computer. Automatic back ups are made to the dynamic data files in the hidden partition (212) whenever the dynamic data files are amended. The dynamic data files in the hidden partition (212) include the computer's operating environment so that the computer's operating environment can be restored from the dynamic data files in the hidden partition (212). The dynamic data files in the hidden partition (212) include data up to the time of a failure of the computer's system.

Remoting a display. A method that may be practiced, for example, in a networked computing environment including a local computer system running one or more applications and a remote computer that displays graphical information to a user for the one or more applications at the local computer system. The remote computer includes a number of surfaces. Drawing information including drawing commands is sent to the remote computer. Meta information is sent to the remote computer defining information about which surface from among the number of surfaces the drawing information applies. Composition information is sent to the remote computer defining the display characteristics of the surface.