Abstract: A system for processing a selected feedstock using a catalyst includes a reactor, a catalyst recovery system, and a conduit. The reactor receives the catalyst and the selected feedstock. A reaction between the selected feedstock and the catalyst generates a spent catalyst. The catalyst recovery system processes the spent catalyst. The conduit connects the reactor to the catalyst recovery system and has a lateral section. The spent catalyst flows from the reactor through a flow space defined by an inner wall of the lateral section to the catalyst recovery system. The system also includes a fluidizer positioned at the lateral section. The fluidizer includes at least one nozzle. The at least one nozzle is completely inside the flow space. The at least one nozzle forms and directs a jet of a fluidizing agent into the spent catalyst in the lateral section.

Abstract: A system for processing a selected feedstock using a catalyst includes a reactor, a catalyst recovery system, and a conduit. The reactor receives the catalyst and the selected feedstock. A reaction between the selected feedstock and the catalyst generates a spent catalyst. The catalyst recovery system processes the spent catalyst. The conduit connects the reactor to the catalyst recovery system and has a lateral section. The spent catalyst flows from the reactor through a flow space defined by an inner wall of the lateral section to the catalyst recovery system. The system also includes a fluidizer positioned at the lateral section. The fluidizer includes at least one nozzle. The at least one nozzle is completely inside the flow space. The at least one nozzle forms and directs a jet of a fluidizing agent into the spent catalyst in the lateral section.

Abstract: Disclosed herein are various embodiments for a sensitive data management system. An embodiment operates by receiving an HTTP request for an interface. A plurality of tiles, including both tiles associated with sensitive data and non-sensitive data, are identified for display on the interface. An access profile associated with providing access to the sensitive data is identified, the access profile including one or more requirements, associated with the HTTP request. Request information in the HTTP request corresponding to the one or more requirements of the access profile is identified. The identified request information is compared to the one more requirements of the access profile. A determination is made whether the identified request information satisfies the one more requirements of the access profile based on the comparing. At least one of: the second tile or the first tile and the second tile are provided for display on the interface based on the determination.

Abstract: Systems and methods for determining whether networked system migrations are successful are disclosed. In accordance with one method, a first set of properties of the networked system on a source platform in a first administrative domain is determined. Further, the method includes transferring the networked system to a destination platform in a second administrative domain. In addition, a second set of properties of the transferred system on the destination platform is determined, where the first and second sets of properties include functional properties and at least one of: performance properties, security properties or reliability properties. The method also includes outputting an indication that the transfer of the system to the destination platform is successful in response to determining that one or more of the properties of the second set are equivalent to corresponding properties of the first set.

Abstract: A method and apparatus for consolidating a plurality of applications into one or more servers. The method and apparatus organizes consolidation constraints representing preferences about placing applications into the one or more servers, and allocates the applications into the one or more servers in a manner that maximally satisfies the consolidation constraints.

Abstract: A method system for diagnosing a detected failure in a computer system, compares a failure signature of the detected failure to an archived failure signature contained in a database to determine if the archived failure signature matches the failure signature of the detected failure. If the archived failure signature matches the failure signature of the detected failure, an archived solution is applied to the computer system that resolves the detected failure, the archived solution corresponding to a solution used to resolve a previously detected computer system failure corresponding to the archived failure signature in the database that matches the detected failure.

Abstract: Systems and methods for determining whether networked system migrations are successful are disclosed. In accordance with one method, a first set of properties of the networked system on a source platform in a first administrative domain is determined. Further, the method includes transferring the networked system to a destination platform in a second administrative domain. In addition, a second set of properties of the transferred system on the destination platform is determined, where the first and second sets of properties include functional properties and at least one of: performance properties, security properties or reliability properties. The method also includes outputting an indication that the transfer of the system to the destination platform is successful in response to determining that one or more of the properties of the second set are equivalent to corresponding properties of the first set.

Abstract: A method and apparatus for consolidating a plurality of applications into one or more servers. The method and apparatus organizes consolidation constraints representing preferences about placing applications into the one or more servers, and allocates the applications into the one or more servers in a manner that maximally satisfies the consolidation constraints.

Abstract: A method system for diagnosing a detected failure in a computer system, compares a failure signature of the detected failure to an archived failure signature contained in a database to determine if the archived failure signature matches the failure signature of the detected failure. If the archived failure signature matches the failure signature of the detected failure, an archived solution is applied to the computer system that resolves the detected failure, the archived solution corresponding to a solution used to resolve a previously detected computer system failure corresponding to the archived failure signature in the database that matches the detected failure.

Abstract: In an infrastructure solution for content-based forwarding, filter pipelining enables handling of the high-rate message streams. Documents are distributed in the network by forwarding from publisher proxy servers to attribute trees associated with particular attributes in the message. The trees filter the messages based on attribute values, and deliver the messages to subscriber proxy servers for predicate-based distribution to subscribers. To maximize throughput, the attribute trees utilize the concept of weak filtering, wherein a message may be delivered to a node in the attribute tree that is associated with a range of attribute values that does not include the attribute value of the message.

Abstract: A system and method are herein disclosed for parallel streaming of stored media from multiple sources. The architecture utilizes the notion of indirect streaming and provides a local proxy streaming server which is responsible for interacting with the multiple servers and scheduling downloads of media blocks and for dealing with possible rate fluctuations and server failures.