Abstract: Presented herein are system(s) and method(s) for generating self-synchronized launch of last shift capture pulses using on-chip phase locked loop for at-speed scan testing. In one embodiment, there is presented a system for scan testing. The system comprises an ATE clock and a phase lock loop. The ATE clock shifts scan data. The phase lock loop generates capture pulses. The ATE clock or the capture pulses are selected based on an external synchronization signal.

Abstract: Herein described are at least a method and a system to perform at-speed scan testing of a digital integrated circuit chip. The digital integrated circuit chip is segmented into a plurality of segments wherein each segment comprises a signal conditioning circuitry. In a representative embodiment, the signal conditioning circuitry conditions and/or regenerates a scan enable control signal used to select either a scan-shift or capture mode during scan testing of the digital integrated circuit chip. In a representative embodiment, the method comprises dividing a scan chain into multiple segments and positioning a conditioning circuitry within each of the segments.

Abstract: Presented herein are system(s) and method(s) for generating a individual clock domain based scan enable signal for launch of last shift type of at-speed scan testing. In one embodiment, there is presented a circuit for scan testing. The circuit comprises at least two flip flops, one OR gate, one inverter, and a multiplexer. The first flip flop comprises an input for receiving an external primary scan enable signal and second flip flop provides an output for providing a clock domain based scan enable signal in response to external primary scan enable signal. The multiplexer based on its control signal value either selects output of second flip flops or passes external primary scan enable signal at the output.

Abstract: Presented herein are system(s) and method(s) for generating self-synchronized launch of last shift capture pulses using on-chip phase locked loop for at-speed scan testing. In one embodiment, there is presented a system for scan testing. The system comprises an ATE clock and a phase lock loop. The ATE clock shifts scan data. The phase lock loop generates capture pulses. The ATE clock or the capture pulses are selected based on an external synchronization signal.

Abstract: A system, method, and apparatus are directed to managing a subscription to an RSS feed. A search component enables searching over a network for content associated with an RSS feed. In one embodiment, the search component receives a search query in the form of a structured query language (SQL), Boolean expression, or the like. The search component may search for content based on the search query and validate the RSS feed associated with the results from the search. A list of validated RSS feeds may be sent to the user. The user may then select from the list and subscribe to a validated RSS feed. In addition, the user may employ the search query as an RSS feed. Thus, the same search may be performed automatically and the results compared to the previous search results. If a change in the search results is detected, the user may be alerted.

Abstract: A system, apparatus, and method are directed to managing an alert to a subscriber based on a change of content at an RSS content source (RCS). A content collector identifies changes in content from various RCSs. In one embodiment, the RCS may notify the content collector of a change in content. In another embodiment, a crawler is used to identify an RCS with changed content based, in part, on a subscriber's request. Information about the RCS with changed content is provided to at least one of a plurality of matching engines using a load-balancing mechanism. Each of the matching engines manages a store that identifies subscribers that have requested an alert from a particular RCS. The matching engines further determine when the subscriber was last notified of a change in content from that RCS so that the subscriber is not notified multiple times of the same change.

Abstract: A system, apparatus, and method are directed to managing customization of a subscription and/or an alert for an RSS feed over a network. An RSS Content Source (RCS) may provide feed templates that may be used to modify a subscription interface. The RCS may further provide additional feed templates that are useable to modify an RSS alert and/or the RSS content. Moreover, a RSS subscription service provider may also provide one or more feed templates. The feed templates may include co-branding information, advertisements, related RSS feeds, services related to the RCS's business, products available from the RCS, or the like. The feed templates may further change a look and feel of a subscription interface, and/or RSS alert to enhance subscriber loyalty, and improve business opportunities. In one embodiment, the feed templates include material that may change based, in part, on a subscriber's behavior.