Abstract: Aspects of the present disclosure relation to systems, methods, and apparatus for correcting thermal processing of substrates. In one aspect, a corrective absorption factor curve having a plurality of corrective absorption factors is generated.

Abstract: In one embodiment, an apparatus includes a host controller to implement one or more layers of a Universal Serial Bus (USB)-based protocol to provide an interconnect for a plurality of devices. The host controller is to monitor control plane messages on the interconnect, detect, in the control plane messages, a power state change command for a device coupled to the interconnect, wherein the devices utilizes a tunneled protocol on the interconnect, and modify power distribution for one or more other devices of the interconnect based on detecting the power state change command.

Abstract: A method of auxiliary data capture control includes: storing, at a data capture device, a trigger condition and a baseline value captured by a sensor; controlling the sensor to obtain captured data; determining, based on the captured data and the baseline value, whether the trigger condition is satisfied, wherein the trigger condition includes whether the captured data exceeds the baseline value; and when the trigger condition is satisfied, controlling an auxiliary data capture sensor to obtain auxiliary captured data.

Abstract: In an on-chip copy process, performed by a storage device, data is copied from a plurality of Single Level Cell (SLC) blocks of non-volatile three-dimensional memory (e.g., 3D flash memory) in a respective memory die to a Multilevel Cell (MLC) block of the same memory die. A copy of source data from a respective SLC block is interleaved with a copy of source data from one or more other SLC blocks in the memory die to produce interleaved source data. Each source data copy that is interleaved is rotated by an offset assigned to the respective SLC block from which the source data is copied, and each respective SLC block in the plurality of SLC blocks is assigned a distinct offset. Each distinct set of the interleaved source data is written to a distinct respective MLC page of the MLC block.

Abstract: In an on-chip copy process, performed by a storage device, data is copied from a plurality of Single Level Cell (SLC) blocks of non-volatile three-dimensional memory (e.g., 3D flash memory) in a respective memory die to a Multilevel Cell (MLC) block of the same memory die. A copy of source data from a respective SLC block is interleaved with a copy of source data from one or more other SLC blocks in the memory die to produce interleaved source data. Each source data copy that is interleaved is rotated by an offset assigned to the respective SLC block from which the source data is copied, and each respective SLC block in the plurality of SLC blocks is assigned a distinct offset. Each distinct set of the interleaved source data is written to a distinct respective MLC page of the MLC block.

Abstract: Multicast packets from streaming services on a data network are reduced. A packet conversion policy distributes OpenFlow rules to network components involved in multicasting services. In coordination with, and responsive to, detecting a matching service provider advertisement and service receiver request, executing an SDN policy governing a multicast streaming service. Specifically, multicast packets from a flow for streaming the multicast service are converted from multicast to unicast when sent from the network component associated with the service provider, and then are converted from unicast to multicast when received at the network component associated with the station.

Abstract: Multicast packets from streaming services on a data network are reduced. A packet conversion policy distributes OpenFlow rules to network components involved in multicasting services. In coordination with, and responsive to, detecting a matching service provider advertisement and service receiver request, executing an SDN policy governing a multicast streaming service. Specifically, multicast packets from a flow for streaming the multicast service are converted from multicast to unicast when sent from the network component associated with the service provider, and then are converted from unicast to multicast when received at the network component associated with the station.

Abstract: Provided is a method of loading data in a data warehouse. Two types of work tables are generated, namely, a first work table and a second work table. The data is loaded into the first work table and prepared for loading, using the second work table as temporary table for data preparation. The prepared data is loaded into the data warehouse.

Abstract: Provided is a method of loading data in a data warehouse. Two types of work tables are generated, namely, a first work table and a second work table. The data is loaded into the first work table and prepared for loading, using the second work table as temporary table for data preparation. The prepared data is loaded into the data warehouse.

Abstract: An engine cover (400), such as a valve cover (700) or an oil pan (400), includes a skeleton structure (402) that may have a plurality of ribs (406) and at least one opening. At least one panel (404) is configured to fit in the at least one opening, and is operably connected to the skeleton structure (402). A seal (424) is located between the at least one panel (404) and the skeleton structure (402). The plurality of ribs (406) defines a plurality of channels (802) located around the at least one or more openings. Each panel (404) is held to the skeleton structure (402) by the plurality of channels (802).

Abstract: An engine cover (400), such as a valve cover (700) or an oil pan (400), includes a skeleton structure (402) that may have a plurality of ribs (406) and at least one opening. At least one panel (404) is configured to fit in the at least one opening, and is operably connected to the skeleton structure (402). A seal (424) is located between the at least one panel (404) and the skeleton structure (402). The plurality of ribs (406) defines a plurality of channels (802) located around the at least one or more openings. Each panel (404) is held to the skeleton structure (402) by the plurality of channels (802).