Abstract: A technique is described for the redundant registering of an actuation of a motor-vehicle brake system. A device which is provided for this purpose comprises a first sensor for generating a first sensor signal which indicates a movement of a mechanical input component of the brake system, and a second sensor for generating a second sensor signal which indicates a hydraulic pressure in the brake system. A processing device which is coupled to the two sensors is configured for selectively outputting an actuation signal which is generated on the basis of the first sensor signal or an actuation signal which is generated on the basis of the second sensor signal. The actuation signal indicates an actuation of the brake system.

Abstract: A drive circuit for an electric motor of the type which forms part of a pump in a hydraulic braking circuit of a vehicle comprises an input node, an output node and a voltage and current regulating circuit which connects the nodes and which varies the voltage and current supplied to the output node from the input node in response to a modulation strategy, the input node in use being connected to a battery supply of a vehicle and the output node connected to one side of the electric motor. The voltage and current regulating circuit comprises a switch mode power supply circuit capable of providing at the output node a voltage that is either above or below the battery supply voltage at the input node.

Abstract: A method includes using a network interface controller to monitor a transmit ring, wherein the transmit ring comprises a circular ring data structure that stores descriptors, wherein a descriptor describes data and comprises a guest bus address that provides a virtual memory location of the data. The method also includes using the network interface controller to determine that a descriptor has been written to the transmit ring. The method further includes using the network interface controller to attempt to retrieve a translation for the guest bus address. The method includes using the network interface controller to read the descriptor from the transmit ring.

Abstract: Embodiments attribute network data transfers to applications executing on a computing device. A data transfer service executes on the computing device to receive and process data transfer requests. The data transfer requests, populated by the applications, have identifiers attributed thereto to enable monitoring of the network data transfers per identifier. For example, network data transfers associated with different mail accounts of a mail program or different web sites of browser are attributed separately. Data usage statistics relating to the network data transfers for each identifier may be generated and presented to the user for review.

Abstract: A method for designing a system on a target device includes generating a hardware description language (HDL) representation of profile data collecting hardware for a HDL of the system during a high-level compilation to collect profile data that includes an arrival rate associated with data transmitted to a buffer and a service rate of a service node associated with the buffer. The HDL of the system is compiled to generate a data file that describes a synthesis, placement and routing of the system on the target device. The target device is programmed with the data file to physically transform components on the target device to implement the system.

Abstract: Embodiments attribute network data transfers to applications executing on a computing device. A data transfer service executes on the computing device to receive and process data transfer requests. The data transfer requests, populated by the applications, have identifiers attributed thereto to enable monitoring of the network data transfers per identifier. For example, network data transfers associated with different mail accounts of a mail program or different web sites of browser are attributed separately. Data usage statistics relating to the network data transfers for each identifier may be generated and presented to the user for review.

Abstract: A method for repairing rivet tape includes steps of cutting portions of the rivet tape on each side of a break to define at least three aligned coplanar rivet tape edges, abutting the at least three aligned coplanar rivet tape edges to define a seam, and joining the at least three aligned coplanar rivet tape edges to one another. The seam may define a Z shape. One or more rivets may be removed to expose rivet apertures on each side of the break before the steps of cutting, abutting, and joining. The step of joining is accomplished by at least one adhesive strip disposed on a surface of the rivet tape and dimensioned to overlie the at least one or more exposed rivet apertures. Adhesive strips may be disposed on each opposed surface of the rivet tape length. In other aspects, workstations comprise devices for practicing the described methods.

Abstract: A method includes using a network interface controller to monitor a transmit ring, wherein the transmit ring comprises a circular ring data structure that stores descriptors, wherein a descriptor describes data and comprises a guest bus address that provides a virtual memory location of the data. The method also includes using the network interface controller to determine that a descriptor has been written to the transmit ring. The method further includes using the network interface controller to attempt to retrieve a translation for the guest bus address. The method includes using the network interface controller to read the descriptor from the transmit ring.

Abstract: A method for repairing rivet tape includes steps of cutting portions of the rivet tape on each side of a break to define at least three aligned coplanar rivet tape edges, abutting the at least three aligned coplanar rivet tape edges to define a seam, and joining the at least three aligned coplanar rivet tape edges to one another. The seam may define a Z shape. One or more rivets may be removed to expose rivet apertures on each side of the break before the steps of cutting, abutting, and joining. The step of joining is accomplished by at least one adhesive strip disposed on a surface of the rivet tape and dimensioned to overlie the at least one or more exposed rivet apertures. Adhesive strips may be disposed on each opposed surface of the rivet tape length. In other aspects, workstations comprise devices for practicing the described methods.

Abstract: Ipomoea batatas ‘NC 05-198’ is a high yielding, orange fleshed, smooth skinned, rose-colored, table-stock sweetpotato. Plants from beds are early and storage root shape is generally not affected by cool planting conditions. ‘NC05-198’ produces uniformly shaped and sized roots resulting in a high pack-out of No. 1 roots by sweetpotato packers, giving it a high economic value. It is tolerant to internal necrosis. Based on multiyear disease evaluations, ‘NC205-198 is resistant to fusarium wilt, moderately resistant to Streptomyces soil rot, and moderately susceptible to southern root knot nematode.

Abstract: Embodiments profile users and applications based on network data usage. Data usage statistics are collected and compared for the users and applications. Profiles are assigned to the users and applications based on the comparison. In some embodiments, the applications are ranked based on data usage and presented to the users in an application marketplace.

Abstract: Embodiments manage use of different network connections for data transfer in view of priority information and a data usage plan identifying threshold limits associated with the different network connections. A computing device receives data transfer requests from applications executing on the computing device. The data transfer requests have priority information associated therewith. The computing device compares the priority information with available network connections. One or more of the data transfer requests are selected for initiation based on the comparison and on the threshold limits.

Abstract: ‘NCORNSP-020BWGWE’ is a compact, non-twining, upright variety producing many short shoots. It is distinguishable from other cultivars by its yellow green heart shaped leaves with dentate to serrate irregular projecting points (i.e. teeth) with a cordate-deltoid base; a compact habit and erect mounding plant architecture. The lime green, toothed leaves of this plant, short internodes, and the plant architecture are what makes ‘NCORNSP-020BWGWE’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-020BWGWE’ also exhibits very good vigor and is very well branched. In greenhouse and field trials conducted since 2013, ‘NCORNSP-020BWGWE’ has been shown to be much less vigorous than Ipomoea batatas ‘Margarita’ and ‘Blackie’ and is suitable for use as a landscape or containerized plant. The production of flowers by ‘NCORNSP-020BWGWE’ is sporadic under short day conditions.

Abstract: ‘NCORNSP-023BWAM’ is a compact, non-twining, upright variety producing many short shoots. It is distinguishable from other cultivars by its purple toothed-slightly lobed leaves with a cordate base; a compact habit and erect mounding plant architecture. The purple-toothed leaves of this plant, short internodes, and the plant architecture are what make ‘NCORNSP-023BWAM’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-023BWAM’ also exhibits very good vigor and is well branched. In greenhouse and field trials conducted since 2012, ‘NCORNSP-023BWAM’ has been shown to be much less vigorous than Ipomoea batatas ‘Margarita’ and ‘Blackie’ and is suitable for use as a landscape or containerized plant. The production of flowers by ‘NCORNSP-023BWAM’ is sporadic under short day conditions.

Abstract: ‘NCORNSP-021SHJB’ is a moderately compact, to compact, non-twining, slightly upright variety producing many short shoots. It is distinguishable from other cultivars by its purple heart shaped leaves that are entire with a cordate base; a moderately compact to compact habit and semi-erect mounding plant architecture. The purple leaves of this plant, short internodes, and the plant architecture are what make ‘NCORNSP-021SHJB’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-021SHJB’ also exhibits very good vigor and is very well branched. In greenhouse and field trials conducted since 2013, ‘NCORNSP-021SHJB’ has been shown to be much less vigorous than Ipomoea batatas ‘Margarita’ and ‘Blackie’ and is suitable for use as a landscape or containerized plant. The production of flowers by ‘NCORNSP-021SHJB’ is sporadic under short day conditions.

Abstract: ‘NCORNSP-021SHJB’ is a moderately compact, to compact, non-twining, slightly upright variety producing many short shoots. It is distinguishable from other cultivars by its purple heart shaped leaves that are entire with a cordate base; a moderately compact to compact habit and semi-erect mounding plant architecture. The purple leaves of this plant, short internodes, and the plant architecture are what make ‘NCORNSP-021SHJB’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-021SHJB’ also exhibits very good vigor and is very well branched. In greenhouse and field trials conducted since 2013, ‘NCORNSP-021SHJB’ has been shown to be much less vigorous than Ipomoea batatas ‘Margarita’ and ‘Blackie’ and is suitable for use as a landscape or containerized plant. The production of flowers by ‘NCORNSP-021SHJB’ is sporadic under short day conditions.

Abstract: ‘NCORNSP-020BWGWE’ is a compact, non-twining, upright variety producing many short shoots. It is distinguishable from other cultivars by its yellow green heart shaped leaves with dentate to serrate irregular projecting points (i.e. teeth) with a cordate-deltoid base; a compact habit and erect mounding plant architecture. The lime green, toothed leaves of this plant, short internodes, and the plant architecture are what makes ‘NCORNSP-020BWGWE’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-020BWGWE’ also exhibits very good vigor and is very well branched. In greenhouse and field trials conducted since 2013, ‘NCORNSP-020BWGWE’ has been shown to be much less vigorous than Ipomoea batatas ‘Margarita’ and ‘Blackie’ and is suitable for use as a landscape or containerized plant. The production of flowers by ‘NCORNSP-020BWGWE’ is sporadic under short day conditions.

Abstract: ‘NCORNSP-023BWAM’ is a compact, non-twining, upright variety producing many short shoots. It is distinguishable from other cultivars by its purple toothed-slightly lobed leaves with a cordate base; a compact habit and erect mounding plant architecture. The purple-toothed leaves of this plant, short internodes, and the plant architecture are what make ‘NCORNSP-023BWAM’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-023BWAM’ also exhibits very good vigor and is well branched. In greenhouse and field trials conducted since 2012, ‘NCORNSP-023BWAM’ has been shown to be much less vigorous than Ipomoea batatas ‘Margarita’ and ‘Blackie’ and is suitable for use as a landscape or containerized plant. The production of flowers by ‘NCORNSP-023BWAM’ is sporadic under short day conditions.

Abstract: Ipomoea batatas ‘NC05-198’ is a high yielding, orange fleshed, smooth skinned, rose-colored, table-stock sweetpotato. Plants from beds are early and storage root shape is generally not affected by cool planting conditions. ‘NC05-198’ produces uniformly shaped and sized roots resulting in a high pack-out of No. 1 roots by sweetpotato packers, giving it a high economic value. It is tolerant to internal necrosis. Based on multiyear disease evaluations, ‘NC05-198 is resistant to fusarium wilt, moderately resistant to Streptomyces soil rot, and moderately susceptible to southern root knot nematode.

Abstract: ‘NCORNSP-024SCRI’ is a compact, non-twining, upright variety producing many short shoots. It is distinguishable from other cultivars by its purple palmate shaped leaves with a lobed base; a compact habit and semi-erect mounding plant architecture. The purple leaves, short internodes, and the plant architecture are what makes ‘NCORNSP-024SCRI’ unique amongst the current ornamental sweetpotatoes in the marketplace. ‘NCORNSP-024SCRI’ also exhibits very good vigor and is well branched.