Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: A method and system are disclosed for automated utilization of vulnerability databases for consumer electronic (CE) devices. The method includes deploying one or more customer-premise equipment or customer-provided equipment (CPE) broadband devices, each of the one or more broadband devices having one or more software components; loading a database of software component on each of the one or more broadband devices, the database of software components having a functional use case associated with each software component; periodically performing an automated reading of one or more published vulnerability databases; and comparing a list of vulnerabilities from the one or more published vulnerability databases against the database of software components for each of the one or more broadband devices.

Abstract: A device including a communication component, a DIAL protocol component, a video processing component and a PIC verification component. The communication component can wirelessly receive a personal identification code, can communicate with a display and can receive first video content from a content provider. The DIAL protocol component can perform protocols in accordance with a multiscreen discovery and launch of first screen content specification. The video processing component can provide first video data including PIC image data corresponding to a code so as to display the first video data and a PIC image on the display. The PIC verification component can generate a verification signal when the personal identification code corresponds to the PIC image data. The video processing component can further provide the first video content to the display based on the verification signal.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: A device including a communication component, a DIAL protocol component, a video processing component and a PIC verification component. The communication component can wirelessly receive a personal identification code, can communicate with a display and can receive first video content from a content provider. The DIAL protocol component can perform protocols in accordance with a multiscreen discovery and launch of first screen content specification. The video processing component can provide first video data including PIC image data corresponding to a code so as to display the first video data and a PIC image on the display. The PIC verification component can generate a verification signal when the personal identification code corresponds to the PIC image data. The video processing component can further provide the first video content to the display based on the verification signal.

Abstract: A device including a communication component, a DIAL protocol component, a video processing component and a PIC verification component. The communication component can wirelessly receive a personal identification code, can communicate with a display and can receive first video content from a content provider. The DIAL protocol component can perform protocols in accordance with a multiscreen discovery and launch of first screen content specification. The video processing component can provide first video data including PIC image data corresponding to a code so as to display the first video data and a PIC image on the display. The PIC verification component can generate a verification signal when the personal identification code corresponds to the PIC image data. The video processing component can further provide the first video content to the display based on the verification signal.

Abstract: The present technology relates to managing workload within a storage system. A quality of service parameter proposal associated with managing incoming network traffic is generated and provided to a plurality of nodes. The generated quality of service parameter proposal to manage the incoming network traffic is modified based on a response received from the nodes. The incoming network traffic is serviced using the data from the modified quality of service parameter proposal.

Abstract: A method and system are disclosed for automated utilization of vulnerability databases for consumer electronic (CE) devices. The method includes deploying one or more customer-premise equipment or customer-provided equipment (CPE) broadband devices, each of the one or more broadband devices having one or more software components; loading a database of software component on each of the one or more broadband devices, the database of software components having a functional use case associated with each software component; periodically performing an automated reading of one or more published vulnerability databases; and comparing a list of vulnerabilities from the one or more published vulnerability databases against the database of software components for each of the one or more broadband devices.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: A device including a communication component, a DIAL protocol component, a video processing component and a PIC verification component. The communication component can wirelessly receive a personal identification code, can communicate with a display and can receive first video content from a content provider. The DIAL protocol component can perform protocols in accordance with a multiscreen discovery and launch of first screen content specification. The video processing component can provide first video data including PIC image data corresponding to a code so as to display the first video data and a PIC image on the display. The PIC verification component can generate a verification signal when the personal identification code corresponds to the PIC image data. The video processing component can further provide the first video content to the display based on the verification signal.

Abstract: A device including a communication component, a DIAL protocol component, a video processing component and a PIC verification component. The communication component can wirelessly receive a personal identification code, can communicate with a display and can receive first video content from a content provider. The DIAL protocol component can perform protocols in accordance with a multiscreen discovery and launch of first screen content specification. The video processing component can provide first video data including PIC image data corresponding to a code so as to display the first video data and a PIC image on the display. The PIC verification component can generate a verification signal when the personal identification code corresponds to the PIC image data. The video processing component can further provide the first video content to the display based on the verification signal.

Abstract: A device including a communication component, a DIAL protocol component, a video processing component and a PIC verification component. The communication component can wirelessly receive a personal identification code, can communicate with a display and can receive first video content from a content provider. The DIAL protocol component can perform protocols in accordance with a multiscreen discovery and launch of first screen content specification. The video processing component can provide first video data including PIC image data corresponding to a code so as to display the first video data and a PIC image on the display. The PIC verification component can generate a verification signal when the personal identification code corresponds to the PIC image data. The video processing component can further provide the first video content to the display based on the verification signal.

Abstract: The present technology relates to managing workload within a storage system. A quality of service parameter proposal associated with managing incoming network traffic is generated and provided to a plurality of nodes. The generated quality of service parameter proposal to manage the incoming network traffic is modified based on a response received from the nodes. The incoming network traffic is serviced using the data from the modified quality of service parameter proposal.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: Methods and systems for a networked storage system are provided. One method includes assigning a quality of service (QOS) parameter for a storage volume of a networked storage environment having a first storage node and a second storage node, where the QOS parameter is defined by a throughput value that defines a maximum data transfer rate and a number of input/output (I/O) operations executed within a time period (IOPS); distributing the QOS parameter between the first storage node and the second storage node; determining that throughput credit is available for processing an I/O request for using the storage volume; determining that IOPS credit is available for processing the request by the first storage node; and processing the I/O request when both the throughput credit and the IOPS credit is available.

Abstract: A home gateway (102) includes a receiving component (106), a reformatting (109) component, a transcoding component (107), and a transmitting component (110). The receiving component (106) can receive an emergency alert system message in a first format. The reformatting component (109) can output a reformatted emergency alert system message in a second format, wherein the reformatted emergency alert system message is based on the received emergency alert system message. The transcoding component (107) may transcode content of the received emergency alert system message. The transmitting component (110) can transmit a notification, based on the reformatted emergency alert system message, to a client device (104).

Abstract: A home gateway (102) includes a receiving component (106), a reformatting (109) component, a transcoding component (107), and a transmitting component (110). The receiving component (106) can receive an emergency alert system message in a first format. The reformatting component (109) can output a reformatted emergency alert system message in a second format, wherein the reformatted emergency alert system message is based on the received emergency alert system message. The transcoding component (107) may transcode content of the received emergency alert system message. The transmitting component (110) can transmit a notification, based on the reformatted emergency alert system message, to a client device (104).