Abstract: Disclosed herein is a system and method for controlling relevance and variety in stored data in data management platforms for audience targeting. The method comprises receiving an input query using a user interface from a user; storing and indexing the target audience in a database; providing an expanded set of search queries from the input query based on the input query, by using a language model; receiving the expanded set of search queries to provide a result of matched target audiences based on the expanded set of search queries matched with the target audiences stored in the database; receiving matched target audiences from a relevance module to provide a filtered result of the matched target audiences by discarding non-relevant target audience based on preset calculation; and performing multiscale clustering to provide a graphical representation or a ranked list of the filtered matched target audiences based on a weightage score.

Abstract: Disclosed herein is a system and method for controlling relevance and variety in stored data in data management platforms for audience targeting. The method comprises receiving an input query using a user interface from a user; storing and indexing the target audience in a database; providing an expanded set of search queries from the input query based on the input query, by using a language model; receiving the expanded set of search queries to provide a result of matched target audiences based on the expanded set of search queries matched with the target audiences stored in the database; receiving matched target audiences from a relevance module to provide a filtered result of the matched target audiences by discarding non-relevant target audience based on preset calculation; and performing multiscale clustering to provide a graphical representation or a ranked list of the filtered matched target audiences based on a weightage score.

Abstract: A first component of a network device determines that the first component is to provide packet data to a second component of the network device for processing by the second component. In connection with determining that the first component is to provide packet data to the second component of the network device, the first component prompts the second component to activate a clock network of the second component. In connection with prompting the second component to activate the clock network, the first component sends the packet data to the second component to be processed by the second component. The first component determines when the second component has completed processing of the packet data, and prompts the second component to deactivate the clock network in response to determining that the second component has completed processing of the packet data.

Abstract: A first component of a network device determines that the first component is to provide packet data to a second component of the network device for processing by the second component. In connection with determining that the first component is to provide packet data to the second component of the network device, the first component prompts the second component to activate a clock network of the second component. In connection with prompting the second component to activate the clock network, the first component sends the packet data to the second component to be processed by the second component. The first component determines when the second component has completed processing of the packet data, and prompts the second component to deactivate the clock network in response to determining that the second component has completed processing of the packet data.

Abstract: In present solar panel theft protection system, a solar panel stops generating power after it is detached from its intended system or if the solar radiation level goes below certain min level. The accordance with the present disclosure solar panel & its connected system identify each other by encrypted codes. The solar panel & its connected system communicate with each other through same power cables which are coming from solar panel (i.e. positive & negative). No extra communication cabling is required.

Abstract: In present solar panel theft protection system, a solar panel stops generating power after it is detached from its intended system or if the solar radiation level goes below certain min level. The accordance with the present disclosure solar panel & its connected system identify each other by encrypted codes. The solar panel & its connected system communicate with each other through same power cables which are coming from solar panel (i.e. positive & negative). No extra communication cabling is required.

Abstract: An apparatus for increasing scheduling efficiency in network devices may include (1) at least one memory device that stores at least one data chunk included in a packet, (2) a scheduler device that (a) schedules transmission of the packet that includes the data chunk and (b) issues a request to transmit the packet based at least in part on the scheduled transmission, and (3) a packet-delivery device that (a) receives the request to transmit the packet from the scheduler device, (b) prepares the packet for transmission at a faster rate than the scheduler device schedules the transmission of the packet, and then (c) facilitates transmitting the data chunk included in the packet to a computing device. Various other apparatuses, systems, and methods are also disclosed.

Abstract: A display device and a method for providing information thereof are provided. The display device includes a display which displays a video content, a communication device which communicates with an external device, an input which receives a user command, and a controller which, when a predetermined command is input through the input, detects a plurality of entities included in the video content, and when at least one of the plurality of entities is selected through the input, controls the display to collect and display information regarding the selected at least one entity through the communication device.

Abstract: A mobile broadcast system configured to provide time-based merchandising and access control includes: a distribution module configured to transmit system information to a user device, wherein the system information includes time-based subscription information for one or more service packages, to receive a subscription request indicating a selected service package, to determine if the user device is authorized to receive the selected service package; and to transmit a subscription response to the user device.