Abstract: A system for reducing data center latency including a webserver having a processor, a memory system controller, external memory, cache memory including a plurality of cache blocks, where each cache block includes provider parameters and at least one user identifier (ID), and program memory including code segments executable by the processor. In an embodiment, the webserver receives a request sent by a requestor having requestor parameters including at least a requestor ID and a user ID, identifies a predictive cache block set; formulates a reply based, at least in part, upon a probability that a number of replies associated with a user ID of the predictive cache block set will exceed a frequency floor number within a predetermined period of time; and sends the reply to the requestor.

Abstract: A system and method for identifying household users of electronic screen devices includes a server system having a digital processor, non-transient computer readable media, and a database. The computer readable media includes program instructions executable on the digital processor for: (a) retrieving from the database a stored IP address and requestor attributes associated with an advertisement (ad) request of a requestor; (b) storing an ad request that is likely of a residential origin in an IP Bucket; and (c) assigning a household identifier (HID) to the IP Bucket if it qualifies as a household.

Abstract: A system and method for identifying household users of electronic screen devices includes a server system having a digital processor, non-transient computer readable media, and a database. The computer readable media includes program instructions executable on the digital processor for: (a) retrieving from the database a stored IP address and requestor attributes associated with an advertisement (ad) request of a requestor; (b) storing an ad request that is likely of a residential origin in an IP Bucket; and (c) assigning a household identifier (HID) to the IP Bucket if it qualifies as a household.

Abstract: A system and method for electronically monitoring audience attentiveness and receptiveness including: collecting user data concerning a running of and interaction with, media content received via the first network interface by a user of the network terminal; converting the collected user data into user metrics; and analyzing the data to create at least one user Brand Affinity Index (BAI) score for the network terminal user.

Abstract: A system receives a document having a predefined format to be rendered on the computer system. The document is comprised of a plurality of objects. The system identifies at least one correlation between at least two objects within the plurality of objects, and assigns a weight to the correlation. The system determines a logical relationship between at least two objects within the plurality of objects. The logical relationship is determined according to the weight of at least one correlation. The logical relationship is associated with an order in which at least one object is rendered on the computer system.

Abstract: In one embodiment, a computer implemented method is illustrated as including receiving selection data generated by a media player application, the selection data being related to digital content. Additionally, generating an instruction set that includes the selection data, the instruction set being formatted based upon a Uniform Resource Identifier (URI) schema. Inserting the instruction set into a query portion of a URI. A method is also illustrated as including receiving a URI associated with digital content, the URI containing an instruction set in a query portion of the URI. Parsing the instruction set to retrieve selection data relating to the digital content. Further, the method may include retrieving the digital content based upon the selection data. Moreover, the method may include generating a data stream including the digital content. Additionally, the method may include transmitting the data stream including the digital content.

Abstract: In one embodiment, a computer implemented method is illustrated as including receiving selection data generated by a media player application, the selection data being related to digital content. Additionally, generating an instruction set that includes the selection data, the instruction set being formatted based upon a Uniform Resource Identifier (URI) schema. Inserting the instruction set into a query portion of a URI. A method is also illustrated as including receiving a URI associated with digital content, the URI containing an instruction set in a query portion of the URI. Parsing the instruction set to retrieve selection data relating to the digital content. Further, the method may include retrieving the digital content based upon the selection data. Moreover, the method may include generating a data stream including the digital content. Additionally, the method may include transmitting the data stream including the digital content.

Abstract: A system and method for automatically generating the most relevant thumbnail of a document. Every page of a multi-page document is analyzed for rich content. Based on this analysis, a score is assigned to every page of the document depending on certain parameters such as the amount of rich content and number of occurrences of rich content on each page. The page with the highest score is identified and this page is selected as the thumbnail of the document.

Abstract: A system determines a plurality of frames. The plurality of frames is a subset of a set of frames comprising at least a portion of a video clip. The frames are candidates to represent the set of frames. The system calculates a motion vector for each of the frames within the plurality of frames. The motion vector indicates an amount of motion in each of the frames with respect to at least one other frame from the plurality of frames. The system assesses a strength value for each of the frames. The strength value indicates an assessment of pictorial quality of each of the frames. The system selects a representative frame from the plurality of frames based on the motion vector and strength value. The representative frame indicates a most favorable representation of the plurality of frames.

Abstract: A system receives a document having a predefined format to be rendered on the computer system. The document is comprised of a plurality of objects. The system identifies at least one correlation between at least two objects within the plurality of objects, and assigns a weight to the correlation. The system determines a logical relationship between at least two objects within the plurality of objects. The logical relationship is determined according to the weight of at least one correlation. The logical relationship is associated with an order in which at least one object is rendered on the computer system.