89 results about "Spread Networks" patented technology

Internet-based Enterprise-Level Brand Management And Marketing Communication Network based on an innovative brand command, control and communication architecture (BC3), which gives brand owners complete command and control over the wide range of brand-building assets, messaging and promotions scattered throughout the Web, and how they are communicated to directly consumers at diverse Web touch points, with the efficiency and automation of supply-chain management solutions. The Network supports the deployment, installation and remote programming of brand-building server-side driven Multi-Mode Virtual Kiosks on the World Wide Web (WWW), and provide brand managers, their agents and online trading partners the power to build stronger online brands, drive sales and eliminate existing friction in the retail chain through a collaborative carrier-class, industrial-strength e-marketing communication network.

The invention relates to a distributed system for detecting eThreats that propagate in a network, which comprises: (a) graphs database storing at least one propagation graph, each graph describing the typical propagation over time of one eThreat class or a legitimate executable class within the network; (b) plurality of agents that are distributed in corresponding plurality of hosts within the network, each of said agents continuously monitoring the corresponding host and reporting to a Central Decision Maker (CDM) the identity of any new suspected executable, and the time in which said suspected executable has been first detected by said agent; (c) a CDM for: (c.1) receiving all said reports from said plurality of agents; (c.2) creating from said reports for each suspected executable a corresponding propagation graph which reflects the propagation characteristics over time of said suspected executable within the network, and (c.3) comparing each of said created graphs with said stored at least one propagation graph; (c.4) upon finding a similarity above a predefined threshold between a created graph and one of the stored graphs, concluding respectively that said executable belongs to the class as defined by said stored graph; and (c.5) conveying said conclusion to said agents, for optionally taking an appropriate action.

An Internet-based brand marketing communication network for managing and delivering brand marketing communications to consumers using server-side driven multi-mode virtual kiosks (MMVKs) that are created, deployed, and managed using a novel suite of Web-based marketing communication services. For each consumer product registered on the network, a MMVK is created, deployed and installed, so as to establish a virtual brand marketing communication channel between brand management team members and consumers present in e-commerce (EC) enabled market space at the point of MMVK installation in EC-enabled market space, including EC-enabled WWW-sites, EC-enabled stores, EC-enabled online product catalogs, and wherever else consumers are considering the purchase of products on the World Wide Web (WWW). By virtue of the network of the present invention, consumer product brand management teams can choreograph and control the delivery of brand experience consumers have with their products in EC-enabled market space, so as to communicate brand value, deliver service and provide decision support, while helping retailers build their brands, reduce overhead, and drive sales.

An architecture and methodology for test data compression using combinational functions to provide serial coupling between consecutive segments of a scan-chain are described. Compressed serial-scan sequences are derived starting from scan state identifying desired Care_In values and using symbolic computations iteratively in order to determine the necessary previous scan-chain state until computed previous scan-chain state matches given known starting scan-chain state. A novel design for a new flip-flop is also presented that allows implementing scan-chains that can be easily started and stopped without requiring an additional control signal. Extensions of the architecture and methodology are discussed to handle unknown (X) values in scan-chains, proper clocking of compressed data into multiple scan-chains, the use of a data-spreading network and the use of a pseudo-random signal generator to feed the segmented scan-chains in order to implement Built In Self Test (BIST).