Abstract: An integrated heatsink and antenna structure that is suitable for inclusion in small and midsized computing devices. The integrated heatsink and antenna structure may include a plurality of fin components that dissipate thermal energy integrated into a heatsink base and a plurality of radio frequency antenna portions coupled to and surrounded by the fin components. The plurality of radio frequency antenna portions may form a monopole antenna. The heatsink base may operate as a ground reference for each of the plurality of the antenna portions and to improve an omnidirectional pattern of each of the plurality of the antenna portions.

Abstract: A secure collaborative data communications network having a primary node, associated with a primary entity, enabling structure or collaborative features of a secondary node using template arrangements. Top level templates define an operating environment, including a network, compute and store. Next level templates define a business operating environment, including processes, apps, collaborative content (e.g., across documents), and lists. A secondary node of a secondary entity under control of the primary entity replicates collaboration of structure and/or features of the primary node. The primary node advantageously enables structure or feature collaboration using such an arrangement of templates with the secondary node replicating collaboration more rapidly compared to time-consuming manual independent configuration of both nodes that is ordinarily done.

Abstract: A secure collaborative data communications network having a primary node, associated with a primary entity, enabling structure or collaborative features of a secondary node using template arrangements. Top level templates define an operating environment, including a network, compute and store. Next level templates define a business operating environment, including processes, apps, collaborative content (e.g., across documents), and lists. A secondary node of a secondary entity under control of the primary entity replicates collaboration of structure and/or features of the primary node. The primary node advantageously enables structure or feature collaboration using such an arrangement of templates with the secondary node replicating collaboration more rapidly compared to time-consuming manual independent configuration of both nodes that is ordinarily done.

Abstract: A multicore processor system and a method of operating the system defines a processor partition (which may include one or more processor cores) as a network offload engine for a network connected to the processor system. Network operations requests from other cores or partitions of the processor system are forwarded to the network offload engine by a cross-platform inter-partition communications component including a relay task in the network offload engine for receiving network operations requests from network proxies in the other partitions. The network offload engine then controls access to network resources by the other cores or partitions and applications running thereon. A second or additional core or partition of the processor system may be similarly defined as a network offload engine for a second or additional network, receiving network operations requests from the other partitions through a similar system of relay task and network proxies.

Abstract: A method and system for media consumption are described.

Abstract: In one embodiment a method, apparatus and system for is described for receiving a first input including a first decryption key and a second input including an encrypted second decryption key at a cryptographic decryption apparatus, the encrypted second decryption key to be decrypted by the cryptographic apparatus according to the first decryption key, storing a value of a key ladder length in a first register by a cryptographic processor, and using the stored value as a loop index by the cryptographic processor for a number of iterations of the cryptographic decryption apparatus executed as a loop, wherein at one stage in the loop execution of the cryptographic decryption apparatus, the second input includes the key ladder length, wherein the loop operation of the cryptographic decryption apparatus operates for a number of iterations equal to an initial value of the loop index. Related methods, apparatuses and systems are also described.

Abstract: A system and method for ensuring a minimum required availability of a Hosted Function (HF) may retain an entirety of a cache content between separate instances of one or more HF which may share a cache resource. Based on controlling a relationship between an unavailability of cache memory desired by the HF to a probability of the available cache being unusable by the HF, each activation period may be variable within a tolerance to achieve a certification strategy. The approach may statistically characterize a best case, expected case, and worst case of cache availability. The system and method may determine a quality of the cache state at the activation of a particular HF and, based on the statistical analysis of that quality over time, determine a desired derated activation period for each HF to achieve a minimum level of computational availability for successful activation of the HF.

Abstract: In one embodiment a method, apparatus and system for is described for receiving a first input including a first decryption key and a second input including an encrypted second decryption key at a cryptographic decryption apparatus, the encrypted second decryption key to be decrypted by the cryptographic apparatus according to the first decryption key, storing a value of a key ladder length in a first register by a cryptographic processor, and using the stored value as a loop index by the cryptographic processor for a number of iterations of the cryptographic decryption apparatus executed as a loop, wherein at one stage in the loop execution of the cryptographic decryption apparatus, the second input includes the key ladder length, wherein the loop operation of the cryptographic decryption apparatus operates for a number of iterations equal to an initial value of the loop index. Related methods, apparatuses and systems are also described.

Abstract: A multi-core processor system and a method of operating the system allocates fault queues in a shared system memory for each virtual machine of a partitioned guest operating system running on a core or partition of the processor system. Health monitors of the partitioned guest operating system log faults in the fault queue corresponding to the appropriate virtual machine. The health monitors may take additional action in response to warning-level or virtual machine-level faults. A health monitor of the multi-core processor resource then polls each fault queue, as well as the partition-level and module-level event logs maintained by the module operating system, for available faults and logs all faults in a single nonvolatile event log of the multi-core processor resource.

Abstract: A method, system and an apparatus for liquid sheeting is disclosed. In one embodiment, an apparatus includes a channel to contain a flow of liquid and a coupling to a liquid source. The channel may include one or more channel ends that may be coupled to the liquid source. The apparatus may also comprise a liquid sheeting component having a length extending along a longitudinal axis of the channel, the liquid sheeting component comprising an outlet extending through a bottom of the channel and a first sheeting element extending from inside the channel through the bottom of the channel, wherein the first sheeting element and the outlet are adjacent and extend the length of the liquid sheeting component and the liquid sheeting component divides the channel longitudinally into at least two side-by-side sub-channels such that a bottom portion of the channel is divided and a top portion of the channel is undivided.

Abstract: A method and system for media consumption are described.

Abstract: A system and method is described for providing the status of safety critical systems to untrusted devices.

Abstract: A method and system for fingerprinting a content item is described, the content item including a set of content item elements E, providing information uniquely associated with a single user including a string of bits S0, parsing S0 into a plurality of substrings which are functions of S0, providing a matrix of content item replacement elements, each row of which includes, for each member of E, an array of content item replacement elements for Ei, uniquely associating each substring of S0 so that for every substring there exists a corresponding element of E, for every substring, replacing at least one instance of the corresponding element E in the content item with one substitute matrix element for the corresponding substring, and outputting a replacement content item including the result of the replacing, the substitute matrix elements being chosen according to at least one similarity criterion.

Abstract: A method and system for securing a read write storage (RWS) device, the method comprising, providing the RWS device, the RWS device comprising a controller comprising a processor and a bit bucket storing data, and employing the controller to corrupt at least a portion of the data.

Abstract: A method and device using a camera element to recognize and decode “invisible” watermarks. Of particular significance to the present invention is the development of a “designator” that is used to identify the existence of, and if desired, the approximate location of, the watermark or other coded content contained in an actual image such as media content (a displayed website, an printed or electronic advertisement, a label, billboard, brochure or any other means of displaying content) and assist in quick acquisition of the invisible watermark or other coded content by the reading device. A perceived image of the actual image can be optimized using the known characteristics of the designator.

Abstract: A method, system and an apparatus for liquid sheeting is disclosed. In one embodiment, an apparatus includes a channel to contain a flow of liquid and a coupling to a liquid source. The channel may include one or more channel ends that may be coupled to the liquid source. The apparatus may also comprise a liquid sheeting component having a length extending along a longitudinal axis of the channel, the liquid sheeting component comprising an outlet extending through a bottom of the channel and a first sheeting element extending from inside the channel through the bottom of the channel, wherein the first sheeting element and the outlet are adjacent and extend the length of the liquid sheeting component and the liquid sheeting component divides the channel longitudinally into at least two side-by-side sub-channels such that a bottom portion of the channel is divided and a top portion of the channel is undivided.

Abstract: A method is described for securing a read write storage (RWS) device, the method comprising, providing the RWS device, the RWS device comprising a controller comprising a processor and a bit bucket and employing, in response to a decision making process, a sanction in the RWS device. Related apparatus and methods are also described.

Abstract: A method for producing scrambled content (FIG. 6A), the method including providing content (600) to be scrambled, identifying a first portion of the content (620), identifying a second portion of the content (630), computing a disguising function of at least part of the first portion (620) of the content and producing a result, and scrambling the second portion (630) of the content, the scrambling being based in part, on the result. Related apparatus and methods are also described.

Abstract: A method for managing dynamic program changes in a digital video broadcasting (DVB) system, the method including detecting a dynamic program change in a DVB transmission received at a set-top box (STB), and changing a digital video recorder (DVR) recording instruction associated with the program to record the program in accordance with a parameter of the change.