Abstract: According to an example, a device for processing data is suggested, said device comprising a first component, wherein the first software component is arranged for receiving the data; a security processor for receiving said data and a first signature, wherein the security processor is arranged for determining based on the first signature whether the data are valid; for determining a second signature for the data; and for conveying the second signature to the first component.

Abstract: An embodiment relates to a method for processing data that includes (a) calculating a second identifier based on input data, (b) conducting a first operation comparing the second identifier with a first identifier, and (c) conducting a second operation comparing the second identifier with a modified first identifier.

Abstract: A cyclic redundancy check (CRC) can be determined with fewer resources within a communication system. A CRC interface component is configured to receive an array of bits as an input via an N-bit data pathway, and receive a CRC previous output from a feedback component coupled to a CRC output, in which N can comprise an integer greater than one. A parallel CRC component can be configured to generate a CRC current output from a plurality of parallel processing pipelines that are configured to concurrently process at least a part of the array of bits and the CRC previous output with a set of parallel CRC logic operations. The set of CRC logic operations can include a masking operation and a parity operation.

Abstract: An embodiment relates to a method for processing data that includes (a) calculating a second identifier based on input data, (b) conducting a first operation comparing the second identifier with a first identifier, and (c) conducting a second operation comparing the second identifier with a modified first identifier.

Abstract: According to an example, a device for processing data is suggested, said device comprising a first component, wherein the first software component is arranged for receiving the data; a security processor for receiving said data and a first signature, wherein the security processor is arranged for determining based on the first signature whether the data are valid; for determining a second signature for the data; and for conveying the second signature to the first component.

Abstract: A cyclic redundancy check (CRC) can be determined with fewer resources within a communication system. A CRC interface component is configured to receive an array of bits as an input via an N-bit data pathway, and receive a CRC previous output from a feedback component coupled to a CRC output, in which N can comprise an integer greater than one. A parallel CRC component can be configured to generate a CRC current output from a plurality of parallel processing pipelines that are configured to concurrently process at least a part of the array of bits and the CRC previous output with a set of parallel CRC logic operations. The set of CRC logic operations can include a masking operation and a parity operation.

Abstract: One embodiment of the present invention relates to a low-power micro-controller unit having both a standby micro-controller optimized for low power consumption and a main micro-controller optimized for high performance. A power supply is coupled to the main micro-controller and the standby micro-controller. The power supply provides power to one or more of the low-power, standby micro-controller and the high performance, main micro-controller by separate power supply paths, depending on system needs. The separate power supply paths allow the main micro-controller and the standby micro-controller operate independent of each other. During a low-power standby operating mode, power can be disconnected to the main micro-controller, while providing power to the standby micro-controller, thereby eliminating the leakage current associated with the large number of transistors in the main micro-controller, while still retaining the computational capabilities of the standby micro-controller.

Abstract: One embodiment of the present invention relates to a low-power micro-controller unit having both a standby micro-controller optimized for low power consumption and a main micro-controller optimized for high performance. A power supply is coupled to the main micro-controller and the standby micro-controller. The power supply provides power to one or more of the low-power, standby micro-controller and the high performance, main micro-controller by separate power supply paths, depending on system needs. The separate power supply paths allow the main micro-controller and the standby micro-controller operate independent of each other. During a low-power standby operating mode, power can be disconnected to the main micro-controller, while providing power to the standby micro-controller, thereby eliminating the leakage current associated with the large number of transistors in the main micro-controller, while still retaining the computational capabilities of the standby micro-controller.

Abstract: A system and program product for detecting granular data store changes in a computing environment. Data values stored in a first relational database are changed. Each data value is stored in a row and a column of the first relational database. Rows (i.e., changed rows) including the changed data values are identified. Changed rows are propagated to a second relational database. Columns including the changed data values are identified in the second relational database. The types of changes associated with the changed data values are identified. Filters optionally filter out one or more of the changed data values from further processing. At least one data value of the changed data values, along with their types of changes, are transformed into a language neutral format included in packaged data to be sent in response to a client requesting the at least one data value.

Abstract: A system and program product for detecting granular data store changes in a computing environment. Data values stored in a first relational database are changed. Each data value is stored in a row and a column of the first relational database. Rows (i.e., changed rows) including the changed data values are identified. Changed rows are propagated to a second relational database. Columns including the changed data values are identified in the second relational database. The types of changes associated with the changed data values are identified. Filters optionally filter out one or more of the changed data values from further processing. At least one data value of the changed data values, along with their types of changes, are transformed into a language neutral format included in packaged data to be sent in response to a client requesting the at least one data value.

Abstract: A method for detecting granular data store changes in a computing environment. Data values stored in a first relational database are changed. Each data value is stored in a row and a column of the first relational database. Rows (i.e., changed rows) including the changed data values are identified. Changed rows are propagated to a second relational database. Columns including the changed data values are identified in the second relational database. The types of changes associated with the changed data values are identified. Filters optionally filter out one or more of the changed data values from further processing. At least one data value of the changed data values, along with their types of changes, are transformed into a language neutral format included in packaged data to be sent in response to a client requesting the at least one data value.

Abstract: A new reflector lamp assembly exhibits an increased resistance to mechanical shock and vibration. A closure member that receives the lead wires of the light source therethrough is modified to include support legs that extend along a press seal region of the light source. The support legs provide mechanical support which increases the rigidity and durability of the assembly. Moreover, in one preferred embodiment an opening may be provided through the closure member for communication with recesses in the support legs to introduce a bonding material between the light source and the support legs.

Abstract: A protective cover for a long-barreled firearm having a stock with opposed sides. The cover includes a thin, vinyl sheet bearing a camouflage design and having a shape corresponding to that of one side of the stock. A backing of light-tack, adhesive material is preferably applied to the undersurface of the vinyl sheet to permit such to be selectively positioned on the stock.