Abstract: A method of generating an experience analytics script that is override-robust starts with processor receiving a script and generating, based on the script, an experience analytics script that is override-robust. Generating the experience analytics script comprises identifying expressions in the script referencing browser native functions of a browser, and replacing the expressions referencing the native functions of the browser with expressions including one or more references that are set at upon execution. The processor causes the experience analytics script to be executed on the browser of a customer client device. Upon execution of the experience analytics script, a value of the one or more references are set to an iframe window. The iframe window is associated with an iframe providing access to a pure untouched version of the native functions of the browser. Other embodiments are described herein.

Abstract: A method of generating an experience analytics script that is override-robust starts with processor receiving a script and generating, based on the script, an experience analytics script that is override-robust. Generating the experience analytics script comprises identifying expressions in the script referencing browser native functions of a browser, and replacing the expressions referencing the native functions of the browser with expressions including one or more references that are set at upon execution. The processor causes the experience analytics script to be executed on the browser of a customer client device. Upon execution of the experience analytics script, a value of the one or more references are set to an iframe window. The iframe window is associated with an iframe providing access to a pure untouched version of the native functions of the browser.

Abstract: Head mountable camera devices, systems, and methods are disclosed.

Abstract: A particular apparatus includes a first electronic component, a second electronic component, and a connecting element that is detachably connectable to the first electronic component and to the second electronic component. The first electronic component is connectable via the connecting element to the second electronic component to form a wearable item. The first electronic component includes a camera, the second electronic component includes an energy storage component, and the first electronic component is configured to receive power from the second electronic component via the connecting element.

Abstract: A particular apparatus includes a first electronic component, a second electronic component, and a connecting element that is detachably connectable to the first electronic component and to the second electronic component. The first electronic component is connectable via the connecting element to the second electronic component to form a wearable item. The first electronic component includes a camera, the second electronic component includes an energy storage component, and the first electronic component is configured to receive power from the second electronic component via the connecting element.

Abstract: Head mountable camera devices, systems, and methods are disclosed.

Abstract: Systems and methods for managing parallel access to multiple storage systems are disclosed. In one implementation, a host system operatively coupled to at least a first memory system and a second memory system separates a file into a plurality of data chunks. The host system stores a first copy of the plurality of data chunks in the first memory and stores a second copy of the plurality of data chunks in the second memory. The host reads a data chunk of the plurality of data chunks of the file from the first memory system or the second memory system based on a determination of whether the first memory system or the second memory system is able to provide the data chunk to the host system more quickly. The host system may then assemble the data of the file based on the data chunk.

Abstract: An apparatus and a method for accelerating Cyclic Redundancy Check (CRC) calculations. The apparatus includes a CRC circuit and an accelerator for accelerating the computation of the CRC code so that the CRC code is outputted immediately after the last bit of the input data stream is inserted to the CRC machine, thereby reducing the time required to compute the CRC calculation. The apparatus accelerates the CRC calculation by eliminating the need to append zeros to the input data stream.

Abstract: An apparatus and a method for accelerating Cyclic Redundancy Check (CRC) calculations. The apparatus includes a CRC circuit and an accelerator for accelerating the computation of the CRC code so that the CRC code is outputted immediately after the last bit of the input data stream is inserted to the CRC machine, thereby reducing the time required to compute the CRC calculation. The apparatus accelerates the CRC calculation by eliminating the need to append zeros to the input data stream.

Abstract: An apparatus and method for detection of periodic patterns in digital high rate transmission systems. The apparatus generates a synthetic data stream and compares, in parallel, a sample of the generated data to a sample of an input data stream. If the number of mismatches between both sets of data is equal to or below a defined threshold, then a detection signal is asserted. The provided apparatus may be configured to detect any type of pattern.