Abstract: A fiber optic telecommunications device includes an enclosure defining an interior. A first fiber optic adapter is provided at the enclosure. A spool is provided at an exterior of the enclosure. A fiber optic cable, which includes a first optical fiber, is wrapped around the spool. A first fiber optic connector is mounted at a first end of the first optical fiber. The first end of the first optical fiber is positioned within the interior of the enclosure. The first fiber optic connector is inserted within the first fiber optic adapter. The enclosure and the spool are configured to rotate in unison about a common axis when the fiber optic cable is unwound from the spool.

Abstract: Systems and methods for payload encoding and decoding are disclosed. Example instructions cause one or more processors to at least determine encoding data corresponding to a message to be encoded into audio data by an encoding device; generate a license file including the encoding data; and cause transmission of the license file to a decoding device to enable the decoding device to decode the message from the audio data based on the license file.

Abstract: System and method provide wireless distributed lighting control systems implementing a secure peer-to-peer, self-organizing and self-healing mesh network of actuators and system inputs. The system and method can be designed specifically for indoor and outdoor lighting where actuators include in-fixture, on-fixture and circuit control modules with ON/OFF and full range dimming capabilities, and system inputs include occupancy/vacancy sensors, daylight sensors and switches. A unique messaging protocol facilitates wireless and wired communication between actuators and system inputs, and provides web-based commissioning and monitoring of the lighting control system using a wireless access point accessible from a local network or Internet which can provide an intuitive and easy to use Graphical User Interface (GUI).

Abstract: Systems and methods for payload encoding and decoding are disclosed. Example instructions cause one or more processors to at least determine encoding data corresponding to a message to be encoded into audio data by an encoding device; generate a license file including the encoding data; and cause transmission of the license file to a decoding device to enable the decoding device to decode the message from the audio data based on the license file.

Abstract: Systems and methods for payload encoding and decoding are disclosed. Example apparatus disclosed herein determine encoding data corresponding to one or more frequencies to be used to encode a message into audio data. Disclosed example apparatus also generate a license file including the encoding data, the license file corresponding to the message to be encoded into the audio data, the message to be encoded into the audio data by an encoding device. Disclosed example apparatus further transmit the license file to a decoding device to enable the decoding device to decode the message from the audio data based on the license file.

Abstract: Systems and methods for payload encoding and decoding are disclosed. Example apparatus disclosed herein determine encoding data corresponding to one or more frequencies to be used to encode a message into audio data. Disclosed example apparatus also generate a license file including the encoding data, the license file corresponding to the message to be encoded into the audio data, the message to be encoded into the audio data by an encoding device. Disclosed example apparatus further transmit the license file to a decoding device to enable the decoding device to decode the message from the audio data based on the license file.

Abstract: Systems and methods for payload encoding and decoding are disclosed. An example apparatus includes a processor. The example apparatus further includes a storage device in communication with the processor, the storage device including instructions which, when executed, cause the processor to at least process a license file to obtain information to access a message encoded in audio, the information obtained from the license file including at least one of decoding information, message codes, a decoding algorithm or diagnostic information; detect the message encoded in the audio based on the information obtained from the license file; and output the detected message.

Abstract: Systems and methods for payload encoding and decoding are disclosed. An example apparatus includes a processor. The example apparatus further includes a storage device in communication with the processor, the storage device including instructions which, when executed, cause the processor to at least process a license file to obtain information to access a message encoded in audio, the information obtained from the license file including at least one of decoding information, message codes, a decoding algorithm or diagnostic information; detect the message encoded in the audio based on the information obtained from the license file; and output the detected message.

Abstract: Systems and methods for payload encoding and decoding are disclosed. An example method to decode audio data includes receiving audio data having protected information embedded in the audio data; receiving a license file containing a first portion of a set of information required to access the protected information embedded in the audio data; processing the license file to obtain at least one of decoding information, message codes, a decoding algorithm or diagnostic information; producing a stream of symbol values for each code symbol included in the received audio signal; accumulating the stream of symbol values in a storage device; detecting the presence of an encoded message; outputting the detected message.

Abstract: Systems and methods for payload encoding and decoding are disclosed. An example method to decode audio data includes receiving audio data having protected information embedded in the audio data; receiving a license file containing a first portion of a set of information required to access the protected information embedded in the audio data; processing the license file to obtain at least one of decoding information, message codes, a decoding algorithm or diagnostic information; producing a stream of symbol values for each code symbol included in the received audio signal; accumulating the stream of symbol values in a storage device; detecting the presence of an encoded message; outputting the detected message.

Abstract: Systems and methods for payload encoding and decoding are disclosed. An example method to decode audio data includes receiving audio data having protected information embedded in the audio data; receiving a license file containing a first portion of a set of information required to access the protected information embedded in the audio data; processing the license file to obtain at least one of decoding information, message codes, a decoding algorithm or diagnostic information; producing a stream of symbol values for each code symbol included in the received audio signal; accumulating the stream of symbol values in a storage device; detecting the presence of an encoded message; outputting the detected message.

Abstract: Systems and methods for payload encoding and decoding are disclosed. An example method to decode audio data includes receiving audio data having protected information embedded in the audio data; receiving a license file containing a first portion of a set of information required to access the protected information embedded in the audio data; processing the license file to obtain at least one of decoding information, message codes, a decoding algorithm or diagnostic information; producing a stream of symbol values for each code symbol included in the received audio signal; accumulating the stream of symbol values in a storage device; detecting the presence of an encoded message; outputting the detected message.

Abstract: An air filter arrangement for a work vehicle is disclosed. The air filter arrangement may include a fan shroud extending between a shroud inlet and a shroud outlet and at least one heat exchanger disposed adjacent to the shroud inlet. The air filter arrangement may also include a fan disposed within the fan shroud between the shroud inlet and shroud outlet. The fan may be configured to draw air through the heat exchanger and between the shroud inlet and shroud outlet. Additionally, the air filter arrangement may include an air filter disposed within the fan shroud between the fan and the heat exchanger such that the air flowing through at least one heat exchanger and between the shroud inlet and shroud outlet is directed around the air filter.

Abstract: A method and system for performing sensed garbage collection in a memory is disclosed. In one embodiment, a method includes measuring arrival times of read/write commands received from a processor executing an application; transforming the arrival times from a time domain to frequency domain data; locking onto a phase of the read/write commands; determining predicted arrival times of future read/write commands; creating a real-time schedule of memory requests using the arrival times of the read/write commands and the predicted arrival times of the future read/write commands; using the real-time schedule to sense idle periods where the application will not make a request of the memory; and performing garbage collection in the memory during at least one of the idle periods.

Abstract: An air filter arrangement for a work vehicle is disclosed. The air filter arrangement may include a fan shroud extending between a shroud inlet and a shroud outlet and at least one heat exchanger disposed adjacent to the shroud inlet. The air filter arrangement may also include a fan disposed within the fan shroud between the shroud inlet and shroud outlet. The fan may be configured to draw air through the heat exchanger and between the shroud inlet and shroud outlet. Additionally, the air filter arrangement may include an air filter disposed within the fan shroud between the fan and the heat exchanger such that the air flowing through at least one heat exchanger and between the shroud inlet and shroud outlet is directed around the air filter.

Abstract: A BOAT HITCHING DEVICE AND CARRYING SYSTEM used for a carrying device for boats. This device is used in and around diving deck of the boat. The device is comprised essentially of two main parts: 1. A case which features a way to fasten the device to the boat; a way to rotate a receptor from a stored position and then securely retain the receptor in an essentially horizontal “use” position; a manner to pivot and securely retain the receptor in the use position; and features to provide a safe, flat deck when the device is in storage and 2. a receptor with a hub to pivotally yet securely connect to the case; a receiver structure to receive the various carrying accessories; and a way to securely retain the accessories. These devices are designed for Original Equipment or After Market offerings.

Abstract: A method and system for performing memory optimization is described. In one embodiment, the method comprises receiving from a processor a plurality of read/write requests, wherein at least a portion of the read/write requests are related. Arrival times of the read/write requests that are related are measured and predicted arrival times are determined of future read/write requests that are related. The method creates a real-time schedule of memory requests using the arrival times of the read/write requests and the predicted arrival times of the future read/write requests. The real-time schedule is then used to pre-determine time periods. The method performs opportunistic functions in the memory during the pre-determined time periods, including performing at least one of garbage collection or translation cache pre-fetch.

Abstract: Scheduling Direct Memory Access (DMA) operations. Blocks are provided in a first DMA chain, with each block in the first DMA chain corresponding to an operation and comprising a pair of pointers, a first pointer pointing to a command structure to be executed or a data structure to be moved, and a second pointer pointing to a next block in the first DMA chain. A DMA engine processes successive operations in the first DMA chain. Time remaining in an interval for processing the first DMA chain is tracked. A second DMA chain of conditional blocks are maintained, with each conditional block corresponding to a conditional operation and containing an estimate of time needed to complete the conditional operation. A conditional operation is executed from the second DMA chain if the remaining time in the interval is greater than the estimated time to complete processing of the conditional operation.

Abstract: A simple mechanical device that converts the rotary motion of a drill motor to an oscillating/reciprocating or into a continuous motion. The device is for use in operations with soft, fibrous materials such as surgical needs, carpets, fiber based materials, and soft woods. The device drills a close tolerance hole with drive shafts in line or offset to the driven shaft. A general reciprocating drive system is comprised of a reciprocating drive device; a turning drive device such as a drill; a drive structure member such as a gear, plate or the like; a reciprocation configuration such as the eccentric linkage; a device encasement; a means for connecting the members to an encasement; a control mechanism for reciprocating or continuous rotation; a driven output connector such as a tool chuck; and a drill bit with at least 3 flutes.