Abstract: A system and method for dynamically recording vehicle data are provided. The system comprises an electronic unit onboard a vehicle, a data recording function hosted in the electronic unit, and one or more electronic data producers in operative communication with the data recording function. The data recording function is operative to receive a request specifying data parameters that at least include an identified electronic data set to record, a duration for the data recording, and a destination for the data recording. The data recording function is also operative to process the request based on the data parameters to produce a set of real time recorded data from the one or more electronic data producers, and to send the set of recorded data to a data storage location based on the destination in the request.

Abstract: A system and method for dynamically recording vehicle data are provided. The system comprises an electronic unit onboard a vehicle, a data recording function hosted in the electronic unit, and one or more electronic data producers in operative communication with the data recording function. The data recording function is operative to receive a request specifying data parameters that at least include an identified electronic data set to record, a duration for the data recording, and a destination for the data recording. The data recording function is also operative to process the request based on the data parameters to produce a set of real time recorded data from the one or more electronic data producers, and to send the set of recorded data to a data storage location based on the destination in the request.

Abstract: One embodiment is directed toward a method of transferring data using a Trivial File Transfer Protocol (TFTP). The method includes receiving a first subset of TFTP data packets containing first payload data for the file, extracting the first payload data from the first subset of TFTP data packets, conforming the first payload data to a second protocol, and sending the first payload data to another device prior to receiving a last TFTP data packet for the file, wherein the first payload data is sent in compliance with the second protocol. The method also includes receiving one or more remaining TFTP data packets containing the remaining payload data for the file, the one or more remaining TFTP data packets including the last TFTP data packet for the file, extracting the remaining payload data from the one or more remaining TFTP data packets, and sending the remaining payload data to the other device.

Abstract: Methods and systems are provided for authorizing a command of an integrated modular environment in which a plurality of partitions control actions of a plurality of effectors is provided. A first identifier, a second identifier, and a third identifier are determined. The first identifier identifies a first partition of the plurality of partitions from which the command originated. The second identifier identifies a first effector of the plurality of effectors for which the command is intended. The third identifier identifies a second partition of the plurality of partitions that is responsible for controlling the first effector. The first identifier and the third identifier are compared to determine whether the first partition is the same as the second partition for authorization of the command.

Abstract: Methods and systems are provided for authorizing a command of an integrated modular environment in which a plurality of partitions control actions of a plurality of effectors is provided. A first identifier, a second identifier, and a third identifier are determined. The first identifier identifies a first partition of the plurality of partitions from which the command originated. The second identifier identifies a first effector of the plurality of effectors for which the command is intended. The third identifier identifies a second partition of the plurality of partitions that is responsible for controlling the first effector. The first identifier and the third identifier are compared to determine whether the first partition is the same as the second partition for authorization of the command.

Abstract: An extensible markup language (“XML”) schema is provided for defining a content region which displays specific types of content in an electronic document created in a word processing application program. The schema includes structural elements for defining the content region in the electronic document. The structural elements include a properties element for defining properties associated with the content to be displayed in the content region and a content element for receiving the content to be displayed according to the defined properties. The properties element and the content element define the content region in the electronic document.

Abstract: A method and apparatus are provided for utilizing a document object model to manage content regions for use in an electronic document. A content region is a predefined area which may be inserted in an electronic document and which serves as a placeholder for receiving and displaying specific types of content such as text, graphics data, calendar data, or tabular data. The document object model enables a user to create, modify, and delete content regions from an electronic document using an application programming interface from within a computer application program.

Abstract: An exemplary foot-warming system includes a device wherein a support assembly detachably mounts a battery pack on the upper surface of a boot to electrically power a heating element within the boot via an electrical cord that preferably passes through an opening in the boot beneath the mounted battery pack. The support assembly preferably includes a shallow retaining barrier, such as a frame-shaped sheet, for normally confining the battery pack to a predetermined position on the boot and a stretchable outer covering, such as an elastomeric panel, that forms a yieldable pocket within the barrier so that during a strong jolt to the battery pack or boot, the pocket can stretch to allow movement of the battery pack for reducing the level of shock forces transmitted and further can contract, after impact, to return the battery pack to its predetermined position.

Abstract: A body has a recess in one surface and within which is disposed a non-circular cutting element retained therein by an epoxy. The non-circular cutting element has its cutting edge formed by beveling its inner surface. The non-circular cutting element extends sufficiently beyond the one surface of the body to be able to penetrate into a face plate, which is utilized with a stoma and in which the non-circular opening is to be cut for use with the stoma of the same shape. A circular template of a clear plastic is removably mounted on the one surface of the body and has a plurality of circles of varying diameters thereon to center the non-circular cutting element relative to a face plate adhesive blank of one of the varying diameters to enable cutting of the same non-circular opening in the adhesive blank. The template has a pair of parallel lines along its circumference to align with a tab on the adhesive blank.