Abstract: Various methods, apparatuses/systems, and media for automatically generating fully integrated regression and system testing (FIRST) analytics are disclosed. A processor accesses a production database to obtain production data associated with an application, and accesses a user acceptance testing (UAT) database to obtain UAT data associated with the application. The processor generates gap data on test coverage based on comparing the production data with the UAT data; analyzes the generated gap data; automatically generates, in response to analyzing the generated gap data, executable full coverage of test scenarios for testing the application; and automatically executes testing of the application based on the generated test scenarios.

Abstract: Various methods, apparatuses/systems, and media for automatically generating fully integrated regression and system testing (FIRST) analytics are disclosed. A processor accesses a production database to obtain production data associated with an application, and accesses a user acceptance testing (UAT) database to obtain UAT data associated with the application. The processor generates gap data on test coverage based on comparing the production data with the UAT data; analyzes generated gap data; automatically generates, in response to analyzing the generated gap data, executable full coverage of test scenarios for testing the application; and automatically executes testing of the application based on the generated test scenarios.

Abstract: An airbag cushion has two chambers to permit the front chamber to inflate less rapidly than the back chamber for cushioning the head of an occupant in a vehicle with less force than the chest of an occupant is cushioned by the back chamber.

Abstract: An airbag cushion has two chambers to permit the front chamber to inflate less rapidly than the back chamber for cushioning the head of an occupant in a vehicle with less force than the chest of an occupant is cushioned by the back chamber. The front chamber has at least one safety vent.

Abstract: An airbag cushion has two chambers to permit the front chamber to inflate less rapidly than the back chamber for cushioning the head of an occupant in a vehicle with less force than the chest of an occupant is cushioned by the back chamber. The front chamber has at least one safety vent.

Abstract: An airbag cushion has two chambers to permit the front chamber to inflate less rapidly than the back chamber for cushioning the head of an occupant in a vehicle with less force than the chest of an occupant is cushioned by the back chamber.

Abstract: Disclosed are embodiments of airbag cushion which deploys sequentially to have an initial volume to push an occupant away from an instrument panel and then a final volume.

Abstract: Disclosed are embodiments of airbag cushion which deploys sequentially to have an initial volume to push an occupant away from an instrument panel and then a final volume.

Abstract: The present invention provides a method and device for evaluating foot posture and its effect of the functional biomechanics of the lower extremities. The device is divided into one half and another half, both of which are identical mirror images and which are connected by a releasable connecting member. Each section includes a split-surface platform mounted on a frame. The split-surface platform has a front and a rear plate. The front and rear plates each have a means for adjusting the horizontal angle of the plate through a range of 25.degree. in either direction and a means for indicating the specific angle. The mechanics of the front and rear plates are not connected to each other, thus allowing independent manipulation of the front and rear portion of the patient's foot. The rear plate may be fitted with variable height booster plates for providing sagittal plane control for limb length discrepancies as well as for accommodating high-arched (equinas) foot types.

Abstract: In the present invention, one of the bits in the tag value in the cache is hard-wired, for example, to 0, at such a position in the cache that that bit is always set to 0 when a tag is stored in the cache (or forced to 0 when a tag is read from the cache). Instructions executed by the processor can specify a read outside the cache, i.e. of the most recent data written to the main memory by some DMA agent, by specifying a read address with the designated bit equal to one. In this way, a cache miss is forced, allowing the processor to read the most recent data from the main memory of the system and to cache the data. As the cache is refilled from the main memory, the hard-wired tag bit of course remains set to zero. So later processor instructions that read data within the same cache refill block would use the normal address of that data (having the designated bit set to zero). These subsequent reads will not force a cache miss.