Abstract: A permanent magnet (PM) motor is provided to facilitate air movement through heat rejection equipment. The PM motor has a body, an upper bearing housing positioned on and extending upwardly from a top surface of the body, a shaft connected to and extending from the upper bearing housing and in communication with a fan, and a lower bearing housing positioned on and extending downwardly from a bottom surface of the body opposite the top surface. The PM motor further includes a mounting assembly having at least three discrete legs disposed on a lower end of the body and extending outwardly from the body.

Abstract: A computer architecture wherein data inputs causes the dynamic creation of appropriate activities employing stored functions as necessary to accomplish the desired end result for the data. The architecture employs a large scale multi-processing environment for parallel computation. A fast forward propogating queue structure and improved interfacing crossbar are employed.

Abstract: A computer architecture wherein data inputs causes the dynamic creation of appropriate activities employing stored functions as necessary to accomplish the desired end result for the data. The architecture employs a large scale multi-processing environment for parallel computation. A fast forward propagating queue structure and improved interfacing crossbar are employed.