High Speed Warp Knitting Machine

Gravity for Warp Speed

Einstein's flawed understanding of gravity has misled modern physics down the wrong path, while his contemporaries held the correct understanding. This paper reviews the concept of gravity in light of Vedic Nuclear Physics, and the understanding of gravity proposed by H. A. Wilson, Harold Puthoff, Alcubierre, Davis, Robert Dicke, Hoyle-Narlikar theory and others. Finally, this paper explains th...

The Gabriel 'Triangle' Benchmark at Warp Speed

We show how to speed up the Gabriel 'Triangle' Benchmark by more than two orders of magnitude (206 X faster than the Cray-1) on a Common Lisp system running on the 80860-based OKIstation, by using better programming techniques. The resulting program fits nicely within next generation on-chip caches and kills almost all potential parallelism, thus becoming worthless as a general-purpose Lisp ben...

High-Speed Reclosing System and Machine Considerations

Machine Learning for High-Speed Corner Detection

Goal A very fast, high quality corner detector. Contributions 1. The segment-test algorithm for detecting features. 2. Machine learning used to create very efficient implementation: the FAST feature detector. 3. Extensive testing of the new detector against existing ones. Results 1. Extremely fast feature detector: uses less than 7% of the available CPU time in live video feeds. 2. Very high qu...

Warping Parameters Influence on Warp Yarns Properties: Part 1: Warping Speed and Warp Yarn Tension

The preparation of warp yarn is more demanding and complicated than that of the filling yarn. Each spot in a warp yarn must undergo several thousand cycles of various tensions applied by the weaving machine. In general terms, warping is transferring many yarns from a creel of single-end packages forming a parallel sheet of yarns wound onto a beam or a section beam. In Figure 1 is shown the Sche...