Orthogonal arrayPaley constructionPlackett Burman designsPrincipal elementRegular fractionPLACKETT-BURMAN DESIGNPROJECTION PROPERTIESOPTIMIZATIONWe consider saturated orthogonal arrays (OAs) that can be constructed by repeated cycling of a generator and addition of a final zero row. In particular, we discuss ...
Unlike Systolic Array, CGRA can run different kernel sets and keep a good balance between energy consumption and performance. In this work, we present the HPCGRA, an orthogonal designed CGRA generator for high-performance spatial accelerators. Our tool does not require any expertise in Verilog ...
This serial stream is then sent to a Digital-to-Analog Converter (DAC) or waveform generator to generate an analog voltage that subsequently modulates the LED output intensity. This process is reversed at the receiver. An Analog-to-Digital Converter (ADC) converts the analog output of the ...
The key idea behind the good lattice point method is to use a generator vector h=(h1,…,hm) with 1=h1<⋯<hm<N, where each hi is a positive integer less than and coprime to N. The number of entries in h satisfies m=ϕ(N), where ϕ(N) is the Euler function, i.e., the...
For future communications, directional transmission link will be the dominated technique where antenna array or directional antenna can generate narrow beams48 to specific users and therefore inter-user interference can be avoided. In such cases, the out-of-band power leakage from NOFS is not a ...
$$\begin{aligned} {\left\{ \begin{array}{ll} {{x}_{i+1}}=\sin (\pi (4\theta {{x}_{i}}(1-{{x}_{i}})+(1-\theta )\sin (\pi {{y}_{i}}))) \\ {{y}_{i+1}}=\sin (\pi (4\theta {{y}_{i}}(1-{{y}_{i}})+(1-\theta )\sin (\pi {{x}_{i+1}}...
However, a preliminary analysis [20] has shown that the use of parafermion algebra in the standard form is insufficient for solving some applied problems, for example in the construction of the path integral representation in parasuperspace for the Green’s function of a spin-1 massive particle...
Optimal design and verification of interior permanent magnet synchronous generator based on FEA and Taguchi method Background Permanent magnet machines can be used for many applications, due to their high power density, high efficiency, observable torque-to-current rati... Karimpour, Seyyed Reza,Besm...
\begin{aligned}&\sqrt{1+\frac{1}{\kappa ^{2}}\tau ^{2}C}=\sum _{n\ge 0}\frac{(\tau ^{2})^{n} }{\kappa ^{2n}}\,\left( {\begin{array}{c}1/2\\ n\end{array}}\right) \,C^{n} = 1\nonumber \\&\quad +\frac{\tau ^2C}{2\kappa ^2}+\sum _{n\ge 2}\fr...
2012) and the data generator are available at http://www.cc.gatech.edu/grads/l/lli86/sbcd.zip. These datasets are downloadable from http://www.cad.zju.edu.cn/home/dengcai/Data/TextData.html (Cai et al. 2009). We omit the results on RCV dataset and ORL dataset because, on RCV ...