In a lecture example, we used the convolution integral approach to study the response of an undamped oscillator excited by the rectangular pulse shown below. Here we will apply the graphical ...

The Convolution Integral Recall that the convolution integral process is broken down into four steps: folding the impulse response function: h (tau) folds to h (-tau) shifting the impulse response ...

Convolution Quadrature: A numerical technique that discretises convolution integrals by utilising the Laplace transform, thus permitting stable and accurate time-stepping in wave propagation problems.

The 2D FIR Filter IP core performs real-time 2D convolution of windowed portions of incoming video frames with coefficient matrices held in internal memory. Its flexible architecture supports a wide ...

Numerous NMR pulse sequences create varied results, which can considerably help with the interpretation or structural assignment. COSY-45 and COSY-90 are among the most simple 2D NMR experiments, ...

Portland, Oregon -- October 1, 2010 -- At processing rates of up to 306 complex mega pixels per second (Mpps), the new OptNgn 2DFFT FPGA library elements are the perfect choice for inexpensive, low ...