wireless communication is the major form of connection nowadays. in most cases it exploits the benefits of the spread spectrum techniques to overcome channel introduced corruptions like doppler residual frequency, noise, interference and jamming. these techniques also enhance the security and quality of the link. using long spreading pseudo-noise codes provides further security for the link tho...

This supplementary material accompanies the paper “RGB-Infrared Cross-Modality Person Re-Identification”. It includes more details of Section 4, as well as extra evaluations of our proposed deep zero-padding method. 1. Details of Counting Domain-Specific Nodes In the third paragraph of Section 4.2 in the main manuscript, we quantify the number of domain-specific nodes in the trained network in ...

Due to its simplicity and accuracy, quadratic peak interpolation in a zero-padded Fast Fourier Transform (FFT) has been widely used for sinusoidal parameter estimation in audio applications. While general criteria can guide the choice of window type, FFT length, and zero-padding factor, it is sometimes desirable in practice to know more precisely the requirements for achieving a prescribed erro...

Aiming at the problem of sparse measurement points due to test conditions in engineering, a smoothing method based on zero-padding wavenumber domain is proposed increase data density. Firstly, principle extension and introduced. The core idea this extend discrete series by domain. conversion between spatial domains achieved using Discrete Fourier Transform (DFT) Inverse (IDFT). Then, two sets t...

The development of metastases to the brain is a common and frequently devastating complication for patients with extracranial primary tumors. However, the generally poor prognosis of patients with brain metastases can be improved with early detection and treatment with stereotactic radiosurgery, as performed routinely at our institution. We have developed a novel small tumor detection algorithm...

Floating-point matrix multiplication is a basic kernel in scientific computing. It has been shown that implementations of this kernel on FPGAs can achieve high sustained performance [1]. However, to the best of our knowledge, existing work on FPGA-based floating-point matrix multiplication considers the optimization of latency or area only. In this paper, we analyze the impact of various parame...