Introduction: Recently, I have been working on data processing related to acceleration, needing to integrate acceleration into displacement. I found that there isn’t much information available online, so I will summarize what I have done recently! There are mainly two methods for integration: time-domain integration and frequency-domain integration. A common issue with integration is the … Read more
A faster version can be found in the C language implementation of FFT and IFFT source code, which does not depend on a specific platform. The porting is very simple, does not rely on other libraries, and allows customization of the number of points. The algorithm is derived from the usage instructions of the FFT … Read more
This example uses a Gaussian signal to calculate the amplitude spectrum, phase spectrum, two-sided power spectrum, two-sided power spectral density, one-sided power spectrum, and one-sided power spectral density.The full width at half maximum (FWHM) of the Gaussian signal is 50 ps, with the center point located at 2.5 ns. MATLAB Code: %================ %Author:yoyoba %Email: [email protected] … Read more
★ Course Introduction ★ Functional near-infrared spectroscopy (fNIRS) utilizes the excellent scattering properties of blood’s main components for near-infrared light in the range of 600-900nm, allowing for the observation of changes in oxygenated and deoxygenated hemoglobin during brain activity. This technology offers a certain tissue penetration depth and can perform non-destructive testing of tissue parameters … Read more
Hello everyone, previously we used the Nth edge trigger function to trigger an under-amplitude signal. So, what exactly is Nth edge triggering? Today we will discuss the Nth edge triggering of the ZDS2022. The Nth edge trigger of the oscilloscope, as the name implies, triggers on the Nth edge, but it is necessary to determine … Read more
1. Research Background: With the rapid development of intelligent robotics technology, human-machine interaction (HMI) based on acoustic sensors plays a crucial role in facilitating natural and efficient communication for robots. However, accurately identifying and tracking omnidirectional sound sources, especially in noisy environments, remains a pressing challenge. 2. Article Overview: In response to the above issues, … Read more
Note: This article is reprinted from the internet for learning and sharing purposes. If there is any infringement, please contact to delete. Traditionally, a mobile phone that supports calling, texting, internet services, and APP applications generally consists of five parts: RF section, baseband section, power management, peripherals, and software. RF: Generally refers to the part … Read more
Traditionally, a mobile phone that supports calling, texting, internet services, and APP applications generally consists of five parts: RF part, baseband part, power management, peripherals, and software. RF: Generally the part for information transmission and reception; Baseband: Generally the part for information processing; Power: Generally the part for power saving, as mobile phones are energy-limited … Read more
Welcome FPGA engineers to join the official WeChat technical group. Clickthe blue textto follow us, FPGA Home – the best and largest pure FPGA engineering community in China. Although the configuration modes of FPGA vary, the overall workflow of FPGA during the configuration process is consistent, which can be divided into three parts: Setup, Load, … Read more
[Topic]: Detailed Analysis of FPGA-Based Sine Wave Generators [Author]: LinCoding [Date]: 2016.12.27 [Disclaimer]: Please indicate the source when reprinting or quoting We all know that FPGA is a digital device, and in the field of communication, it is often necessary to generate a sine wave signal as a modulation signal. The sine wave is generally … Read more