搜索资源列表
TemperatureMonitor_lab
- 实现温度的实时的检测，使用Verilog语言，适用于actel公司的FPGA-To achieve real-time temperature detection, the use of Verilog language, the company' s FPGA for actel
bpsk
- 基于能量检测的频谱感知.由于实际信道中的多径和阴影效应，单个认知用户频谱感知的性能受到影响，因此需要靠不同用户间的协同频谱感知来对抗多径和阴影效应。本设计要求在文中采用一种协作机制，即两用户进行协作频谱感知，提高主用户的检测率，减少检测时间，并且得到捷变增益。要求给出仿真结果。-spectrum sensing in cognitive radio based on energy detection.As the channels in diameter and shadow, not a si
leadingzero
- 使用并行结构对32位数据进行前导零检测，使用Verilog编程-Use parallel structure to the 32-bit data, leading zero detection, using Verilog Programming
Descrambler
- ofdm中相位检测的Verilog程序，很不错，可以在Xilinxfpga上运行。-phase detection in ofdm Verilog program, very good, you can Xilinxfpga run.
gps
- Implement the GPS module time detection function via verilog language.-gps fuction module implemented in xilinx FPGA
Finite-state-machine
- 用Verilog语言编写带有特定序列的检测功能-Verilog language with a specific sequence detection function
edge-test
- Verilog HDL边沿检测主要有上升沿和下降沿检测-Verilog HDL edge detection are rising and falling edge detection
serial_detected
- 序列产生与检测程序，即通过程序产生一段序列，然后检测到目标序列。verilog HDL-Sequence generation and detection procedures, i.e., a sequence generated by the program, and then detecting the target sequence. verilog HDL
sobel-with-verilog-language
- 用verilog实现sobel边缘检测算法-sobel edge detection with verilog language
xvlijiance
- 附件包括四个内容1.采用Verilog编写的状态机实现序列检测的ISE工程2.代码文档一份3.原理说明4.使用说明。采用的软件平台是ISE13.3，硬件平台是Spartan-3E。-Accessories include four content of 1 by the state machine Verilog prepared realize sequence detection ISE works 2 code document a 3 principle that 4 instructi
Sequential-detection-code-101
- 利用Verilog语言实现101序列检测功能，并利用modelsim仿真出波形-Use Verilog language to implementate 101 sequential detection function, and use the modelsim to simulate waveform.
class8_FSM
- 序列检测机（状态机实验），是Verilog状态机最基本的小实验，用于体会状态机的原理和作用（原作者：小梅哥）(Sequence detection machine is the most basic small experiment of Verilog state machine)
Flow
- Verilog代码实现数据流输入检测，并综合仿真(Verilog code implements data flow input detection and integrated simulation.)
1
- 针对矿浆管道工况调整给泄漏检测带来的干扰，准确提取泄漏信号的特征量是降低泄漏误报、漏报的关键。为此，提出了一种基于经验模态分解（EMD）、Hilbert能量谱与变量预测模型（VPMCD）相结合的泄漏检测方法。该方法首先将压力信号分解成若干个固有模态函数（IMF）之和，然后将IMF分量进行Hilbert变换得到局部Hilbert能量谱，依据能量分布的标准差选择最能准确反映矿浆管道运行工况的局部能量谱作为特征值向量，最后通过VPMCD分类器建立泄漏识别模型。将该方法应用于泄漏检测中，实验结果表明，矿