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[Special Effects] TrackMe

Description: 人的移动的跟踪，VERILOG实现，能跟踪人的画面移动-Tracking the movement of people, VERILOG realize that can track the person
Platform: | Size: 325632 | Author: 李永杰 | Hits:

[Internet-Network] raytracer

Description: 光线的跟踪的VERILOG实现，能识别并跟踪可见光的移动。-Light tracking Verilog realize, to identify and track the movement of visible light.
Platform: | Size: 23552 | Author: 李永杰 | Hits:

[VHDL-FPGA-Verilog] TrackingPresentation_jon

Description: presentation a low cost video tracking algorithm implemented on an Altera DE2 board with Cyclone II processor. System uses a VGA controller and several SG-DMA s-presentation on a low cost video tracking algorithm implemented on an Altera DE2 board with Cyclone II processor. System uses a VGA controller and several SG-DMA s
Platform: | Size: 1514496 | Author: stjohn | Hits:

[VHDL-FPGA-Verilog] car

Description: 用VHDL实现的红外循迹小车程序，采用8个红外二极管（装在车头底部）识别路况，接L298电机驱动电路，能跑白色背景下的黑色赛道，且能应付道路分叉，孤岛及自启动等。-Implemented using VHDL infrared tracking car program, using eight infrared diodes (mounted on the front of the bottom) to identify traffic, then L298 motor driver circuit, be able to run a white background, black track, and can cope with the road forks, solitary Island and from the start.
Platform: | Size: 644096 | Author: jizhen | Hits:

[VHDL-FPGA-Verilog] car1

Description: 基于FPGA控制的红外循迹小车，八个传感器，利用PWM进行控制转弯和前进后退，可以自启动-FPGA-based infrared tracking control car, eight sensors, using PWM to control turning and forward and back, you can self-starting
Platform: | Size: 423936 | Author: shi jiaying | Hits:

[VHDL-FPGA-Verilog] mppt_mod

Description: maximum power point tracking system (MPPT) VHDL code with testbench
Platform: | Size: 2951168 | Author: veerender | Hits:

[VHDL-FPGA-Verilog] Phase1111_Tracking

Description: 使用Verilog编写的相位跟踪器，可以有效解决锁相环中的相位跟踪问题，ISE12.2下编译通过-Written in Verilog phase tracker can effectively resolve the PLL phase tracking, ISE12.2 compiled by
Platform: | Size: 334848 | Author: 洪依 | Hits:

[VHDL-FPGA-Verilog] test_pll_2

Description: 锁相环的verilog源代码，其中包括发送端，鉴相器，滤波器，压控振荡器的源代码，主要实现输入输出信号的跟踪，捕获和锁定，使输入输出信号在较短时间内达到同步。-This is a verilog code for PLL, including transmitor, PDF, Filter, VCO and so on. It mainly realize the input and output signal tracking, capture and lock, make the input and output signal in a relatively short period of time to achieve synchronization.
Platform: | Size: 132096 | Author: HQ | Hits:

[VHDL-FPGA-Verilog] MPPT-source-code-based-on-FPGA

Description: 用Verilog Hdl语言实现的光伏系统最大功率跟踪的源代码，内包含程序解释说明。-Use Verilog Hdl language implementation of photovoltaic maximum power tracking system source code, contained within the program description .
Platform: | Size: 14336 | Author: 刘邦 | Hits:

[VHDL-FPGA-Verilog] car

Description: 基于Xilinx公司的ISE软件开发的智能循迹避障小车的源代码，用Verilog语言，传感器有红外传感器以及超声波传感器-Xilinx' s ISE-based software development intelligent car tracking avoidance source code, using Verilog language, the sensor has an infrared sensor and ultrasonic sensors
Platform: | Size: 442368 | Author: 郭广宇 | Hits:

[VHDL-FPGA-Verilog] tnn7_code_201212141110

Description: 人脸检测与跟踪是一个重要而活跃的研究领域，它在视频监控、生物特征识别、视频编码等领域有着广泛的应用前景。该项目的目标是在FPGA板上实现实时系统来检测和跟踪人脸。人脸检测算法包括肤色分割和图像滤波。通过计算被检测区域的质心来确定人脸的位置。该算法的软件版本独立实现，并在matlab的静止图像上进行测试。虽然从MATLAB到Verilog的转换没有预期的那样顺利，实验结果证明了实时系统的准确性和有效性，甚至在不同的光线、面部姿态和肤色的条件下也是如此。所有硬件实现的计算都是以最小的计算量实时完成的，因此适合于功率受限的应用。(Face detection and tracking is an important and active research field, and it has a wide range of applications in video surveillance, biometrics, video coding and other fields. The goal of the project is to implement real-time systems on the FPGA board to detect and track faces. Face detection algorithms include skin segmentation and image filtering. The location of the human face is determined by calculating the centroid of the detected region. The software version of the algorithm is implemented independently and tested on MATLAB still images. Although the conversion from MATLAB to Verilog is not as smooth as expected, the experimental results demonstrate the accuracy and effectiveness of real-time systems, even in different light, facial gestures and color conditions. All hardware implementations are performed in real-time with minimal computational complexity and are therefore suitable for power constrained applications.)
Platform: | Size: 63488 | Author: 合发 | Hits:

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