Training
Profile
Course background:
Currently, many commercial products based on the visual capabilities of Raspberry Pi have appeared on the market, and the core of these products is the collection and subsequent processing of images/videos. Therefore, through the development of Raspberry Pi With some camera applications, we can lay the foundation for further implementation of complex Raspberry Pi vision systems.
Core content:
1. Use OpenCV/V4L2 to control the camera to collect images/videos on the Raspberry Pi
2. Use OpenCV to perform motion detection on the Raspberry Pi
3. Use the Face++ cloud service to perform facial recognition on the Raspberry Pi Face Recognition
4. Use OpenCV and Face++ cloud services for real-time face recognition on Raspberry Pi
Software environment: Arch Linux ARM
Course level: Elementary
Suitable for people: those
who have basic knowledge of Linux and are interested in geek toys people
Chapters
Chapter 1：1 Use Raspberry Pi to control the camera to collect images (15 minutes and 9 seconds)
Chapter 2：2 Use Raspberry Pi to control the camera to collect video and motion detection (8 minutes and 42 seconds)
Chapter 3：3 Use Raspberry Pi for face recognition (12 minutes and 38 seconds)
You Might Like
Recommended Posts
- What are the requirements for the main control chip to drive this OLED screen?
- If any forum friends know, please tell me. The previous chip was a 51 core, and the screen was a segment code screen. Now I want to change it to an OLED screen. I feel that the chip cannot drive the O
-
QWE4562009
Discrete Device
- 【CH579M-R1】+A/D acquisition and sensor use (2)
- There are many types of analog signal sensors according to their uses, such as gas sensors, temperature sensors, pressure sensors, light sensors, soil moisture sensors and flame sensors. 1. Light dete
-
jinglixixi
Domestic Chip Exchange
- Why doesn't the interrupt work?
- eeworldpostqq
-
欢欢喜喜
Microcontroller MCU
- I would like to ask you about the application of Zigbee in the construction industry!
- I would like to ask you a question. We are currently looking to purchase some Zigbee devices for university research and to study the use of Zigbee for wireless monitoring of construction sites. Since
-
huaxiaxixi
RF/Wirelessly
- [PSoC4] is a little bit tricky. The temperature sensor routine in the Creator installation folder is problematic.
- The installation path is C:\Program Files (x86)\Cypress\PSoC Creator\2.2\PSoC Creator\examples\sampleprojects. I want to see what the SARADC interrupt service function does in the following example AD
-
辛昕
MCU
- Will two different power inductors in a DC step-down circuit affect each other?
- DC-DC step-down needs to be divided into two paths, each path requires a step-down chip and an inductor, and outputs different voltages. Due to the PCB size, these two inductors will be placed side by
-
gh131413
Analog electronics
Recommended Content
Web users are watching Change
- What are the requirements for the main control chip to drive this OLED screen?
- 【CH579M-R1】+A/D acquisition and sensor use (2)
- Why doesn't the interrupt work?
- I would like to ask you about the application of Zigbee in the construction industry!
- [PSoC4] is a little bit tricky. The temperature sensor routine in the Creator installation folder is problematic.
- Will two different power inductors in a DC step-down circuit affect each other?
- Ask about the MSP430FR5739 pull-up resistor problem
- CN0323: Reluctance Angle Measurement
- pic18 starterkit learning 0x0E——EEPROM
- Newbie questions about CPLD and DSP algorithms
- SUPERSYNC MD-10III、SUPERYNC PWB-1290、SUPERSYNC PWB1291、SUPER
- LCD screen driver board
- How to get the bitmap handle HBITMAP based on the image file stream
- TPS54340 has no output
- S6B33B6x and its driving method --- 1
- LED driver design tips
- Relay and secondary circuit knowledge (1)
- PWM control chip information
- EEWORLD University Hall--Ten Lectures on NI Data Acquisition Technology
- Thank you + my family for your understanding and support! + Thank you to my new colleagues for their generous help along the way! + Thank you to the leaders of my company for their trust in me! + Thank you to the EE forum for providing me with professional knowledge!
- Design a digital clock using the timer in the 51 single-chip microcomputer.
- The authenticity of making money online
- HALCOGEN installation and use
- IAR Hardware Emulation Issues
- After setting Control PCLK into PWMTIMER block in CLKCON in arm s3c2410 to 0 = Disable, where does the pwm clock come from?
- [EEWORLD takes you DIY] Product suggestion collection, come and show what you want to DIY most recently~~~
- EEWORLD University ---- Altium Designer Tutorial
- Common Problems and Solutions in Crystal Oscillator Applications
- Written overnight, ALTiumDesigner15.1 export 3D PDF graphic tutorial
- About the clock frequency setting of STM32F101
Popular Components
Just Take a Look
Hot Downloads
- Free QuartusII 8.0 Crack
- a963015
- Roof coating and exterior wall waterproofing construction
- AP4413M
- BIOS program for S3C44B0X
- LINUX Portable Guide Books
- msp430 2014 Selection Manual
- Signals and Systems Review Questions and Answers
- MAX2470/MAX2471 pdf datasheet
- mcs-51 single chip microcomputer application tutorial
MoreHot Articles
- Low Power Design of SoC System
- Low-power and high-speed data acquisition system based on DSP
- Research and Design of UART between TMS320VC5402 and PC
- Clock chip interface design for PowerPC and Dallas
- Design and implementation of automatic white balance adjustment system for color TV based on 7110
- Design of CAN bus intelligent node based on ADμC812
- Design of paperless recorder using C51 and plug-in FLASH memory
- EL6249C and its application in MEMS dynamic testing
- Implementation of Dial-up Internet Access Using Microcontroller
- Efficient instruction support for microcontrollers adapting to real-time multitasking
京公网安备 11010802033920号