Training
Profile
In recent years, technologies such as artificial intelligence, big data, and cloud computing have developed rapidly, and biometric technology has also benefited from this. As one of the most important technologies in the field of biometrics, facial recognition technology has been applied to many scenes in daily life. As face recognition technology continues to mature in practical applications, its market demand continues to increase, and face recognition application scenarios are constantly being explored.
NXP's MCU-level face recognition solution can add face recognition functions to IoT products more quickly. This solution provides hardware reference design and software integration services with outstanding advantages, facilitates rapid evaluation and verification development, and meets the needs of face recognition applications in various industries. NXP's MCU-level face recognition solution is implemented using i.MX RT106F, allowing developers to easily and conveniently add face recognition functionality to their MCU-based IoT products. This ultra-small size, integrated software algorithm and hardware The solution can facilitate developers to conduct rapid evaluation and proof-of-concept development. The SLN-VIZN-IOT development kit allows you to create your own facial model offline without the need for a cloud connection, reducing overall cost and design complexity. This solution shortens the time to market, reduces risks and reduces development work to the greatest extent, making it easier for many OEM manufacturers to add facial recognition functions and provide advanced user interfaces for smart homes, smart appliances, smart toys and smart industries. and access control functions.
In recent years, technologies such as artificial intelligence, big data, and cloud computing have developed rapidly, and biometric technology has also benefited from this. As one of the most important technologies in the field of biometrics, facial recognition technology has been applied to many scenes in daily life. As face recognition technology continues to mature in practical applications, its market demand continues to increase, and face recognition application scenarios are constantly being explored.
NXP's MCU-level face recognition solution can add face recognition functions to IoT products more quickly. This solution provides hardware reference design and software integration services with outstanding advantages, facilitates rapid evaluation and verification development, and meets the needs of face recognition applications in various industries. NXP's MCU-level face recognition solution is implemented using i.MX RT106F, allowing developers to easily and conveniently add face recognition functionality to their MCU-based IoT products. This ultra-small size, integrated software algorithm and hardware The solution can facilitate developers to conduct rapid evaluation and proof-of-concept development. The SLN-VIZN-IOT development kit allows you to create your own facial model offline without the need for a cloud connection, reducing overall cost and design complexity. This solution shortens the time to market, reduces risks and reduces development work to the greatest extent, making it easier for many OEM manufacturers to add facial recognition functions and provide advanced user interfaces for smart homes, smart appliances, smart toys and smart industries. and access control functions.
Chapters
Chapter 1：1 - NXP Facial Recognition Solution (17 minutes and 3 seconds)
Chapter 2：2 - Smart lock solution based on i.MX RT106F face recognition (Jiangsu Bangrong Microelectronics) (19 minutes and 23 seconds)
Chapter 3：3 - i.MX RT106F face recognition access control solutions and related products (Maoxu Information) (21 minutes and 44 seconds)
You Might Like
Recommended Posts
- How to make a simple constant current source with an op amp
- [img=110,0]https://en.eeworld.com/bbs/ajaximage.php?aid=124452&size=300x300&key=f2010e5912f2cdfc99283bd74cacdab1&nocache=yes&type=fixnone[/img] Why is there a big difference between the in-phase termi
-
hu沧海一梦
Power technology
- How to build a remote control system?
- [font=微软雅黑][size=5][color=#0000ff] My home computer is slow, so it's inconvenient to do development. The company's computers are very high-end. [/color][/size][/font] [font=微软雅黑][size=5][color=#0000ff
-
37°男人
Integrated technical exchanges
- STM32F7 unicycle machining help!!!
- [i=s]This post was last edited by ketose on 2015-11-2 17:11[/i] After a period of hard work, the mechanical part of the unicycle can finally be proofed. First, I found someone on Taobao to do the proc
-
ketose
stm32/stm8
- When will the list of components for the 2013 National College Electronic Design Competition be released?
- [i=s] This post was last edited by paulhyde on 2014-9-15 03:42 [/i] When will the list of components for the 2013 National College Electronic Design Competition be released? Thanks
-
一路花开
Electronics Design Contest
- If you had enough money and time, what would you do?
- If you have enough time and money, what do you want to do in your life? I want to study abroad, give my daughter the best education, contribute to education, do my job well, see all kinds of scenery,
-
okhxyyo
Talking
- How to modify the font size of the Control Panel window in Wince
- The 320X240 desktop displays the control panel window, which will exceed the screen. I modified cplmain.rc and compiled it, but the changes in cplmain.rc could not be made. //@CESYSGEN IF CPLMAIN_COMM
-
123liuxiao
Embedded System
Recommended Content
Web users are watching Change
- How to make a simple constant current source with an op amp
- How to build a remote control system?
- STM32F7 unicycle machining help!!!
- When will the list of components for the 2013 National College Electronic Design Competition be released?
- If you had enough money and time, what would you do?
- How to modify the font size of the Control Panel window in Wince
- 5969 masters, please help me
- 3D package library of commonly used PCB patches and connectors
- A brief analysis of the basic principles of AGPS positioning - [Reprint]
- How does FPGA drive ADC?
- djyos version 0.4.0 released
- Zigbee2006 protocol specification
- EEWORLD University Hall----CC1120 development board range test
- About screenshot failure
- What does this circuit do?
- Survey what type of microcontrollers people like to use
- Why is the 640*480 picture saved by OV9650 camera blurry?
- A gift from TI that came from nowhere
- Urgent, looking for the driver for WINXP MSP430 -FET430UIF programmer
- Automatic hand dryer controller
- [Capacitor Theme Month] Series of Activities are now open for prizes! Have you won a prize?
- nios serial port debugging
- 2009 STM32 National Undergraduate Electronic Design Competition Funding Program
- Can the package size of dxp original be changed?
- EEWORLD University Hall--Hercules LaunchPad from understanding to use
- PCB Reference Layer
- Urgent
- 18b20
- Who can provide learning on embedded programming basics?
- There are only 6 TI MSP-EXP430FR5739 experimental board kits left - EE Group Friendly Tips
Popular Components
Just Take a Look
Hot Downloads
- Source code of IP Messenger for Win version 2.04
- The role of a duplexer
- A Preliminary Study on the Implementation Strategy of Digital Community Construction
- Research and application of laser cladding valve parts
- Bus voice automatic station announcement system based on single chip microcomputer
- Research and design of microcomputer relay protection tester based on DSP
- PIC microcontroller schematic diagram
- LM5072,pdf datasheet (Integrated 100V Power Over Ethernet PD Interfacet)
- ARM9 Tutorial DSP Tutorial FPGA Tutorial CPLD Tutorial 34A Software and Hardware Design 0229.pdf
- Mathematical problems: decimal and large number conversion problems
MoreHot Articles
京公网安备 11010802033920号