Automotive DMS/OMS Market Insights 2022: Featuring Valeo, Denso, Hyundai Mobis, Visteon and Bosch Among Others
DUBLIN, Feb. 9, 2023 /PRNewswire/ -- The "Automotive DMS/OMS (Driver/Occupant Monitoring System) Research Report, 2022" report has been added to ResearchAndMarkets.com's offering.
After the car is locked, the cabin sensing technology can detect the child left behind through the radar sensor and the stored object classification algorithm, and then issue an alarm. In the future, cabin sensing will be able to measure and evaluate not only object movements but also health parameters such as pulse, breathing rate, and body temperature as well as emotions of drivers and passengers.
The integration of DMS and ADAS promotes the integration of DMS algorithms and chips
DMS is gradually merging with ADAS to detect whether the driver is in the best condition to take over the vehicle at any time. At the same time, it also prompted the DMS algorithm to be embedded in the main chip of ADAS, so as to ensure the driver's safety when using intelligent driving function.
For example, ArcSoft cooperates with Qualcomm to provide DMS directly by using part of the redundant computing power of Qualcomm intelligent driving chip on Qualcomm 8155 or Qualcomm's next generation chip.
In January 2022, Seeing Machines announced a collaboration with Ambarella to bring integrated ADAS and occupant and driver monitoring system (OMS and DMS) solutions to the market. This unique technology combination will bring Seeing Machines' industry leading OMS and DMS technology solutions to Ambarella's CV2x CVflow family of edge AI perception systems on chip (SoCs).
Mobileye plans to mass-produce its next-generation EyeQ6 computing platform in 2023-2024, which will be preset with an embedded vision DMS algorithm which is presumably provided by Cipia, an AI computer vision in-cabin automotive solution provider. Cipia has integrated its DMS algorithm into TI TDA4VM SoC and put it on RX5 MAX of SAIC Roewe, and now it has started mass production.
In addition to the field of intelligent driving, the function extension of DMS/OMS is reflected in intelligent cockpits.
In addition to the basic fatigue and distraction detection, the in-cabin monitoring system based on a vision solution has expanded functions in the field of intelligent cockpits, such as personalized IVI interface login, personalized cockpit settings, multimodal interaction with the combination of DMS lip reading and voice system, etc., so as to rapidly improve the user experience.
MIFA 9 is equipped with dual OMS on B-pillar. After passengers take seats at the second row of the car, their faces are automatically recognized. According to the account bound to the current face, the personalized settings are synchronized. When the second-row passengers exchange seats, the original seat configuration will be seamlessly applied to the current seats. In addition, the eye movement control function can recognize the line of sight of the passengers at the second row, and control the sunroof, air conditioning, side windows, etc. by combining the armrest screen gestures.
The DMS of Changan CC PLUS supports Face ID, and automatically completes the settings of seats, lighting, automotive applications and so on according to the memory of the user's previous driving habits. It can monitor whether the driver shows signs of fatigue such as yawning and squinting, and remind the driver through voice, light, music, etc.. Combined with `lip reading" function of DMS, `AI Xiaoan` intelligent voice system can recognize the operation instructions spoken by the car owner through lip reading.
The DMS of ZEEKR 001 features Face ID, fatigue monitoring, distraction detection, eye tracking, eyes on road, special action warning, etc.
In the future, with the improvement of DMS/OMS algorithms and hardware, more application scenarios of the in-cabin monitoring system will be unlocked, and product premium will further jump.
Key Topics Covered:
1 Cabin Sensing Technology and DMS/OMS Installations
1.1 Overview of Cabin sensing
1.2 DMS Working Principle
1.3 Major Technical Routes and Sensor Solution of DMS
1.4 DMS Camera Installation Position
1.5 DMS Infrared Camera Light Source
1.6 Main OMS Sensor Solutions
1.7 OMS Camera Installation Positions
1.8 Comparison between DMS and OMS cameras
1.9 DMS+OMS Installation
1.10 DMS/OMS Installations
1.11 DMS Installations by price
1.12 DMS Installations by brand TOP20
1.13 DMS Installations by vehicle type TOP20
1.14 OMS Installations by Price
1.15 OMS Installations by Brand TOP20
1.16 OMS Installations by Vehicle Type TOP20
2 Cabin Sensing Chain and Related Companies
2.1 Cabin Monitoring Industry Chain
2.2 Horizon Robotics
2.2.2 Chip Iteration History
2.2.4 Collaborative Application of Horizon Journey Chip In-cabin Monitoring
3 In-Cabin Monitoring Policy and Market Trends
3.1 In-Cabin Monitoring Market Policy
3.1.1 Summary of In-cabin Monitoring Regulations and Policies
3.1.2 Foreign Policies
3.1.3 Domestic Policies (1)
3.1.3 Domestic Policies (2)
3.2 In-cabin Monitoring Market Trends
3.2.1 Trend 1: Local OEMs Are Keen To Deploy DMS and OMS at the Same Time
3.2.2 Trend 2: The Application of Radars in OMS Solutions Become Widespread
3.2.3 Trend 3: Mutual Fusion between In-cabin Monitoring Sensors
3.2.4 Trend 4: In-cabin Cameras Will Be Upgraded From 2D to 3D
3.2.5 Trend 5: The Solution of Implementing DOMS Function with A Single Camera Has Become A R&D Direction of SUPPLIERS
3.2.6 Trend 6: Single LED Light Source DMS
3.2.7 Trend 7: Integration of In-cabin Surveillance Cameras and Displays
3.2.8 Trend 8: Integration of In-cabin Surveillance Cameras and Interior Rearview Mirror
3.2.9 Trend 9: Integration of DMS and AR HUD
3.2.10 Trend 10: Integration of DMS and Speech Perception
3.2.11 Trend 11: Integration with ADAS
3.2.12 Trend 12: Integration with Cockpit Domain
3.2.13 Trend 13: In-cabin Monitoring System Functions Tend To Be Personalized and Customized
4 In-Cabin Monitoring System Application Cases of OEMS
4.1 Comparison of DMS Solutions between Typical OEMs (1)
4.1 Comparison of DMS Solutions between Typical OEMs (2)
4.2 Comparison of OMS Solutions between Typical OEMs (1)
4.2 Comparison of OMS Solutions between Typical OEMs (2)
4.3 GAC Trumpchi EMKOO
4.4 AITO M5
4.5 ARCFOX ?S New HI Edition
4.6 Volvo EX90
4.7 Mercedes-Benz EQE
4.8 SAIC MAXUS MIFA 9
4.9 Rising Auto R7
4.10 Changan Ruicheng PLUS
4.11 Cadillac LYRIQ
4.12 2023 Jetour X90 Zilong
4.13 ZEEKR 001
5 Chinese In-Cabin Monitoring Suppliers
5.1 Summary of In-Cabin Monitoring Solutions in China (1)
5.1 Summary of In-Cabin Monitoring Solutions in China (2)
5.2.2 In-Cabin Monitoring System
5.2.3 In-Cabin Monitoring Business Pattern
5.7 Autocruis Technology
5.9 Neusoft Reach
5.10 Roadefend Vision
5.11 Jingwei HiRain
5.12 Tsingtech Microvision
5.16 VIA Technologies
6 Foreign In-Cabin Monitoring Suppliers
For more information about this report visit https://www.researchandmarkets.com/r/gogvbq
SOURCE Research and Markets
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