This article is produced by NetEase Smart Studio (public number: smartman 163). Focus on AI and explore the next big era!
[NetEase Smart News, January 8] Self-driving cars are now making their way onto our streets, signaling a major shift in how we experience driving. While this innovation brings excitement, some seasoned drivers may still feel uneasy about handing over control to artificial intelligence. To bridge the gap between traditional driving and full autonomy, car manufacturers have introduced driver assistance systems—like automatic braking when a driver is distracted or parking assistance—to enhance safety and convenience.
Nissan, however, has taken a different approach. In early January 2018, the automaker announced its development of a "Brain-to-Vehicle (B2V) interface," a technology that could significantly improve reaction times and make driving safer. This innovative system uses electroencephalography (EEG) to read and interpret brain signals, allowing the vehicle to anticipate a driver's actions—such as steering or braking—before they are physically executed.
By acting 0.2 to 0.5 seconds faster than a human, the B2V system aims to create a more seamless and intuitive driving experience. Nissan calls this initiative "Nissan Intelligent Transportation." In autonomous mode, the system can also detect signs of driver discomfort and adjust accordingly, or even use augmented reality to modify what the driver sees, enhancing both comfort and safety.
"When most people think about autopilot, they imagine a future where humans give up control of the machine. But B2V does the opposite—it uses human brain signals to make driving more engaging and enjoyable," said Daniele Schillaci, Executive Vice President at Nissan. "With Nissan Intelligent Transportation, we aim to bring more autonomy, electrification, and connectivity to create a better world for people."
Nissan plans to showcase its progress at the Consumer Electronics Show (CES) in Las Vegas later this month, offering a glimpse into the current state of the technology. Although details remain unclear, videos show users wearing a small black headset. In 2016, The Verge reported that some neurologists were concerned about the potential risks of using brainwave technology in vehicles.
While the future of B2V remains uncertain, a Nissan representative told The Verge, "This is still in an early stage and not close to being implemented. Our goal is to achieve practical application within 5 to 10 years." Despite the challenges, the concept of brain-controlled interfaces isn't new. In September 2017, researchers successfully connected the human brain to the Internet, turning it into an IoT node. Elon Musk has also expressed interest in merging human brains with computers to keep pace with AI advancements.
However, the security of such brain-computer interfaces remains a significant concern, especially in the context of driving. It's also unclear whether this technology will ultimately prove superior to fully automated systems. While self-driving cars hold great promise, they still have a long way to go before becoming the safest form of transportation. Moreover, many accidents involving autonomous vehicles involve factors beyond the system's control.
As Nissan prepares to demonstrate its B2V interface at CES, the public will gain a clearer view of where this technology stands—and where it might be headed. Whether it becomes a game-changer or just another experiment remains to be seen.
(From: Futurism; Compilation: NetEase Smart Studio; Contribution: narizi)
Function description
The socket is ordinary converter,with two output 5V2A power USB power supply at the same time,can be very convenient in use electrical appliances and recharge the equipment at the same time,such as digital products like Iphone Ipad,MP3,MP4 etc.The charge apply to full range of international AC output,no-load power consumption less than 0.3W,with short circuit,overload,over-voltage protection,can be convenient for your life and save more energy
Timer Control Time Adgustment
1.Press the power switch 1 time,the 1HOUR LED will light on.The Timer into ON mode,USB and control socket output ON .
2.Continuously press the power switch the LED light on,the Countdown mode and LED light on will cycle change from 1HR,2HR,4HR,6HR,8HR,10HR.
3.Choose you need countdown time mode,the mode LED will lighto on,start countdown until countdown time finish,the control output and USB change to OFF
4.Then the countdown is start,The Time indicate LED will from high to low auto change until Countdown finish off.
Failure analysis:
1.check whether the power supply connection is good
2.check whether the USB cable is loosen
Warning Note:
1.Use indoor and dry location ONLY
2.The load max does not exceed 15A 3600W
3.This product does not convert voltage please do not miss use DO NOT exceed the maximum loading of 3600 Watts 15A
4.Always have earth connection for safety reason
5.If in doubt please consult with a qualified electrician
USB Countdown Timer, USB Countdown Timer Socket, USB Timer, USB Charger Timer, USB Timer Socket
NINGBO COWELL ELECTRONICS & TECHNOLOGY CO., LTD , https://www.cowellsockets.com