Intel is a company that powers cloud computing and billions of smart connected computing devices. As we continue to transform to focus on the virtuous circle that has emerged—the accelerators of the cloud and data centers, the Internet of Things, memory, and FPGAs, they are closely linked and further enhanced by Moore's Law—we see Intel's technology More and more experiences are being transformed.
The Internet of Things is a collection of smart devices connected to the cloud. Connecting to the cloud means that all the actions of "things" can be turned into data, measured in real time and accessible from anywhere. These interconnected “things†are becoming ubiquitous, changing all the experiences in our lives. "Things" can be as small and simple as a watch or a smartphone, or as large and complex as a car.
The BMW Group teamed up with Intel and Mobileye to get the fully-automated car on the road in 2021. From left to right: Intel CEO Ke Zaiqi, BMW Group Chairman Kruger, Mobileye co-founder, chairman and chief technology officer Amnon Shashua
For the next big technological innovation, the driving experience is in an excellent position. At the moment, people often face frustrating things when driving: think about the traffic congestion you experienced last time or find a route to your destination. Driving can also be dangerous. Every year, more than 30,000 Americans die from predictable car accidents. 1. More than 90% of car accidents are caused by human causes. A study by the European Union shows that 13% of traffic accidents each year are caused by inattention and fatigue driving. These frustrating things and dangers make the driving experience need to be subversive and innovative.
For the vision of reshaping the driving experience, the news today is an important step. To achieve this vision, cars—and everything they connect—will need a powerful, secure, and reliable electronic brain that is smart enough to act like a human driver.
Cars are fast becoming one of the smartest connected devices in the world, using sensor technology and powerful processors to sense the situation and react continuously. These vehicles require a sophisticated set of technologies: sensors that collect LIDAR (laser detection and measurement), sonar, radar, and optical signals; a sensor fusion hub that collects millions of data; microprocessors that process data; machine learning algorithms It requires powerful computing power to make data smart and useful. These technologies are complex because the decisions that must be made to connect cars in a busy urban environment are extremely complex.
Simply put, connected cars must have enough intelligence to quickly respond to unexpected situations and avoid accidents. This includes:
• Assess the surroundings for a reckless driver or bypass.
• Quickly discover options such as sudden steering, braking, turning, or communicating directly with other cars in the future.
• Make the right decisions and act accordingly.
Intel has a unique advantage in providing end-to-end functionality and technology for autonomous driving. Intel offers a wide range of resources for autonomous driving collaboration: in-car computing; powerful cloud and a machine learning solution; high bandwidth, low latency connectivity; powerful memory and FPGA technology; human interface, and security technology. Intel continues to invest in these technologies to achieve autonomous driving.
We believe that there is a huge opportunity to reshape the driving experience. We believe that turning this vision into reality requires a global ecosystem. Today, we took the first step and announced a partnership with BMW Group and Mobileye to support BMW's next generation of highly automated driving and fully automated products with the common goal of establishing industry standards for an open platform that defines autonomous driving.
This cooperation is a major step in the automotive industry. From door locks to data centers, Intel provides end-to-end computing for connected cars; Mobileye provides world-leading visual analysis, while BMW offers the ultimate driving experience.
As Intel continues to invest in providing the world's most advanced technology for autonomous driving, we believe this is just the beginning of many exciting collaborations in the future.
The future of highly automated driving is bright, but it faces major challenges that need to be addressed globally. For example, how do auto-driving cars deal with unpredictable human drivers who might be drunk, send messages while driving or speeding? How and when can you build detailed and accurate maps of the global road? How to make the roads around the world intelligent so that they can communicate with cars and warn of dangers and traffic conditions?
Experts in the automotive and technology industries and other fields are working together to address these challenges. This requires a lot of resources and the smartest engineers - not an easy task.
Solving the big problem is what Intel is doing and why we are excited because it requires the smartest engineers. We look forward to working together with the entire ecosystem to create the future of connected cars.
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