ProAI: Superior computing power and flexibility The ProAI RoboThink controller from ZF, the modularity and expandability of the system, will bring value to automakers. The four generations of ZF ProAI are configurable according to the application scenario, from basic ADAS functions to autonomous vehicles, commercial vehicles and industrial applications. In addition, users can customize the software architecture; this is a breakthrough for MaaS applications. As Wolff Henning Scheider, CEO of ZF, said: “Today, we will showcase our ZF ProAI RoboThink, a powerful AI supercomputer in the travel industry. With its unique concept of flexibility, modularity and scalability, this outstanding product accelerates the development of unmanned vehicles and increases their ability to transport people and goods autonomously." The launch of ProAI has attracted many partners to seek common development and jointly create more advanced cutting-edge technologies and products. The powerful performance and flexibility of ZF ProAI led NVIDIA to choose ZF as its partner when launching its new Level2+ NVIDIA DRIVE AutoPilot. ZF's new products will begin mass production in the next 12 months, which is able to meet NVIDIA's ambitious launch of its DRIVE AutoPilot in a short period of time, which is used in automotive applications. Artificial intelligence supercomputer. ZF CEO Wolf-Henning Scheider said: "We have leveraged our strengths in providing mass-produced supercomputers. The open software architecture of the ZF ProAI product line is available. Flexibility, modularity and scalability to meet the needs of every application and can be applied to all phases of industry and autonomous driving." ZF is integrating Xilinx's Multi-Processor System-on-Chip (MPSoC) platform to handle data integration, pre-processing and delivery to meet its multiple sensor and automated driving systems while providing fast and efficient artificial intelligence Computer acceleration service. ZF creates a new way to travel in the city The city's travel style is changing with each passing day, which greatly promotes the development of autonomous driving. An important example of this is self-driving car sharing services such as robotic taxis (robo-taxi) or self-driving ferry. Through the provision of systematic technology, ZF helps companies develop Mobility-as-a-Service (MaaS). These include cameras, radar and lidar systems as sensors for monitoring the surroundings of the vehicle; the fourth generation of ZF ProAI RoboThink with powerful computing capabilities and its software and algorithms, as well as electromechanical actuators and safety systems. ZF can intelligently network these systems and integrate them into vehicles; it helps customers to provide further travel services while providing vehicles. ZF sensors help autopilot ZF highlights its powerful sensor portfolio, which enables more accurate monitoring of the vehicle's internal and external environments, thereby increasing the safety of both traditional and autonomous vehicles. The sensory architecture consisting of a full range of new radars, solid-state laser radars, innovative cameras and sound sensors can be combined with the ZF ProAI series of supercomputers to form a powerful omni-directional sensor system. The hardware of the ZF sensor family includes the latest generation of cameras, radar, lidar and sound sensors. On the software side, the ZF ProAI central controller has monitoring and classification algorithms and vehicle control functions. The entire vehicle architecture is designed to provide solutions for high standard vehicle requirements, including extreme temperature and extreme vibration. Advanced sensor systems will also help customers with more stringent safety regulations and grades such as NCAP. Digital solution Thanks to machine learning and artificial intelligence, IoT technology is rapidly maturing. Digital solutions simplify the operation of both the enterprise and the end user; the simple operation method is even the key to the success of the product. ZF is leveraging networking and integrated data analytics to deliver smarter, more reliable products and services and integrate them on an open IoT platform; ZF is better at leveraging the opportunities offered by the platform, including Data, efficient and fast information processing capabilities, develop a new generation of IoT systems. The four advanced technologies and products brought by ZF further promote the development of autonomous driving. Strength is the foundation of development, cooperation is the catalyst for development. ZF has always adhered to the concept of innovation and cooperation and win-win development. It is solid and forward-oriented and innovative, and strives to achieve zero vision and build a beautiful traffic environment. Work hard. This hammer mill is widely used in crushing all kinds of crop stalk, cotton firewood, willow, straw, clover, peanuts shells, cotton seed, wood chip and etc. And spare parts of the hammer mill completely adopt quality material, outsourcing parts adopting domestic optimal product, the whole machine`s quality is reliable, long-lived. Hammer Mill Accessories,Wood Hammer Mill Accessories,Hammer Crusher Accessories,Hammer Mill Accessories Customized Jinan Shanghangda Machinery Co., Ltd. , https://www.jinanshdmachine.com
ZF unveiled the 51st CES 
Wolf-Henning Scheider, CEO of ZF AG 
ZF ProAI product display 
Self-driving car with ZF ProAI central controller
ZF brings new products and new technologies to the 51st CES
On January 14, 2019, it was learned that the 51st CES was kicked off in Las Vegas, USA. The exhibition attracted many exhibitors to participate in the display of advanced products, research leading technology, and disseminate innovative ideas. As one of the leading suppliers of auto parts and components, ZF was invited to participate in the international exhibition and exhibited a series of innovative, convenient and advanced autonomous driving technologies and products.