Computers have always been customizable. In the early stage of your personal computer, DiYers can order motherboards, CPUs, and other parts online, which in turn integrates their personal computers. For gamers, engineers, and computer enthusiasts, they ask specific components than ordinary users, so they often need to build DIY computers, or upgrade certain components to meet their needs. This approach is still moving. Even the multi-functional computer Raspberry Pist also inspired a group of growing enthusiasts, they built their own robots, from remote cars to simple stand-alone games.
The future advantage of artificial intelligence and robotics can only be our advantage in our creators in our new technology, not just consumers. According to the Boston Consultation Group (BCG), Americans spend 30 billion hours a year to drive and find parking spaces. Obviously, you must find more valuable ways to spend our time. But more importantly, we think is higher in terms of security. According to the National Security Council (US), more than 40,000 people in the United States in 2017 died because of motor vehicle failure.
The automatic driving car may be better. Human drivers fails at a rate of 4.2 accidents per million miles, and the current automatic cars collision rate is 3.2 pmm. If the safety of the automatic driving car continues to increase, the speed of automatic cars can drop to ignore the extent of ignore, then about 40,000 people can have about 40,000 people in the United States will lose their lives because of car accidents. In fact, we are within 5 to 10 years of safe and convenient travel. This technology is still not mature enough. Today's system is not a strong alternative to the human driver, the Non-profit Road Safety Insurance Association (IIHS) is determined when evaluating five automatic cars. But here has a bigger future, just consider the car on the road and the thinking of automatic driving cars indicate the failure of the imagination, citizens from all walks of life can play a role in building a machine that truly meets its needs.
A self-driving mobile grocery store can provide a meal to a community that may not be able to access the service that cannot be accessed. Even the IKEA's R & D department also discloses several concepts to re-enforce the work space, cafés or even healthcare. Technical leaders commented that it is very difficult to build automatic driving cars. Tim Cock describes the challenge of building an automatic driving car called "All" Artificial Intelligence Projects Mother, Elon Musk recently released "" General Solution to realize automatic driving "is very difficult."
I think we should use similar music to build automatic driving cars and robots. This developers can use the basic module as build modules and create automatic driving vehicles and robots that are fully compliant, whether it is cheaper, more efficient, safer, faster, to specific destination services or simple implementation Creative vision. This kind of interpolation will encourage people to build its own automatic machine. If the process of building AV is very simple, you can build a modular key component, so even if you only have basic understanding of the project, you can easily integrate these five or six elements to build your own automatic driving. car.
Car or robots are similar to a computer, a whole consisting of various modules. We don't need to be physically build computer chips to design your own PC. The same is true for automatic driving. Sensor components, customizable chassis based on specific needs of vehicles and labor should be required. We recommend that modular automatic driving can be divided into six key components:
1. Highly accurate GPS system
2. Computer vision module for localization
3. The same computer visual module for actively perceive or detecting the pedestrians and cars in the environment
4. Radar and sonar systems are used to trigger the brake when the object is close to the vehicle.
5. Plan and control modules for real-time planning
6. Chassis module used to perform sports plan
The modular way to build your own automatic driving or robot makes the process more simple, and developers only need to understand and follow the specification. Early adopters with basic backgrounds can create a personalized automatic driving vehicle and solve specific needs, used for automated vending machines of university campus or farm to dining table transportation tools or wheel libraries. This versatility can provide the practical value of the highway preparation AV. For example, farmers can use their own automatic machines to spray or irrigate land using resources and knowledge in textbooks and brochures. However, in order to make this modular approach to truly popularize, we first need a unified interface for different component design so that we can insert different sensor components without re-developing the entire system. For example, in order to track the location of the robot in real time, the developer can use an accurate GPS system when the vehicle is outdoors, and if the vehicle can be easily switched to the computer vision system. As long as the two modules provide exactly the same interface, developers don't have to rewrite the code for changes.
Similar to music or modular methods are not only more easier to design and build av. This is about establishing a like-minded personal community, they are keen on technology and DIY, which can find new applications for automated robots. Drone enthusiasts, Linux users and Maker Faire participants work in a similar enthusiastic community, and usually inadvertently laid the foundation for the development of emerging technology. Although we may not use our automatic driving car on the highway tomorrow, there are still many applications for automated machines, we can start developing them as a community.
I believe we are in a unique juncture of history. As a personal public, we can re-imagine how robots are used to solve our lives, work, travel and play. We must learn to create new skills and encourage students to learn to write procedures. This is not the necessary process of engineers, and how it works about how to understand techniques is more common in our lives. We need to create our own robots with our creativity and capabilities.
Original address: https://www.eeboard.com/news/zidongjiashi-27/
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