1. Perceived Perceptibility is the transformation of the real world into a digital world. By outputting structured data, it can be understood by humans and smart devices.
There are three directions: people perceive cars, car perceptions, and cars perceive the surrounding environment. The direction of the OBD products that are currently on the market is that people perceive the car, allowing the owner to track the maintenance status of the vehicle in real time.
The car of the future is like a naked woman, with nerve cells all over the body, full of sensors, and any subtle feelings of the car can be felt.
Imagine a scene like this: When the temperature inside the car is too high in a hot summer day, the car will automatically turn on the air conditioner to cool down. Isn't that a smart car? The sensor of the car is not limited to the OBD, but it can also be a camera, a mobile phone or a smart wearable device with sensors.
When the owner enters the car, the mobile phone is integrated with the car. The data such as the speed of the car, the direction of travel, the driving trajectory, and the temperature inside the car are not necessarily obtained by the car.
The other direction is the car's perception of people. For example, the iPhone's Touch ID does the phone's perception of people, not the owner can't unlock it.
The car of the future must also be like this. It is not the owner of the car that you can’t drive the car. No one can steal it. There are many applications that can be done in this direction. For example, a car can sense whether there are children in the car, whether it can be perceived by the driver, whether it is a man or a woman. A car is a senior private housekeeper of a person, and only knowing people can better serve the owner. Recently, the "Mobii" project announced by Ford and Intel is an example developed in this direction. Through facial recognition and gesture operations, the car's perception of people is realized.
Finally, the car's perception of the surrounding environment. This is the basis of autonomous driving. The surrounding environment includes static or dynamic obstacles in front of the car, cars with rear-end risk behind the car, obstacles behind the car when reversing, vehicles passing around when getting off, and so on. The physical world is very complex, with great randomness and unpredictability. It is a very long process to extract obstacles through image recognition technology to achieve automatic driving.
Second, connectable Through the connection with the mobile phone, the owner can safely experience the functions of the mobile phone through the voice assistant or the car in the car, including: answering the phone, sending and receiving text messages, map navigation, listening to music and Internet radio.
The main purpose of the connection is to avoid resource reset and reduce redundancy. With Apple's CarPlay solution, the user's walking navigation from the company's search destination to navigation in the car to the time of getting off is continuous, not separate. It is an application, there is no synchronization problem, which makes the owner feel It is an unprecedented convenience.
For the car manufacturers, the connection can also let them get rid of the burden of audio and video entertainment applications, focusing on the development of smart cars. Wait, why do I say the phone? Because the mobile phone is the hub that connects smart homes, smart cars, and wearable devices, as long as the mobile phone is connected, it enters the Internet.
Third, personalization CarPlay Introducing Siri into the car is the beginning of the car personality. The car in the future is a robot. When it comes to this, are you in the scene of the movie "Cars"?
With Siri, the car has a new brain that replaces the position of the previous car. It can not only listen to your commands, but also play the corresponding style of music according to the mood of your speech. It can also guess the user's needs according to the current time and current location to make the user's life service recommendation.
For example, when driving, when it comes to meals, Siri can tell the owner when he is about to arrive at a restaurant that suits his taste according to the owner's preference and the mood at the time. "There is a xxx restaurant in front of you, is it right? Eat here?†This eliminates the cumbersome search process of the surrounding restaurants. Google Auto also has a similar feature. When the owner leaves the company, Google Now will actively inform the user of the newly opened restaurants or recommend some restaurants that suit the owner's taste.
Fourth, to characterize When CarPlay was just launched, many car manufacturers actually had conflicts in their hearts. The reason was that CarPlay made the difference in the car on the car. As long as a car supports CarPlay, regardless of the operating system of the car OS, it supports a unified application and has a unified user experience. However, the de-characterization of products is the inevitable development of society, and the car manufacturers are not in a big position.
The process of gradually abandoning its own complex features in order to meet the needs of large-scale production has been going on for thousands of years. The same is true for OBD products. With the same OBD products, the experience is the same in different cars, no difference.
I believe that in the near future, more intelligent car hardware will be born to promote the process of car characterization. The car itself is also being characterized, and Tesla's open patent is an obvious signal.
If Xiaomi Company uses these patented technologies to develop a Xiaomi electric car, the price is as low as that of the Xiaomi mobile phone, which keeps you squeaking, and keeps Xiaomi's not so bad quality and affinity for users. The car brand has had a huge impact.
V. Communism A family of at least one car not only causes road congestion, environmental pollution, but also wastes resources. The Internet solves the problem of resource sharing through connectivity, that is, communism.
Most home users use cars to solve transportation purposes such as picking up children for school or outdoor outings. When you ask people around why they buy a car, they usually give you the answer: "It is not convenient to take a taxi in rainy weather."
This shows that transportation is the main reason for most car owners to buy a car. The basic transportation needs to remove the luxury design can quickly reduce the production cost of the car. Just like Beijing’s Manchu Street has public rental bicycles, with the unified deployment of Internet-based car resources, combined with automatic free-floating status feedback from “endsâ€, most people in the future do not need to purchase cars, and pass the app when it rains. A button can be used to call a car that is idle.
Ford Exhaust Modification
Introduction:
Exhaust modification is a popular practice among car enthusiasts who want to enhance the performance and sound of their vehicles. Ford, being one of the leading automobile manufacturers, offers a wide range of options for exhaust modification. This article aims to explore the various aspects of Ford exhaust modification, including the benefits, types, and considerations.
Benefits:
1. Improved Performance: Upgrading the exhaust system of a Ford vehicle can result in improved engine performance. By reducing backpressure, aftermarket exhaust systems allow the engine to breathe more freely, leading to increased horsepower and torque.
2. Enhanced Sound: Many car enthusiasts seek a more aggressive and sporty sound from their vehicles. Ford exhaust modification can help achieve this by replacing the stock exhaust system with a high-performance aftermarket one. These systems often feature larger diameter pipes and performance mufflers, resulting in a deeper and more resonant exhaust note.
3. Weight Reduction: Stock exhaust systems are generally heavy due to their construction materials. Upgrading to a lighter aftermarket exhaust system can reduce the overall weight of the vehicle, leading to improved handling and fuel efficiency.
Types of Exhaust Modification:
1. Cat-Back Exhaust System: This type of modification involves replacing the exhaust system from the catalytic converter to the rear of the vehicle. It allows for increased airflow and improved sound without affecting emissions or engine warranty.
2. Axle-Back Exhaust System: This modification replaces the exhaust system from the rear axle to the tailpipe. It offers similar benefits as a cat-back system but is less extensive and easier to install.
3. Headers: Upgrading the exhaust headers can significantly improve exhaust flow and performance. Headers replace the stock exhaust manifolds and are designed to optimize exhaust gas scavenging, resulting in increased horsepower and torque.
Considerations:
1. Legal Compliance: It is important to ensure that any modifications made to the Ford exhaust system comply with local laws and regulations. Some jurisdictions have noise restrictions and emission standards that need to be adhered to.
2. Warranty: Modifying the exhaust system may void the vehicle's warranty. It is advisable to check with the manufacturer or authorized dealers regarding the impact of modifications on warranty coverage.
3. Professional Installation: While some exhaust modifications can be done by enthusiasts with mechanical skills, it is recommended to have the installation performed by professionals. They have the necessary expertise and tools to ensure a proper fit and minimize the risk of damage to the vehicle.
Conclusion:
Ford exhaust modification offers a range of benefits for car enthusiasts, including improved performance, enhanced sound, and weight reduction. With options such as cat-back and axle-back systems, as well as headers, Ford owners have the opportunity to customize their vehicles to their liking. However, it is crucial to consider legal compliance, warranty implications, and professional installation to ensure a safe and satisfactory modification experience.
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