Future super intelligent system

Chapter 344 Smart City Status
Entering the smart city, you will see a large public transportation area. Here, there are public tools such as unmanned buses, unmanned taxis, unmanned sightseeing cars, smart battery cars, smart bicycles, and smart balance cars. Of course, there is also a smart The diversion channel leads to the lower subway, but the subway has not yet been built.

On both sides of the entire public transportation area, there is a particularly conspicuous futuristic metal building, about two floors high, which is accessed via elevators and escalators, which are currently closed temporarily.

In the future, there will be unmanned intelligent public flying cars.The flying car technology is actually not new, and there are companies that can realize it for a long time, but the development of flying cars has always stagnated. One of the main problems is the use of drones, how to open the flying rights of flying cars in the air, and how to manage them The flying car looks cool in sci-fi movies, but it is a lot of trouble to implement it.

Just a single air traffic accident. Once it happens, how many people will suffer?Unless it is the same as a private jet, it is exclusive to an individual and you have to apply for it every time you fly. But if flying cars cannot be mass-produced and popularized, the meaning will not be so great. It is better to develop private jets.

However, speeding cars can indeed solve problems such as traffic congestion, so in smart cities, flying cars will be available, but they can only be used as a means of transportation, not as a means of private travel. Individuals are not easy to manage, but unified as a means of public transportation, it is still very good managed.

Liu Fan parked the car aside, took out his mobile phone and opened an APP: Smart City.

Of course, this APP can only be used internally now.When the smart city is built and opened up, the smart city APP will be the most important life support tool for everyone.

The smart city APP will calculate all the data in the city 24 hours a day, control the impact of any variable, and then provide the most reasonable arrangement suggestions for any individual's needs.

For example, after a person enters a smart city, he opens the APP and enters his needs through voice or text: I will have a holographic meeting at home at 7 o'clock tonight, and I want to finish dinner before 6:[-].

Then at this time, the APP will give feedback information, such as suggesting which restaurant you go to have more time to eat or if the restaurant is full now, it is recommended to order takeaway. If you do not have a private transportation, the APP will also feedback the most suitable transportation for you. .

At the same time, the APP will also help you connect to the equipment you need to use at home for a while, such as turning on the air conditioner in advance at the most energy-saving time, ensuring that the holographic communication equipment can be used normally, and asking the smart assistant to prepare for meeting minutes.

Then, several or dozens of suggestions will be given in order of pros and cons. At this time, you can choose. For example, if you choose to take a bus and then go to a certain restaurant, the smart APP will open an appointment, and you can click on the dish.

The APP will also feed back your approximate arrival time to the restaurant's smart catering system. Basically, after you arrive at the restaurant, the food will be served immediately after you sit down.

Of course, the APP will also consider other factors when recommending restaurants, such as user preferences.

Moreover, there are relatively few variables in this example. For users, they can put forward more complicated needs, such as work, study, eating, entertainment, making friends, fitness, etc., can all be found through artificial intelligence to find more reasonable arrangements.Artificial intelligence will help people solve the daily choices that consume a lot of their time.

The entire smart city will be connected to a smart interconnected network, and all data will be continuously communicated and analyzed. Similar to the fact that many people are afraid of going to the destination where there are too many people when they go out, they struggle to choose food and entertainment, and their preferences and recommendations are not smart. will be effectively resolved.

At the same time, the APP will also have active reminders, such as any recent activities that match the user, including health reminders. If it is detected that the user has not exercised for a long time, there will be exercise suggestions. If the user is busy, the APP will also give some time-squeezing solutions. , so that users can take time to go to the nearest gym or stadium with vacancies.

Of course, in order to realize the large-scale use of this kind of urban intelligence, the current computing power is very difficult. It is very serious to know that human beings are uncontrollable. Do not eat, this is a variable, and everyone must have heard of the butterfly effect.Therefore, artificial intelligence must perform uninterrupted calculations, and now it can only be piloted in such a small area here, and it is impossible to popularize it nationwide or even globally.

Liu Fan clicked on the app and said, "I want to visit the smart city, but I need to reach Wangyuxuan within half an hour."

The APP quickly gave a response, "Twelve solutions have been recommended, and Liu Fan looked at them. The first suggestion is to let Liu Fan use a smart balance car. The one written after this solution is the most suitable, and the one that is ranked No. The second is to take a sightseeing bus, the most comfortable is written at the back of the plan.

But it stands to reason that from the perspective of visiting, taking a sightseeing car should obviously be the most suitable, and now that there are no people in smart cities, it is more comfortable to take a sightseeing car, but why is the balance car the number one solution? Woolen cloth.

This is the comprehensive analysis of artificial intelligence. They will read the user's personal information, so the artificial intelligence will analyze that Liu Fan is the boss of Mulong Technology, and will know that Liu Fan is a person who often exercises, and that Liu Fan is proficient in mastering the balance bike.

Therefore, artificial intelligence judges that Liu Fan, as the boss of Mulong Technology, is here to visit, and it is more likely to be an inspection, so he may stop at any time and go into some internal observations. At this time, the sightseeing car is obviously inconvenient. Liu Fan’s The physical fitness can fully support the balance car for half an hour, so the first recommendation is the balance car.

So Liu Fan clicked on the first plan.

"The user's reputation meets the deposit-free requirements. The information of the self-balancing car is being obtained. The self-balancing car is starting. It is expected to arrive in ten seconds. Please wait patiently."

Liu Fan waited exactly ten seconds, and a brand new and cool white balance car appeared in front of him.

The smart self-balancing car has an automatic driving function, but it is still different from a driverless car. It can only drive according to the established route. After all, in terms of cost and design, making the self-balancing car so smart is too cost-effective. How many people Will spend hundreds of thousands to buy a balance bike.
During driving, if you need to pause and switch manual control, there are specific action instructions, and then switch back to automatic driving to return to the original route.

Stepping on the balance bike all the way forward, you can see that the biggest difference between the smart city and most of the current cities is that it is empty and simple. The design of the whole city also follows the consistent design style of Mulong Technology, which is minimalist.

Whether it is housing, greening or traffic lights, the density is much lower than that of Hangzhou.But the smart city is designed in this way, is it because the smart city wants to control the population?

Of course not, smart cities will eventually spread throughout the country. With a population of 14 billion in China, how is it possible to control the population? The reason why smart cities dare to design this way is because the buildings here, especially the residential areas, have a special pattern.

During Liu Fan's visit, he could already see the rough outlines of several communities. In less than a year, the infrastructure madman really wasn't built.

The community here is very different from the traditional community design. For example, the community in front of Liu Fan at the moment is an interwoven residential complex with a honeycomb structure. There are hundreds of building blocks on the 24th floor. In terms of appearance design , which greatly guarantees the lighting problem of more residents, but most importantly, it is easier to build one of the core systems of smart cities, the smart self-circulation system.

In smart cities, there are more than a dozen designs of communities, but the biggest purpose of each design must be to facilitate the construction of a smart self-circulation system. This system allows buildings to provide self-circulating power supply through solar energy, biomass energy, waste energy and other power generation methods. , achieve self-circulating water supply through sewage filtration, etc., create a micro-climate through building greening, provide nutrients for plants through self-processing of garbage, etc., and finally achieve more than 60% of energy cycle self-supply and environmental protection.

In addition, the architectural design here basically has a three-dimensional lift parking lot, and the utilization rate of the building space has increased by more than 65%, which solves the problem of difficult parking.There are no longer so many vehicles on the main road, which is also one of the main reasons why the city looks empty.

Of course, buildings such as business districts, schools, and gymnasiums in smart cities will all have intelligent self-circulation systems.

Liu Fan walked around for half an hour according to the recommended route. Generally speaking, the framework of the smart city is almost ready, and after another half a year, he can prepare to stuff things into it.

The smart self-balancing car finally parked at the gate of Wangyuxuan. Liu Fan paid 3 yuan through the APP, and the self-balancing car went to find the nearest parking spot.

Wangyuxuan is a peculiar Chinese-style metal wall, a perfect fusion of culture and technology.

The 3-meter-high gate was full of momentum. Liu Fan stepped in, but the scene in front of him made his heart twitch instantly.
(End of this chapter)