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Horizontal Technologies

Wireless Network Broadcast (WNB) Technologies

Machine Data Model Execution (MDME) Technologies

Autonomous Machine Intelligence (AMI) Technologies

Machine University (MU) Technologies

Computing Migration (CM) Technologies

Mobile Computing Migration (MCM) Technologies

Surfing Drone Technologies

Marca Lifejoy dedicates to the development of horizontal technologies, not only for the cutting-edge applications on the current computing platform but also for the fundamental performance of the emerging new generation computing platform.

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By the histoical view, you could easily make sense that the current computing paltform is an individualized device networking platform. It could be called as the second generation computing platform comparing to the former central controlled big computing machine with terminals that could be called the first generation computing platform. The signal for the replacement of the first generation platform by the second generation one is the market demand of individualized calculation device while the first genration computing platform focuses on and shows the advantages in the calculation. The signal technologies development is the individualized calculator development.

 

When the application oriented hand held mobile individualized calculators improve the people's life and empower the business performance by reducing the burden of people's calculation, the application and technology development oriented individualized device, the personal computer (PC) comes out to kick off the era of individualizerd device networking computing platform. That could be called the second generation computing platform while PC is the mile stone. You could make sense about the individualized device in the concept that everyone could own PC but it is impossible for everyone to own the central controlled big computing machine with terminals.

 

Obviously, the second generation computing platform is beyond the market signal to call it.The second generation computing platform only does small part of calculations for the market demands before it's coming out; but developed data processing technologies for the most applications demanded by the market after it's coming out. These applications are dificult to be seen and demanded in the ear of the first generation computing platform.

 

The development of the second generation computing platform has been spured its implementation technologies great advances. The wireless netwok demanded by the market spreads the second generation platform everywhere for people easy to access. The smart machine application demended by the market with the wireless network application generated the representitive device, the smart mobile phone, to  almost instead the application usage of the PC in the second generation computing platform. This scenario is the signal to express the market has been calling a new generation computing platfrom with the feature of mobile device networking rather than the individualized device networking.

 

Moreover, the smart machine application has developed the concept of Internet of Things (IoT) with dedicated network applications. Furthermore, the smart machine development has been demanded from the artificial intelligence to autonomous machine. The dedicated refrig network for everyone's home foods storage, order, and maintaining fresh, etc. autonomously running with grocery stores business are going to be real rather than tale. These smart or autonomous machine application developments have been beyond the concepts of idividualized device networking computing. The fundamental signal is using microcontroller to perform distributed processing computing model to instead of PC microprocessor central processing computing model. Obviously, these developments are the signals of calling the new or third generation computing platform. By the signals it is no dificult to make sense that the third generation computing platform will have the fundamental performance of the autonomous machine based mobile computing that is not the currently mobile device based computing.


The theoretical analysis is daunting but some examples could help make sense easily. Today, you can instal a security system in the house of your home. When you are working at office and your wife go tothe supermarket, so nobody at home. However, your sister come to your homefor a visit. She make a phone call to you and you see your sister at the door on your mobile phone, you open the door for your sister by using your phone through the security system in your home. By the scenario, if the security system is based on the autonomous machine, what kinds of scenario you can imagine?

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Based on what we can see now from current development, basicaly the home secirity system will take ID of the visitor, such as face, fingerprint, or the bottom of the eye, etc., then send a message either voice or text with the ID to you and ask your command. You may approve, so the machine will open the door and relevant swithes, such as gas and water etc. for the visitor; you maydeny, so machine will tell the visitor whom is rejected; you may ask machine verify the ID in your computer or cloud or send the living address of your sister to let machine verify the ID at your sisters living community. you may have programmed such kinds of verification performance for your home security system, so the machine will do the verification before send message to you but send the resultt of verification with the message together to you.

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Suppose when you communicate with your home security system for the visitor, on your cell phone, there is a phone call comes in to want to talk business with you, you may hold your cell phone and talking the business and go to threfrig at your office to access the refrig at your home and ask it contact tyour home security system shift the communication with you from the telecom network to the refrig network, so the computing is mobile between the different networks but the devices no mobile, but you can communicate about visitor and talk about business meanwhile.

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By the imaging from what we can see now, the microcontroller based autonous machine development with the samrt and IOT applications will provide a computing platform beyond, more power, and easier implementing than the individualized computer based solutions for the same demands. We believe what we can see now are signals for calling a new generation computing platform and , and this third generation platform must beyond all of we can see now. There will be a milestone technology and product like PC to come out although we can not see what it is now.

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Marca lifejoy dedicates to develop technologies for calling the third generation computing platform in U.S. and hope the U.S. to be the leader of the development. Although current most popular microcontroller applications development platforms, such as Ardunio and Raspberry Pi are not the U.S. leading development, however, the systems and mechanisms of U.S. have advantages to catch up and take over. The first satelite was launched by Soviet Union, however, U.S. catched up to become the leader in the technologies.

 

Unfortunately, China can never be the leader for developing for calling the third generation computing platform as long as the China ruled under the Chinese communist dictator ship systems and mechanisms because the new generation platform development needs democracy environment. For example, the Chinese communist contros the internet with monitor what people are doing on it. By the cost and the complex of the control and monitor, the Chinese communist can not allow the WiFi everywhere like it in U.S.; otherwise, the Chinese communist will put their security of dictatorship ruling on the risk of to be pushed down.Actually, the Chinese communist dictatorship ruling has become the barrier for the China's technology development and economy growth model development.

Machine Autonomy

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