Cloud computing changes Life: The 25 predictions of science and technology development in the 2036

25 years later, computer, network, and storage systems are tens of thousands of times times faster than today's, and science fiction applications will become a reality, with 80% of the advanced applications benefiting from cloud computing.

Experts said that 25 years later IT industry innovation will intensify, man-machine dialogue, 3D Cisco Network Real and Real world robot development will change rapidly, triggering the overhaul of various industries, including health care, urban planning, energy, electronic retailing and entertainment.

"I like using the word avalanche," said Dave Evans, Cisco's chief future figuratively futurist. We are in a great development environment. The world is fast changing ... The direction of future development will be the infinite speed of computer, storage and network, and give birth to some exciting moments. ”

The following are the 25 projections that authoritative researchers have made for it development in the 2036:

1, optical processor will replace microelectronics technology

Moore's law will reach the physical limit. In 1965, Intel co-founder Moore Gordon Moore predicted doubling the number of transistors on integrated circuits every two years. To pull processor and memory development, new technologies such as optical computing are needed.

Optical or optical computers use visible or infra-red beams instead of current to perform computational tasks.

"People want to get cheaper, faster computing, and our job is to explore other ways of electronics," said Donald Newell, chief technology officer at AMD Server, Donnald Neuel. The optical computer has two excellent characteristics, one is low energy consumption, the second is energy efficiency and performance than the current computer to improve more than 1000 times times. The next 20-25 years the electronic computer is expected to come out. ”

2. Quantum computer will be possible

Another technique for creating fast, small processors is quantum computing, which uses atomic energy to perform computational tasks.

Computers can store information only 0 or 1, while quantum computers can store 0 and 1 at the same time, so they can handle a lot of information at the same time.

"In traditional computer science, binary means open or close, true or false," Evans said. Quantum physics, however, uses quantum bits, which also represent opening and closing, so users can quickly transmit large amounts of data. 25 years later, quantum routing, Quantum cryptography, and quantum switches will all come true. ”

"I think in 25 years we will give up the binary and go into the quantum world," Zipp Ello, chief engineer of BBN Technology, said Chip Elliott. Quantum computer processing is very high, we will be able to accurately standardize all processing capabilities. ”

3, the smartphone has the ability of the super computer

"The iphone or BlackBerry performance that users use will grow at a geometric level compared to current server performance," Newell said. ”

People do not have to carry wallets or keys with them. The user's credit card, debit card, identity, and membership information will be stored on the smartphone.

Mark Lewis, EMC chief strategist, expects all of our digital information to be backed up by cloud computing, Mark Lewis, who insists: "The handset will have a trillion-byte storage capacity." If we lose our phone, change a new phone and enter a password, the cloud Computing Center will recognize the user and push all the information to the new phone. ”

Mobile phones are connected to high-performance networks, and a lot of information is in the hands of fingers.

"Users can store all human knowledge in a PDA," said Bernie Meiersen Bernie Meyerson, IBM Senior researcher (IBM Fellow) and Vice president of global innovation for IBM Research. With the next Generation network, a mobile phone can find a database that translates and responds to the user's query language. ”

4, the realization of man-machine dialogue

After 25 years, the keyboard, mouse and touchpad will all be history. Future users can perform computational tasks or find answers by talking to a computer.

IBM's Watson is a computer system that recently defeated players during the human-computer game and pointed the way to natural language interaction. Myerson explained: "Watson system can interact with humans, after judging their own mistakes, can query more data, with self-improvement." ”

IBM expects a similar Watson system to help physicians diagnose patients with strange illnesses.

"It should be more free to interact with computers," Myerson said. Today's human-computer interaction is not more free, but restrained. But these formalism will disappear over the next 25 years, demanding higher demands for greater hardware and software progress. ”

5, technology will be more easy to use

Until today, we have been slaves to machines. We have been learning how to adapt to each new technology, how to control each of the interface, how to program. Future technology will be more usable.

"Future technology will be more pervasive, embedded technology is within reach and technology will adapt to us," Evans said. We will look at your world from the world you watch TV to the television. All devices will be embedded in the camera. All the equipment is looking at you to make sure your code of conduct. ”

Evans predicts that we will live comfortably, that technology will interact with us and provide us with the information we need in real time.

6, too bit network will enter the family

Cisco Evans says over the next 20 years the network will enter the home. Wireless networks will also grow dramatically. High-speed networks are everywhere. The current 90% of residential areas will cover Internet access.

"Network effectiveness will reach 100% over the next 25 years," Evans said. The IP network will go into space. We will have more bandwidth and higher effectiveness. Broadband will cover every inch of land on Earth. ”

7, intelligent Network is coming

Future networks will be more intelligent as well as faster. It makes sense to choose which network to identify based on the information and location the user wants to send. Newell said: "The user mobile phone can determine the location, and decide whether to use a wide range of regional connections or local connections to communicate." If I want to send a message to my wife, such as I send her an email, and even if we sit together, the email will need to go through my ISP to the Google mail server before uploading to her ISP. ”

(Responsible editor: admin)