Seven powerful technology which change the world
World variable Perhaps the biggest emissary of every change in the modern world is technology. However, any change in technology is not completely risk-free. Any kind of big innovation, every one of our daily needs. It can be said that the solution to address potential global challenges is the innovation of the new technology. Technological success promises to be the biggest solution to the current global challenge, from where the hydrogenated Zero-Emission Vehicle starts to be installed as a computer chip model in human beings. 8 technology emerging in recent years is offering all the facilities that will improve our daily living standards. These technologies include Power Innovation, Industry Transformation, Technology with the Protection of Our Planets, and many technologies.
Index world's 7 technology
A panel of 18 experts from Meta Council of Emerging Technologies jointly attempted to compile the list of the most important technology texts recently. The meta-council aims to increase public awareness about the potential of these emerging innovations, reduce the deficits of investment in the development of these technologies, usually disrupting the development that simplifies the rules and makes it understandable to the public.
Next Generation Robotics
Undo from the production line
Everyday life of our robots will do all the work of our lives. Such robots are still limited in the factory addendum process and other work. However, the robot is now widely used in automobile factory. These robots have now become a major threat to human rights activists. They should be kept separate for security related work.
The development of robotics technology has created the reality of our everyday life as a collaborator of human machine. The superior and cheap sensor makes the robot more sensible and is suitable for responding to the environment. Robot body is more flexible and flexible. In this case, the designers are inspired by additional flexibility and complex biological structures, such as human hands. Existing robots have become more connected with the Cloud Computing Revolution, rather than being programmed as a complete Autonomous unit, accessible from the distant to information and instruction.
A new era of robotics takes these machines away from the large production process in a wide range of tasks. Using GPS technology, just like smartphones, robots have been used properly in the field of weed control and harvesting. Using experimental nursing school in Japan. They provide patients with help outside the bed and help victims of paralysis, so that their body parts are regained in control. Lesser and more flexible Dictores robot bots, Dexter Bots, Bexts and Khaise Radias are designed to handle easily programmable and manual handling, which are rugged and inconvenient for people.
In fact, robots are ideal for some work, which are very repetitive or risky to humans and can work 24 hours a day at less cost than human workers. The reality is, the new generation robotics machine will work as a partner, not replacing them.
Another significant risk to the increasing expansion of robots is the occupation of human workers. Although productivity and gradation of previous generation of production was profitable. The old fears of an era of robert control in the network would be lost on the next generation of robertics links on the web. Since the common people use robots more than they can use. So, the robots will become the fans of robot by reducing the fear of robot. A new study on social robots is known - they know that people can work collaboratively and become allies with the people. This means people and robots will work together in the future and everyone will do their best job. However, the next generation of robotics will give birth to a fancy question that machine relations with humans will be born.
Developing Artificial Intelligence
What will happen when the computer is able to know the job?
Artificial Intelligence (AI) artificial intelligence is one of the most discussed and studied topics in the ICT world. The science of ordinary people, such as those who do their own instincts, is usually called Artificial Intelligence. Artificial intelligence has made remarkable progress over the past few years. Modern young generation mostly use smartphones. They can recognize people's voice or use image recognition technology to use immigration at the airport. Self-propelled vehicles and automatic flying drones are now in the test-testing phase before being widely used. Recently, a number of learning and memory tasks are carried out on experimental basis, where machines are doing better than humans. Watson is an artificially intelligent computer system. It recently lost the best human candidates in a quiz game Jeopardy.
Artificial Intelligence is more efficient than a normal hardware and software that makes the machine more responsive and responds accordingly. The AI step further leads to the progress made from the device, which automatically encompasses a large amount of information. One bright example is the Never Ending Language Learning (NEEL) project. This is a project of Carnegie Mellon University. Basically a computer system, which does not read data from millions of web pages, but instead seeks to improve the reading and understanding capabilities for better performance in the future.
Improved artificial intelligence productivity, such as the next generation of robotics, will progress significantly, since the device takes responsibility for certain tasks done more accurately than humans. Road transport will reduce self-driving car accidents. As a result, the number of casualties and injuries will be reduced. In reality there are plenty of such anecdotes. Because there is no possibility of human error like other problems on the device. There is no deviation at all, nor is there an eye-catching problem. Intellectuals can enter a lot of information in a big way, and people will be able to respond without emotional biased addiction. Doctors can do better than professionals to identify the disease. The Watson system has now expanded oncology so that cancer patients can help with symptoms of disease signs and diseases.
Artificial intelligence technology has some obvious risks. Because, this super intelligent machine will once again surpass man, enslave mankind into slaves. Of course, the risk is still fabulous and far away from reality, but experts have started taking it seriously from now on. The more realization is that AI accelerates the change of economy. Social inequality created by replacing human workers with intelligence computers and emerging as a threat to the existing profession. Automatic drone space can occupy most of the human driver and self-drive short-hired short-hired self-propelled vehicles will gradually override the existing taxis.
Sense and awaited drone
Flying robots will powerlines or provide emergency assistance
Unmanned Aerial Vehicle or Drone has become an important and controversial part of military capacities in recent years. They are also used in agriculture as well as in filming and other multifunctional applications, which are inexpensive and expansive in the Ariel Surveillance. However, as much as possible, the human pilot or the driver in these drones, but the difference is that the pilots or drivers of these areas are running on the ground and their airplane runs from a distance.
The next step in drone technology is to develop machines that will be able to fly by itself, in a more extensive range of applications. For these tasks to be done, the drone must have the ability or senses to respond to the local environment and respond. To avoid all types of clashes with other objects on their way, height and flying trajectory will be able to change. In nature, birds, fish and pests can all be gathered, every animal can respond to neighbors in a moment, so that insects or fish flocks can fly or swim in a single unit. The drone is trying to outline the feature.
Due to the ability to avoid trustworthy autonomy and conflicts, drones can play a very helpful role in collecting dangerous information from remote areas, checking electric power lines, and providing critical medical supplies in emergency situations. Drone delivery machines can easily find the way to their desired destination, which is considered seriously by other flying vehicles or flying and other obstacles. Autonomous and autonomous drones in the agricultural field collect visual data of huge quantities of land and process them efficiently and effectively in fertilizer and farming.
Intel and the Ascending Technology showcasing a prototype multi-copter drone that can navigate, and avoid the public automatically, in January 2014. This machine is used in Intel's built-in RealCase Camera module, which weighs less than 4 grams and thickness less than 4mm. Drone essentially replaces the Three Dimension Operation Robot as a replacement for the dimension. The trend of the advancement of robotics will accelerate the arrival of next generation robotics.
Noteworthy, flying flying can never be risk-free, whether they are operated through humans or intelligent machines. The drone must operate in the most complex situations with loyalty.
Digital Genome
The age of health care, when the genetic code will be in your USB stick
The initial introduction of the 320 million DNA base pairs is not only a few years to make human manners and costs $ 100 billion. Now your gene may be sequestered and digitized in minutes and at just a few dollars cost. This result can be delivered to the UB stick on your laptop and can be easily shared through the internet. Our ability to accelerate and cheaply determine our unique unique genetic structure, promotes more personalized and effective health care.
Many of us have stubborn genetic components, from the heart-to-skin cancer to the health challenges. In fact, cancer is the best example of genomic diseases. Through digitization, doctors can decide on patient's cancer treatment through genetic formation of tumor. This new knowledge carries signs of the development of the medical sector very clearly, especially in patients who have the ability to fight against cancer. Like all personal information, a person's digital gem safeguard needs to be protected because of the privacy
Index world's 7 technology
A panel of 18 experts from Meta Council of Emerging Technologies jointly attempted to compile the list of the most important technology texts recently. The meta-council aims to increase public awareness about the potential of these emerging innovations, reduce the deficits of investment in the development of these technologies, usually disrupting the development that simplifies the rules and makes it understandable to the public.
Next Generation Robotics
Undo from the production line
Everyday life of our robots will do all the work of our lives. Such robots are still limited in the factory addendum process and other work. However, the robot is now widely used in automobile factory. These robots have now become a major threat to human rights activists. They should be kept separate for security related work.
The development of robotics technology has created the reality of our everyday life as a collaborator of human machine. The superior and cheap sensor makes the robot more sensible and is suitable for responding to the environment. Robot body is more flexible and flexible. In this case, the designers are inspired by additional flexibility and complex biological structures, such as human hands. Existing robots have become more connected with the Cloud Computing Revolution, rather than being programmed as a complete Autonomous unit, accessible from the distant to information and instruction.
A new era of robotics takes these machines away from the large production process in a wide range of tasks. Using GPS technology, just like smartphones, robots have been used properly in the field of weed control and harvesting. Using experimental nursing school in Japan. They provide patients with help outside the bed and help victims of paralysis, so that their body parts are regained in control. Lesser and more flexible Dictores robot bots, Dexter Bots, Bexts and Khaise Radias are designed to handle easily programmable and manual handling, which are rugged and inconvenient for people.
In fact, robots are ideal for some work, which are very repetitive or risky to humans and can work 24 hours a day at less cost than human workers. The reality is, the new generation robotics machine will work as a partner, not replacing them.
Another significant risk to the increasing expansion of robots is the occupation of human workers. Although productivity and gradation of previous generation of production was profitable. The old fears of an era of robert control in the network would be lost on the next generation of robertics links on the web. Since the common people use robots more than they can use. So, the robots will become the fans of robot by reducing the fear of robot. A new study on social robots is known - they know that people can work collaboratively and become allies with the people. This means people and robots will work together in the future and everyone will do their best job. However, the next generation of robotics will give birth to a fancy question that machine relations with humans will be born.
Developing Artificial Intelligence
What will happen when the computer is able to know the job?
Artificial Intelligence (AI) artificial intelligence is one of the most discussed and studied topics in the ICT world. The science of ordinary people, such as those who do their own instincts, is usually called Artificial Intelligence. Artificial intelligence has made remarkable progress over the past few years. Modern young generation mostly use smartphones. They can recognize people's voice or use image recognition technology to use immigration at the airport. Self-propelled vehicles and automatic flying drones are now in the test-testing phase before being widely used. Recently, a number of learning and memory tasks are carried out on experimental basis, where machines are doing better than humans. Watson is an artificially intelligent computer system. It recently lost the best human candidates in a quiz game Jeopardy.
Artificial Intelligence is more efficient than a normal hardware and software that makes the machine more responsive and responds accordingly. The AI step further leads to the progress made from the device, which automatically encompasses a large amount of information. One bright example is the Never Ending Language Learning (NEEL) project. This is a project of Carnegie Mellon University. Basically a computer system, which does not read data from millions of web pages, but instead seeks to improve the reading and understanding capabilities for better performance in the future.
Improved artificial intelligence productivity, such as the next generation of robotics, will progress significantly, since the device takes responsibility for certain tasks done more accurately than humans. Road transport will reduce self-driving car accidents. As a result, the number of casualties and injuries will be reduced. In reality there are plenty of such anecdotes. Because there is no possibility of human error like other problems on the device. There is no deviation at all, nor is there an eye-catching problem. Intellectuals can enter a lot of information in a big way, and people will be able to respond without emotional biased addiction. Doctors can do better than professionals to identify the disease. The Watson system has now expanded oncology so that cancer patients can help with symptoms of disease signs and diseases.
Artificial intelligence technology has some obvious risks. Because, this super intelligent machine will once again surpass man, enslave mankind into slaves. Of course, the risk is still fabulous and far away from reality, but experts have started taking it seriously from now on. The more realization is that AI accelerates the change of economy. Social inequality created by replacing human workers with intelligence computers and emerging as a threat to the existing profession. Automatic drone space can occupy most of the human driver and self-drive short-hired short-hired self-propelled vehicles will gradually override the existing taxis.
Sense and awaited drone
Flying robots will powerlines or provide emergency assistance
Unmanned Aerial Vehicle or Drone has become an important and controversial part of military capacities in recent years. They are also used in agriculture as well as in filming and other multifunctional applications, which are inexpensive and expansive in the Ariel Surveillance. However, as much as possible, the human pilot or the driver in these drones, but the difference is that the pilots or drivers of these areas are running on the ground and their airplane runs from a distance.
The next step in drone technology is to develop machines that will be able to fly by itself, in a more extensive range of applications. For these tasks to be done, the drone must have the ability or senses to respond to the local environment and respond. To avoid all types of clashes with other objects on their way, height and flying trajectory will be able to change. In nature, birds, fish and pests can all be gathered, every animal can respond to neighbors in a moment, so that insects or fish flocks can fly or swim in a single unit. The drone is trying to outline the feature.
Due to the ability to avoid trustworthy autonomy and conflicts, drones can play a very helpful role in collecting dangerous information from remote areas, checking electric power lines, and providing critical medical supplies in emergency situations. Drone delivery machines can easily find the way to their desired destination, which is considered seriously by other flying vehicles or flying and other obstacles. Autonomous and autonomous drones in the agricultural field collect visual data of huge quantities of land and process them efficiently and effectively in fertilizer and farming.
Intel and the Ascending Technology showcasing a prototype multi-copter drone that can navigate, and avoid the public automatically, in January 2014. This machine is used in Intel's built-in RealCase Camera module, which weighs less than 4 grams and thickness less than 4mm. Drone essentially replaces the Three Dimension Operation Robot as a replacement for the dimension. The trend of the advancement of robotics will accelerate the arrival of next generation robotics.
Noteworthy, flying flying can never be risk-free, whether they are operated through humans or intelligent machines. The drone must operate in the most complex situations with loyalty.
Digital Genome
The age of health care, when the genetic code will be in your USB stick
The initial introduction of the 320 million DNA base pairs is not only a few years to make human manners and costs $ 100 billion. Now your gene may be sequestered and digitized in minutes and at just a few dollars cost. This result can be delivered to the UB stick on your laptop and can be easily shared through the internet. Our ability to accelerate and cheaply determine our unique unique genetic structure, promotes more personalized and effective health care.
Many of us have stubborn genetic components, from the heart-to-skin cancer to the health challenges. In fact, cancer is the best example of genomic diseases. Through digitization, doctors can decide on patient's cancer treatment through genetic formation of tumor. This new knowledge carries signs of the development of the medical sector very clearly, especially in patients who have the ability to fight against cancer. Like all personal information, a person's digital gem safeguard needs to be protected because of the privacy
Recyclable thermoset plastic
New type of plastic for reducing landfill waste
Plastic is generally thermoplastic and thermoset plastic - these two classes. Thermoplastic can be heated and shaped, and it has become globally in the modern world, including everything from kids toys to bathrooms. Because, these can be melted and made new. That means thermoplastic recyclable. On the other hand, thermoset plastic can be heated and can be reducted once. Then the change in molecules means that they hold their size. Thermoseet plastic keeps their size and strength, even in the heat and pressure.
In this stability, thermoset plastic is an important part of the modern world and it is used in everything from mobile phones, circuit boards to airplanes etc. These characteristics of thermoset plastic have established them as essential in modern manufactures and have also made it impossible to recycle them. As a result most of the thermosate polymers survive as a landfill even in adverse conditions.
In this case, there are several major progress in 2014. The announcement of the discovery of the new-type thermosetting polymer was first published in the 'Science' journal, which is recyclable. Poly hexyhytrotrogen or phth dissolved in strong acids, breaking polymer chains into monomer components, which can combine new products. These new structures, in their traditional Unrysychilabel thermoset, go to UnrySiacale, potentially in the same application, the harsh heat-resistant and difficult. Although no recyclable is 100% skilled. If this invention is widespread, then?
Distributed Manufacturing
Future factories will be online-based and there will be people's doorsteps
The way we manufacture and serve the goods, the distributed manufacturing will be swiftly moving towards it. Unorganized ingredients are brought together in conventional large-scale production, are integrated and decorated in centralized factories and converted into a similar product. Then they were served to the customer. Unorganized components and fabrication process are decentralized in distributed manufacturing and the final product is manufactured, which is very close to the final customer.
The current use of distributed manufacturing depends heavily on the high-end products, where consumers use their own local printer printers and products made from local components. There are some such elements in open source thinking where consumers can customize their needs and customized products. Instead of managing centrally here, it is possible to create more creative design material than the more crowdsource. In this case, the product may be more evocative, since many people engage in visualization and are making them.
Distributed manufacturing is hoping that the use of resources will be activated effectively, the wested capacity will be reduced in the centralized factories. By reducing the amount of money needed to create the first prototype and product, reduce battery costs in market entry. The most important thing is that the overall effect of the environment on manufacturing is less effective. Digital information is supplied by the web without being supplied on the ground, navy or air, such as physical products, and intermediate material is sourced locally. This will reduce the use of fuel or energy required for transportation.
If it is widely spread, distributive manufacturing will crush traditional customs and economics. There is enough risk in it. It may be difficult to control from a distance. For example, medical devices. On the other hand, goods like weapons may be illegal and deadly. Therefore, everything can not be created through distributed manufacturing and traditional manufactures and supply chains should still be controlled in some important and complex consumer products.
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Neuromorphic Technology
Computer chips, which behave like Human Brain
It is said that solutions to any complex mathematical problem in the world are found in modern supercomputers. The supercomputer can not even uncover the complex mysteries of the human brain. Human brain sophistication could not achieve. The computer is in front of the linear, data memory chip and central process between high-speed backbones. On the other hand, the brain is completely interconnected with millions of intensive logic intrinsically and internal cross-linking. Due to this, diversity in the modern computer is available. The neuromorphic chip is a basic way of processing data from a traditional hardware, imitating the binary architecture, in order to deliver the power of thinking and response to computers.
Over the years, conventional computing power has been delivering smaller portions. However, the stalemate in this case is between continuously stored memory and data processor between the central processor. Because, lots of energy using processors. Creates unpredictable heat, which further limits development. On the contrary, neuromorphic chips can be much more fuel efficient and strong. Here the data storage and data processing component has been combined into the same interconnected module. In this sense, the system is copied by networking neurons whose billions are collected by human brain
Neuromorphic technology will be the next strong computing step, which will speed up data processing faster and increase machine learning capability. IBM's million-neuro truner (TrueNorth) chip was originally released in prototype on August 2014. It also has some useful work experience, which is far better than conventional CPU power and is much more compatible with Human Cortex for the first time. The neuromorphic chip allows for more intelligent small-scale machines, which will run in the next phase of small artificial intelligence. It will be much less power-efficient and volume computing power machine.
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