The hottest IEEE announces seven technologies that

IEEE announces seven technologies that will change the world in the future editor's note: the American Institute of electrical and Electronic Engineers (IEEE), the world's largest organization of technical professionals, today highlighted seven technologies that it believes are likely to change the world, involving emerging technologies in the fields of biometrics, computing, cordless power supply, etc. they firmly believe that these technologies are likely to change the world

to celebrate its 125th anniversary, the world's largest organization of technical professionals, the American Institute of electrical and Electronics Engineers (IEEE), today highlighted seven technologies that it believes are likely to change the world, and these technologies will change 2 With powerful experimental management function, it can change the way of interaction between human and machine, human and the world, and human and human. On March 10, 2009, a group of technical experts participated in a seminar hosted by Steve Lohr, a senior and technical expert of the New York Times, at the New York Hotel in New York, covering emerging technologies in the fields of biometrics, computing, wireless power and so on. They firmly believe that these technologies are likely to change the world

Lewis M. Terman, chairman of IEEE (2008), said, "over the past 125 years, IEEE and its members have affected the creation of almost all technologies. Without these technologies, we can't imagine life. Today, we look forward to the future together with some experts who are promoting some emerging innovations and technological progress to create human welfare."

seven technologies that will change the world in the future

Dr. Katie hall, senior member of IEEE and chief technology officer of WiTricity, is implementing a technology that can wirelessly transmit power to ordinary consumer electronic devices within a few meters of its power supply. This technology aims to bring the benefits of wireless power to the consumer, industrial, medical, military and transportation markets, and plays a role in saving lives, saving energy and protecting the environment

ieee fellow and professor of the University of South Florida, rangachar kastu3. Dr. yastori - Dr. kastori's team has established a framework that can detect and track text, faces and vehicles in images and videos. The ultimate goal is to enable computers to detect and identify vehicles, people and objects from a long distance under adverse conditions, so as to detect possible environmental, health or safety threats more quickly and accurately

ieee fellow, Professor K.J. ray Liu of the University of Maryland, College Park -- a model developed by Dr. Liu and his team can test the interaction between gene signal transduction and protein tissue signal transduction in an individual through a simple blood test, so as to determine whether he/she is in the transitional stage of cancer and identify the type of cancer. This kind of information can predict whether a person may have cancer as early as possible, so that patients can take preventive treatment

Dr. Dharmendra Modha, senior member of IEEE and manager of cognitive computing Department of IBM Almaden Research Center -- in a project synapse funded by the Defense Advanced Research Projects Agency (DARPA), Dr. Modha and his team are designing a computing system that can simulate the human brain's sense, understanding, movement, interaction and cognitive abilities. The project is likely to greatly improve the function and response rate of ordinary computers and provide a large number of practical applications, such as helping financiers make instant decisions on the basis of the constantly changing data of control boxes, mainly including oil tanks, oil pumps, oil filters, motors, speed valves, oil return valves, etc

ieee member, Professor Dr. Miguel Nicolelis, CO director of the neurological Engineering Center of Duke University Medical Center -- Dr. Nicolelis and his team have developed a microchip that allows the human brain to communicate with the robot and allows the robot to send back information directly to the brain, There is no need to use the effect of structural parameters on the properties of self reinforced monopolymer composites in mold, visual/tactile. Looking forward to the future, he believes that his work will make the communication between human brains a reality. Its goal is to enable patients with complete quadriplegia to walk again in the walk again project by 2012 through the work of him and other scientists around the world

Dr. Krishna Palem, an IEEE fellow and a professor at the George Brown School of engineering at Rice University, developed probability chip technology, which is a technology that can accurately calculate the significant reduction in energy consumption, so that devices such as these can be charged only once a few weeks instead of every few days. Dr. Palem has used this technology to develop a light-emitting diode (LED) reel, which enables students in poor/remote areas to obtain learning materials at a very low cost and with very little energy, providing an opportunity to help access global educational resources

ieee fellow, Dr. Roy want, senior chief engineer of Intel Corporation -- Dr. want is developing a solution called dynamic composable computing, which will significantly improve the performance of mobile devices and provide the function of sharing a variety of resources between computers, including displays, networks, processing, storage and peripheral devices. For example, if a user doesn't have a camera, he can use the camera of other nearby devices wirelessly with permission