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Soyeon's Odyssey by Space Travel, Feb. 1, 2011
Soyeon Yi, an alumna of KAIST who joined the Soyuz TMA-12 mission to the International Space Station in 2008 and successfully returned to the Earth after completion of her mission. She is often cited as the first Korean astronaut who had spaceflight. She recently had an interview with an Australian based online newspaper that publishes space related news stories. For the interview, please go to the link.
http://www.space-travel.com/reports/Soyeon_Odyssey_999.html
2011.02.02 View 8884 -
New Korean Robot Responds to Non-Verbal Commands
An online newspaper covering the latest headline news based on MS Windows, Internet and technology trends, Infopackets, posted an article on the research result of KAIST researchers: a robot prototype developed, which is able to respond to human’s non verbal communication.
Robots now can read human gestures and react to their subtle commands by “designing the robot’s main system to mimic the actions of a human in the same manner in which human brains function.” For details of the article, please click the link:
http://www.infopackets.com/news/technology/science/2011/20110125_new_korean_robot_responds_to_non_verbal_commands.htm
2011.01.26 View 8448
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Korean researchers reveal new sea defense model by EurekAlert
The Journal of Defense Modeling and Simulation, a peer review journal devoted to advancing the practice, science and art of modeling and simulation that relate to military and defense purposes.
The SAGE Publication that issues the journal released a press release on January 18, 2011, announcing that KAIST researchers in collaboration with other intuitions in Korea devised “improved methods to model underwater warfare, which could aid future decisions about weapons and defense purchases.” Details of the article follow below: http://www.eurekalert.org/pub_releases/2011-01/sp-krr011811.php
2011.01.19 View 8839
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Success in differentiating Functional Vascular Progenitor Cells (VPC)
KAIST’s Professor Han Yong Man successfully differentiated vascular progenitor cells from human embryonic stem cells and reversed differentiated stem cells.
The research went beyond the current method of synthesis of embryonic body or mice cell ball culture and used the careful alteration of signal transmission system of the human embryonic stem cells to differentiate the formation of vascular progenitor cells.
The team controlled the MEK/ERK and BMP signal transmission system that serves an important role in the self replication of human embryonic stem cells and successfully differentiated 20% of the cells experimented on to vascular progenitor cells.
The vascular progenitor cells produced with such a method successfully differentiated into cells forming the endodermis of the blood vessel, vascular smooth muscle cells and hematopoietic cells in an environment outside of the human body and also successfully differentiated into blood vessels in nude mice.
In addition, the vascular progenitor cell derived from human embryonic cells successfully formed blood vessels or secreted vascular growth factors and increased the blood flow and the necrosis of blood vessels when injected into an animal with limb ischemic illness.
The research was funded by the Ministry of Education, Science and Technology, 21st Century Frontier Research and Development Institution’s Cell Application Research Department and Professor Ko Kyu Young (KAIST), Professor Choi Chul Hee (KAIST), Professor Jeong Hyung Min (Cha Medical School) and Doctor Jo Lee Sook (Researcher in Korea Bio Engineering Institute) participated in it.
The results of the research was published as the cover paper of the September edition of “Blood (IF:10.55)”, the American Blood Journal and has been patented domestically and has finished registration of foreign PCT.
The results of the experiment opened the possibility of providing a patient specific cure using stem cells in the field of blood vessel illness.
2011.01.18 View 12366 -
Explanation for the polymerized nucleic acid enzyme's abnormal activation found
KAIST’s Professor Park Hyun Kyu of the Department of Bio Chemical Engineering revealed on the 23rd of December 2010 that his team had successfully developed the technology that uses the metal ions to control the abnormal activation of nucleic acids’ enzymes and using this, created a logic gate, which is a core technology in the field of future bio electrons.
The polymerized nucleic acid enzyme works to increase the synthesis of DNA and kicks into action only when the target DNA and primers form complimentary pairs (A and T, C and G).
Professor Park broke the common conception and found that it is possible for none complimentary pairs like T-T and C-C to initiate the activation of the enzyme and thus increase the nucleic acid production, given that there are certain metal ions present.
What Professor Park realized is that the enzymes mistake the uncomplimentary T-T and C-C pairs (with stabilized structures due to the bonding with mercury and silver ions) as being complimentary base pairs. Professor Park described this phenomenon as the “illusionary polymerase activity.”
The research team developed a logic gate based on the “illusionary polymerase activity’ phenomenon.” The logic gate paves the way to the development of future bio electron needed for bio computers and high performance memories.
Professor Park commented, “The research is an advancement of the previous research carried on about metal ions and nucleic acid synthesis. Our research is the first attempt at merging the concepts of the two previously separately carried out researches and can be adapted for testing presence of metal ions and development of a new single nucleotide polymorphic gene analysis technology.”
Professor Park added that, “Our research is a great stride in the field of nano scale electron element research as the results made possible the formation of accurate logic gates through relatively cost efficient and simple system designs.”
On a side note, the research was funded by Korea Research Foundation (Chairman: Park Chan Mo) and was selected as the cover paper for the December issue of ‘Angewandte Chemie International Edition’.
2011.01.18 View 9953 -
Rise of the mimic-bots that act like we do: Human-machine teamwork.
An online magazine, Technology Marketing Corporation, based in the UK published an article, dated January 8, 2011, on a robot research project led by Professor Jong-Hwan Kim from the Electrical Engineering Department. The article follows below:
Technology Marketing Corporation
[January 08, 2011]
Rise of the mimic-bots that act like we do Human-machine teamwork
(New Scientist Via Acquire Media NewsEdge) Rise of the mimic-bots that act like we doA robot inspired by human mirror neurons can interpret human gestures to learn how it should actNow follow meA robot inspired by human mirror neurons can interpret human gestures to learn how it should actA HUMAN and a robot face each other across the room. The human picks up a ball, tosses it towards the robot, and then pushes a toy car in the same direction.
Confused by two objects coming towards it at the same time, the robot flashes a question mark on a screen. Without speaking, the human makes a throwing gesture. The robot turns its attention to the ball and decides to throw it back.
In this case the robot"s actions were represented by software commands, but it will be only a small step to adapt the system to enable a real robot to infer a human"s wishes from their gestures.
Developed by Ji-Hyeong Han and Jong-Hwan Kim at the Korea Advanced Institute of Science and Technology (KAIST) in Daejeon, the system is designed to respond to the actions of the person confronting it in the same way that our own brains do. The human brain contains specialised cells, called mirror neurons, that appear to fire in the same way when we watch an action being performed by others as they do when we perform the action ourselves. It is thought that this helps us to recognise or predict their intentions.
To perform the same feat, the robot observes what the person is doing, breaks the action down into a simple verbal description, and stores it in its memory. It compares the action it observes with a database of its own actions, and generates a simulation based on the closest match.
The robot also builds up a set of intentions or goals associated with an action. For example, a throwing gesture indicates that the human wants the robot to throw something back. The robot then connects the action "throw" with the object "ball" and adds this to its store of knowledge.
When the memory bank contains two possible intentions that fit the available information, the robot considers them both and determines which results in the most positive feedback from the human?- a smile or a nod, for example. If the robot is confused by conflicting information, it can request another gesture from the human. It also remembers details of each interaction, allowing it to respond more quickly when it finds itself in a situation it has encountered before.
The system should allow robots to interact more effectively with humans, using the same visual cues we use. "Of course, robots can recognise human intentions by understanding speech, but humans would have to make constant, explicit commands to the robot," says Han. "That would be pretty uncomfortable."Socially intelligent robots that can communicate with us through gesture and expression will need to develop a mental model of the person they are dealing with in order to understand their needs, says Chris Melhuish, director of the Bristol Robotics Laboratory in the UK. Using mirror neurons and humans" unique mimicking ability as an inspiration for building such robots could be quite interesting, he says.
Han now plans to test the system on a robot equipped with visual and other sensors to detect people"s gestures. He presented his work at the Robio conference in Tianjin, China, in December. nAs the population of many countries ages, elderly people may share more of their workload with robotic helpers or colleagues. In an effort to make such interactions as easy as possible, Chris Melhuish and colleagues at the Bristol Robotics Laboratory in the UK are leading a Europe-wide collaboration called Cooperative Human Robotic Interaction Systems that is equipping robots with software that recognises an object they are picking up before they hand it to a person. They also have eye-tracking technology that they use to monitor what humans are paying attention to. The goal is to develop robots that can learn to safely perform shared tasks with people, such as stirring a cake mixture as a human adds milk.
(c) 2011 Reed Business Information - UK. All Rights Reserved.
2011.01.10 View 9706
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KAIST developed a plastic film board less sensitive to heat.
The research result was made the cover of magazine, Advanced Materials and is accredited to paving the way to commercialize flexible display screens and solar power cells.
Transparent plastic and glass cloths, which have a limited thermal expansion needed for the production of flexible display screens and solar power cells, were developed by Korean researchers.
The research, led by KAIST’s Professor Byoung-Soo Bae, was funded by the Engineering Research Center under the initiative of the Ministry of Education, Science and Technology and the National Research Foundation. The research result was printed as the cover paper of ‘Advanced Materials’ which is the leading magazine in the field of materials science.
Professor Bae’s team developed a hybrid material with the same properties as fiber glass. With the material, they created a transparent, plastic film sheet resistant to heat. Transparent plastic film sheets were used by researchers all over the world to develop devices such as flexible displays or solar power cells that can be fit into various living spaces. However, plastic films are heat sensitive and tend to expand as temperature increases, thereby making it difficult to produce displays or solar power cells.
The new transparent, plastic film screen shows that heat expansion index (13ppm/oC) similar to that of glass fiber (9ppm/oC) due to the presence of glass fibers; its heat resistance allows to be used for displays and solar power cells over 250oC.
Professor Bae’s team succeeded in producing a flexible thin plastic film available for use in LCD or AMOLED screens and thin solar power cells.
Professor Bae commented, “Not only the newly developed plastic film has superior qualities, compared to the old models, but also it is cheap to produce, potentially bringing forward the day when flexible displays and solar panels become commonplace. With the cooperation of various industries, research institutes and universities, we will strive to improve the existing design and develop it further.”
2011.01.05 View 12927 -
Korea should find niche in space race, Korea Herald, December 20, 2010
A proud alumna of KAIST, Dr. Yi So-Yeon, who went to the International Space Station in the outer space for the first time as a Korean in 2009, had an interview with the Korea Herald. In the interview, she talks about her experience in working at the space station and her personal plans for the future as a researcher and astronaut. For the article, please click the link:
http://www.koreaherald.com/lifestyle/Detail.jsp?newsMLId=20101220000999
2010.12.21 View 9679
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KAIST sells eight HUBO 2 robots to US and Singapore.
HUBO, a humanoid robot developed by KAIST, has made its journey to the US and Singapore for the development of robotics engineering in those nations. Details on the movements of HOBO being exported aboard, please click the link of the news article:
http://www.slashgear.com/kaist-sells-eight-hubo-2-robots-to-us-and-singapore-14119320/
2010.12.20 View 10081
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Time: 50 Best Inventions of 2010--KAIST Online Electric Vehicle
Time, a magazine issued on November 22, 2010, has released a list of “50 Best Inventions of 2010” in its special article. KAIST’s Online Electric Vehicle (OLEV) was selected as one of the year’s biggest and coolest breakthroughs in science and technology.
For the article, please click the link: http://www.time.com/time/specials/packages/article/0,28804,2029497_2030622_2029703,00.html
2010.11.12 View 8823
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KAIST Student Earns Five Hundred Million Won on Virtual Thumb Idea.
Hwang Sung Jae, a PhD candidate at the Graduate School of Cultural Technology, developed a Virtual Thumb technology that allows multi-touch functions with one hand. Hwang got his idea from limitations of current mobile phones, including the covering of the screen by the use of fingers and the fact that multi-touch functions are hard to perform with one hand holding the mobile phone.
With this technology, one finger gives the same effect of using both fingers to perform a function. Using the Virtual Thumb that appears on a point corresponding to the point of physical touch, movements corresponding to actual touch movements are mimed to allow zooming in/out and various rotation angle based functions.
In addition, in situations where object rotation is unnecessary, many functions are subjectively matched using the change in rotational angle. It allows for various commands are simultaneously executed without activating a separate commanding menu. In the case of the zoom in command at a corner region, the corner can be zoomed in without moving the object to the center of the screen.
The Virtual Thumb technology can be applied as a middleware on touch-based apparatus including TV remote controls, eBook, mobile phones, tablet PCs, navigation systems and educational apparatus.
“I am honored that a small idea that developed during research can be developed into an actual commercialized technology,” said Hwang. “I will become a researcher who will add to the academic and industrial fields through creative research in the future.”
2010.11.05 View 8878 -
Professor Bae of Industrial Design Wins Good Design Award.
Professor Bae Sang Min’s research team of the Industrial Design Department received a G-Mark on the Product Design Section from the Good Design Awards 2010 organized by the Japan Industrial Design Promotion Organization through the exhibition of a Green Sharing Project, Heartea.
Heartea is a tumbler that allows the user to easily know the temperature of the liquid contained inside. Heartea is a name that combines Heart and Tea to refer to a tumbler that contains heart-warming tea.
Heartea was designed and produced by Professor Bae’s research team and was funded by GS Caltex. World Vision selected charity targets and oversaw distribution, and all of the sales income (about 200 million won) was donated as a scholarship to teenagers with financial difficulties.
The project has begun in 2006, and its accumulative sales are 1.7 billion won. Twenty million won is donated to 147 teenagers every year as scholarship, and through annual sharing camp, social leaders mentor teenagers to help them achieve their dreams.
The Good Design Award organized annually by Japan Industrial Design Promotion Organization has a fifty year tradition and is one of the world’s top four design contests with 6,000 submissions from 50 different countries participated.
Professor Bae’s team has won three of the top four design contests including the German Red Dot Product Award and the American IDEA Product Award.
Along with Heartea, both of foldable MP3 in 2008 and natural humidifier Lovepot in 2009 won an award from these four contests.
“Through continuous research, I hope to create the world’s best philanthropy design research center to help Third World countries and the neglected. I want to participate in creating a better world through design,” said Professor Bae.
2010.11.05 View 11128