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2008 IEEE International Conference on Humanoid Robots Opens
The 2008 IEEE-RAS International Conference on Humanoid Robots, an international gathering to identify new research trends and technology in humanoid robotics, will open a three-day session on Monday (Dec. 1) at the Hotel Rivera and KAIST in Daejeon.
The annual conference is organized by KAIST and the Robotics and Automation Society of the Institute for Electric and Electronic Engineers, a U.S.-based international non-profit, professional organization for the advancement of technology related to electricity.
The conference is expected to draw a total of 200 robotics researchers from 19 different countries. Prof. Jun-Ho Oh, at the Department of Mechanical Engineering who led the creation of Korea"s first humanoid robot Hubo, is serving as general chair of the conference. Prof. Oh was named the host of the 2008 conference at the 2007 conference held at the Carnegie Melon University of the United States. The eight-year old conference was inaugurated in Boston in 2000.
On the opening day of Dec. 1, seven lectures will be given on diverse areas of robotics including cognitive humanoid vision, and robot vision sensor and sensing. On the subsequent two days, a total of 110 papers will be presented.
During the conference period, a variety of robots produced by six local and foreign robot makers will be on demonstration, providing opportunities for researchers and industrial robot makers to share technological ideas.
Highlights of the conference will be special lectures by world-renowned robot researchers Prof. Yoshiyuki Sankai of University of Tsukuba, who has created an exoskeletal "robot suit," and Prof. Art Kuo of Univerity of Michigan who is regarded as a leading authority in dynamic walking.
Following the conference, all participants are scheduled to tour Prof. Oh"s Hubo Lab and the Human-Robot Interaction Research Center, both located at KAIST.
2008.12.01 View 12551 -
Storing Stably Hydrogen Atoms in Icy Materials Discovered
KAIST, Aug. 8, 2008 -- A KAIST research team led by Prof. Huen Lee of the Department of Chemical & Biomolecular Engineering has discovered that icy organic hydrates, which contain small cages that can trap guest molecules, can be used to create and trap hydrogen atoms at higher temperatures.
The properties and reactions of single hydrogen atoms are of great scientific interest because of their inherent quantum mechanical behavior; experimentally, they can be generated and stabilized at very low temperatures (4 K) by high-energy irradiation of solid molecular hydrogen.
The finding was reported in the journal of American Chemical Society and featured in the "Editor"s Choice" in the July 11 issue of Science as a recent research highlight.
Hydrogen is a clean and sustainable form of energy that can be used in mobile and stationary applications. Hydrogen has the potential to solve several major challenges today: depletion of fossil fuels, poor air quality, and green house gas emissions.
However, the trapping of hydrogen atoms in crystalline solid matrix has never been attempted mainly because of experimental difficulties in identifying the generated hydrogen atoms with either spectroscopic or microscopic technique.
"To overcome the barriers and limitations of the existing storage approaches, we have continuously attempted to find the new hydrogen storage media such as icy powders and other related inclusion compounds," said Prof. Lee
The discovery follows the breakthrough concept Prof. Lee"s research team proposed in Nature in 2005 to use pure ice to capture and store hydrogen molecules. At moderate temperature and pressure conditions small guest molecules are entrapped in pure ice powders to form the mixed icy hydrate materials.
"Stable existence of single hydrogen molecule/radical in icy crystalline matrices may offer significant advantages in exploring hydrogen as a quantum medium because icy hydrogen hydrates can be formed at milder conditions when compared with pure solid hydrogen, which requires the ultra low temperature of 4.2 K," said Prof. Lee.
The novel design and synthesis of ionic and radicalized icy hydrates are expected to open a new field for inclusion chemistry and ice-based science and technology. Specifically, the fact that hydrogen atoms can be stably stored in icy materials might provide versatile and practical applications to energy devices including fuel cells, ice-induced reactions, and novel energy storage process, according to the KAIST professor.
2008.08.07 View 12546 -
KAIST Professor Named International Research Grant Reviewer
Prof. Kwang-Hyun Cho of the Department of Bio and Brain Engineering, KAIST, was appointed as a research grant review committee member of the international Human Frontier Science Program (HFSP) for 2008-2009, university authorities reported.
The HFSP is a funding agency that supports international collaboration in interdisciplinary, basic research in the life sciences. It was initiated in 1989 by G7 countries as the sole funding program for international researches in neuroscience and molecular biology. The HFSP now has a membership of 35 countries and Korea joined the program in 2004. Prof. Cho will be responsible for reviewing grant applications in the field of systems biology.
Prof. Cho received B.S., M.S. and Ph.D. degrees in electrical engineering from KAIST in 1993, 1995, and 1998, respectively. He has been working as a director of the KAIST Institute for the BioCentury and KAIST"s Laboratory for Systems Biology and Bio-Inspired Engineering. He has been serving on editorial advisory boards of various international science journals, including Systems and Synthetic Biology (Springer, Netherlands, from 2006), BMC Systems Biology (BMC, London, U.K., from 2007) and Gene Regulation and Systems Biology (Libertas Academica, New Zealand, from 2007).
He is a senior member of the Engineering in Medicine and Biology Society (EMBS) affiliated with the Institute of Electronics and Electrical Engineers (IEEE). His research interests cover the areas of systems science with bio-medical applications, especially systems biology and bio-inspired engineering based on molecular systems biology.
2008.07.18 View 16950 -
Int'l Conference for Integration of Science & Technology into Society Opens
The 2008 International Conference for the Integration of Science and Technology into Society (ICISTS-KAIST) opened a four-day meeting on Tuesday (July 15) at Daejeon KAIST campus. The conference is an annual event organized by a group of KAIST undergraduate students.
The fifth-year gathering is designed to provide participants with an opportunity to broaden their scientific perspectives by sharing ideas and experiences in related topics, as well as building an international human network. This year"s event has drawn about 200 students from 40 countries.
The centerpiece of the conference is three workshops on the following themes; Human-Robot Symbiotic Society, Neo-brain Science and Trafficmatics. Myung-Ja Kim, former Korean Environment Minister, will appear as a keynote speaker.
In the workshop sessions, two speakers will discuss specific issues and arrive at a tentative conclusion. Participants will have the opportunity to participate in the debate through Q&A for each session.
The first theme "Human-Robot Symbiotic Society" delves into the current trend that robot is being transformed into a perceivable and touchable concept from an abstract one. Guests for the workship include June-Ho Oh, professor at the Department of Mechanical Engineering, KAIST; James Dater, professor at the Department of Political Science, University of Hawaii at Manoa, and Director of the Hawaii Research Center for Future; Michael Pollitt, CEO of Shadow Robot Company; and Steven Dubowsky, professor at the Department of Mechanical Engineering, MIT.
The second theme "Neo-Brain Science" focuses on attempts to shed light on brain from diverse perspectives including psychology, economics and art. Among invited speakers are Prof. Jai-Seung Jung at the Department of Bio and Brain Engineering, KAIST; Prof. Un-Jung Kang at the University of Chicago Medical Center; and Peter Geyer, a consultant for the Association for Psychological Type.
The third workshop on "Traffimatics" will deal with "intelligent transport systems (ITS)" which will discusst new paradigm in transportation policy and traffic engineering. On the list of speakers are Assaf Biderman, assistant director, SENSEable City Laboratory, MIT; Prof. Richard Tay, at the Department of Civil Engineering, University of Calgary; Prof. Shoshi Mizokami at Kumamoto University; and Ho-Jong Baik, research associate professor of Virginia Tech.
2008.07.16 View 17097 -
KAIST Graduate Selected As Winner of IEEE Outstanding Young Engineer Award
- First Korean winner of IEEE Outstanding Young Engineer Award
Dr. Myung-Jin Rhim, Bachelor, Master, and Ph.D of KAIST, has been selected to receive 2007 Outstanding Young Engineer Award by the Institute of Electrical and Electronics Engineers (IEEE) Components, Packaging, and Manufacturing Technology (CPMT) Society. Dr. Rhim will be the first Korean winner of the award.
Dr. Rhim received his Ph.D of Materials Science & Engineering at KAIST in 2001 and has made outstanding research outputs, such as 28 papers at international journals covered by Science Citation Index (SCI) and 12 international patents. He has been also listed in Marquis Who’s Who in the World, Who’s Who of Emerging Leaders, Who’s Who in Asia, and Outstanding Intellectual of the 21st Century, 21st Century Award for Achievement published by the International Biographical Centre of Cambridge, England.
IEEE CPMT Society has yearly awarded the Outstanding Young Engineer Award to a scientist or engineer of electronic components, packaging, and manufacturing technology prior to his or her 35th birthday in recognition of his or her research achievements. Dr. Rhim is now in his postdoctoral program at Georgia Institute of Technology in USA.
2007.06.14 View 15103 -
Research Outputs over Carbon Nanotube by Prof. Choi Selected as Research Highlight by ACS
Research Outputs over Carbon Nanotube by Prof. Choi Selected as Research Highlight by ACS
Research Outputs over Carbon Nanotube by Prof. Choi Selected as Research Highlight by ACS
A research team headed by Seong-Min Choi, a professor of Nuclear and Quantum Engineering, KAIST, has developed technologies to stably disperse carbon nanotube particles in aqueous solutions and organic solvents, essential for industrial applications of carbon nanotube, and discovered the dispersion characteristics of carbon nanotube. The research outputs have been published by ‘Advanced materials’ (19, 929, 2007), the most distinguished journal in Material Science field, and introduced as Research Highlight at the May 7th edition of ‘Heart Cut’ by the American Chemical Society (ACS).
A number of processes for industrial applications of carbon nanotube require the dispersion of carbon nanotube in aqueous solutions or organic solvents, and thus far, surfactant particles or DNAs have been used to disperse carbon nanotube particles. However, they have shortcomings of easy destruction of dispersion. In order to overcome such shortcomings, Prof. Choi’s team produced carbon nanotube particle-dispersed aqueous solutions by using surfactant particles and then polymerized surfactant particles absorbed to the surfaces of carbon nanotube in situ to develop carbon nanotube with hydrophile and safe surfaces. The functional carbon nanotube so obtained shows features of easy dispersion in aqueous solutions and organic solvents even after being processed, such as freeze drying, therefore, is expected to significantly contribute to the development of application technologies of carbon nanotubes. Tae-Hwan Kim and Chang-Woo Doh, both doctoral students, played key roles in the researches carried out under the auspices of the Ministry of Science and Technology (MOST) as a nuclear power R&D project, and the relevant technologies were filed for patent applications.
Figures: Carbon nanotube before polymerization (left), carbon nanotube polymerized with surfactant particles (right)
2007.05.14 View 12990 -
Prof. Hwang Inaugurated as 22nd President of KISS
Prof. Hwang Inaugurated as 22nd President of KISS
Kyu-Young Hwang, a professor of Computer Sciences, has been inaugurated as the 22nd president of the Korea Information Science Society (KISS). The KISS, established in 1973, is Korea’s largest computer science-related society holding about 4,000 members.
Prof. Hwang is now managing programs to issue the society’s publications and for information exchanges and putting huge efforts on promoting global cooperation and strengthening the partnership with overseas institutions to raise the society’s global standings. He is also making great efforts to enhance the capabilities and competitiveness of future human resources through a program to improve education systems concerning computer/ programming.
2007.04.30 View 11595 -
3rd Ubiquitous Fashionable Computer Contest
KAIST will be receiving until May 31, Thursday, applications for ‘the 3rd Ubiquitous Fashionable Computer (UFC)’ Contest, which will take place under the title of ‘Enjoy U-life with UFC’.
The contest has begun in 2005 by KAIST and the Korean Society for Next-Generation Computing to raise people’s concern over next-generation computing and to prepare for the upcoming ubiquitous era.
‘UFC’ refers to a wearable computer small and light enough to be worn on human bodies or clothes so that users can use computers with no restriction while moving. This terminology was created by Korea.
The contest includes designated items division and free items division, and not only university students but also general public can participate in the free items division. Teams qualified for the final contest in the designated items division will be offered wearable computer platform and 1.5 million won of production cost. The final contest will take place at the UFC fashion show stage ‘Next-Generation Computing Exhibition’ at KOEX in November.
Hee-Joon You, Co-president of the Contest Committee and a professor of Electrical Engineering, stressed on the future life made joyful by IT technologies by saying, “Considering the title of the contest, we’ve selected ‘games enjoyed with UFCs’ as a mission of the designated items division to combine games, rising software, and wearing computers, hardware.”
UFC is a brand-new field that fuses IT technologies and fashion, seeking the improvement of computer technologies and fashion creation. UFC, a further advanced wearable computer than existing ones, is an important advanced field that leads computer industries in the ubiquitous era.
2007.04.23 View 13863 -
A doctorate of Mechanical Engineering Named Recipient of Best Student Paper Award at International Society
Seung-Min Ryu, a doctorate of Mechanical Engineering under the supervision of Professor Dong-Yul Yang, has been named as a recipient of the best student paper award of the Society for Information Display (SID).
The title of the paper is ‘the study on the fabrication of super-high resolution cathode separators by X-ray lithography processes’. He proposed at this paper the fabrication of 12 micron-thick cathode separators, which can fabricate further delicate separators than the current 50 micron-thick commercial PDP separators, thereby significantly improving the resolution of PDPs in the future.
Ryu will make an oral presentation on this paper and win the award at the SID conference, which will take place in the U.S. for six days from May 20.
2007.04.23 View 14158 -
KNS" International Journal Registered as SCIE
KNS" International Journal Registered as SCIE
International journal ‘Nuclear Engineering and Technology’, published by the Korean Nuclear Society (KNS, President Si-Hwan Kim) under the supervision of Poong Hyun Seong, a professor of Nuclear and Quantum Engineering of KAIST, has been made a member of Science Citation Index Expanded (SCIE) administrated by Thomson Scientific.
Thomson Scientific has notified such decision on April 14 and revealed the actual thesis title index will officially be notified within this year.
2007.04.19 View 12365 -
Prototype technologies for world highest efficiency PDP lightening developed by Prof. Choi
- Core technologies that will solve power consumption problems in PDPs- To be unveiled as invited paper at conference by Society for Information Display in May
A domestic research team has developed prototype technologies for high efficiency lightening that can significantly improve the power consumption of Plasma Display Panels (PDP).
A team headed by Kyung Cheol Choi, a professor of Electrical & Computer Science in KAiST (President Nam-Pyo Suh), has developed new cell structures and driving methods of PDP, typical digital television, which can increase the luminous efficacy of PDP four times and are to be unveiled at the conference by the Society for Information Display (SID) as an invited paper. The SID is the world largest information display society and the conference will be held at Long Beach, CA, U.S. on May 21.
Prof. Choi
2007.04.18 View 11855 -
President Nam-Pyo Suh Receives Lifetime Achievement Award from SPE
President Nam-Pyo Suh has been selected as a recipient of the Lifetime Achievement Award by the Society of Plastic Engineers (SPE).
The SPE is the largest professional organization that promotes polymer-related R&D.
The SPE announced that it recognizes President Suh’s many contributions to the field of polymer processing. President Suh established the first university/industry cooperative research program at MIT known as the MIT-Industry Polymer Processing Program, which became a model in establishing similar programs at many other universities by NSF. Among the many new materials, products and manufacturing processes invented by him are: Microcellular plastics, known as MuCell and used commercially worldwide, USM high pressure foam molding technology, electrostatic charge-decay NDE technique for polymeric materials, and foam/straight plastic lamination process (a major industrial product).
2007.04.12 View 12950