Recent Articles

Is Knol Better than Wikipedia?

Konl and Wikipedia are similar to each other but have pros and cons for each

One of disadvantages in Knol is that Knol supports the hyper-referencing function less efficiently than Wikipedia. The most important advantage of Wikipedia is not the wiki-editing function but the easy hyper-referencing function on the prospect of the complexity science. Complexity science, known to fit to the extremely complex human brain research, relies on the natural system rather than only theories. In brief, Knol does not support a hyper-referencing function as effective as Wikipedia now. Note that the hyper-referencing function is able to reduce the page length, resulting in improving readability. Hence, I propose to discuss how to improve hyper-referencing function in Knol in this article.

Interference Management in Dual-band Wireless Networks

Interference Management for Wireless Sensor Networks with Dual-raio Mobile Hubs

Interference in wireless body area networks (WBANs) is expected more severe than that in wireless cellular networks since the coordination in WBANs between two adjacent networks are not as simple as in cellular networks. In cellular networks, a link between two adjacent networks is connected via a wired line and there is usually a controlling entity which coordinates neighbourhood network nodes.

Theory and Simulation of Wireless Communication

Recently, a lots of famous professors who research on wireless communications are interested in active coordination between universities and companies. Students in universities are interested in formulations for his or her knowledge improvement.

Optimal IQ vs. Max IQ

As our mussel power becomes useless after we started use mechanical power, human intelligence is predicted to be more and more useless if computing and networking technology becomes more and more developed.  Previously, we thought that ET has large brain but small arms and legs if ET is very advanced. However, we need to re-predict […]

Complex Communciaton Systems

New way to implement a digital systems, testing only with paritial system level simulations

Consider a communication system which is implemented without confirmation by system level simulations. Currently, the system level simulation is widely general priory to the system implementation. More exactly, some elements included in the system can not be evaluated by mathematical formulations because of its inherent complexity. Remind that recently, most communication systems are pre-evaluated and […]

Two Entropy Formulas for Information Theory

There are two entropy formulas in information theory. The first one is given bywhich is a definition of (discrete value) entropy and the second one is given bywhich is a definition of continuous value entropy as an extension of the original discrete value entropy concept. 

Knowledge vs. Principle

Which is more important for human between science and mathematics

What is more important between knowledge and principle. For example, science may be an example representation of knowledge while mathematics may be an example representation of principle. Up to now, I think I have been focusing on the study of principle more than the study of knowledge since I thought that knowledge becomes continuously refreshing and changing […]

Knowledge Management vs. Information Science

Which will be more important for the future human society between knowledge management and information science?

The technologies resulted from information science leads various of new industrial businesses. In the near future, how knowledge management can replace information science to build new industrial businesses?

  1. Is Knol Better than Wikipedia?
  2. Interference Management in Dual-band Wireless Networks
  3. Theory and Simulation of Wireless Communication
  4. Optimal IQ vs. Max IQ
  5. Complex Communciaton Systems
  6. Two Entropy Formulas for Information Theory
  7. Knowledge vs. Principle
  8. Knowledge Management vs. Information Science
  9. Why there is no body who visit my Wikia home?
  10. 휴대폰과 스마트폰, 그리고 미래 단말
  11. 스마트 피쳐폰의 비젼
  12. 웹2.0 개념의 활용
  13. 현대과학 에세이
  14. 놀 서브 디렉토리 – 한국어 – 흥미롭고 유익한 놀들
  15. 초감성 사회
  16. 하이퍼 이모션 (Hyper Emotion)
  17. 복잡계 사상과 검은 백조의 비밀
  18. 휴대폰과 스마트폰의 정반합, 피쳐폰
  19. 9회 푸른 꿈나무 과학캠프의 개회사
  20. 현대의 수학과 어학 학습의 한계
  21. 현대인을 위한 효율적 과학 학습 방법
  22. 뉴공부방법론: 어학과 수학 공부의 한계에 대한 단상
  23. 과학 지식과 지식 공유
  24. Considreation on Mobile Device Company Cooperation
  25. 크라우드소싱
  26. 흥겨웠지만 시끄러웠던 연극 ‘존 왕’
  27. 복잡계 과학으로 본 ‘파인만의 물리학 강의 1, 2, 3′
  28. 슬라이드로 보는 서양 과학사
  29. 복잡계 과학 시리즈
  30. 2008년 여름, 신간 몇 권과 새로본 영화 몇 편
  31. 에세이 시리즈
  32. 무당 굿과 인공지능 바둑 프로그램
  33. 과학과 예술 시리즈
  34. 미래 과학 시리즈
  35. 초감성사회 (Hyper Emotional Society)
  36. 종합병원처럼 종합종교 가능할까?
  37. Bio-electronics Basics
  38. 미래 사회와 문화 예술
  39. 휴머노이드 로봇과 영생
  40. 지식공유가 보편화될 미래사회
  41. 바이오미메틱스: 자연에서 과학을 배운다
  42. 통신 전공자가 본 바이오 과학
  43. 점성술로 시작된 천문 과학의 역사
  44. 점성학과 천문학
  45. 차세대 IT의 핵심인 소프트 역량에 관한 논의
  46. Wireless Communications and Fusion Science
  47. Simarity between Twitter Web and MIMO Technology
  48. New Science & Complexity Systems
  49. 무선통신 경험과 융합과학 활용
  50. Practicallity of Incompleteness Theorems
  51. 지식의 발전 도구로서 글쓰기
  52. 모바일 트윗, 스마트폰 물고 龍이되어 昇天하다
  53. 혼합 경제의 시대 (Mixed Economics)
  54. 스토리가 있는 전시, ‘모네에서 피카소까지’
  55. 21c Hyper Emotional Society
  56. 스키탈 때 무릅 부상 조심하자
  57. ‘과학의 최전선..’외 주말 추천 도서
  58. 동양과 서양의 사고 차이로 이해하는 복잡계 과학
  59. 좌/우뇌 이론과 뇌진화론 무엇이 맞을까?
  60. 기업간 무료 전쟁 (Free War), 왜 할까?
  61. 복잡계 과학으로 본 동서 통합의학의 필요성
  62. 2009년 파워 블로거가 되고 나서 달라진 점
  63. 정보 공유의 시대가 열리고 있다
  64. 경기도 박물관, 토종 거인의 어깨위에서
  65. 왜 연인들은 키스를 하는 걸까요?
  66. 복잡해서 더 재밌는 영화 – 전우치
  67. English Articles – I. Essays
  68. How does the concept of religion change in 21c? – Religion Platform
  69. English Articles – II. Philosophy and Religion
  70. What is 21c Beyond Science Society? – Robotology
  71. 지식 과학 시리즈
  72. 근대 과학의 역사
  73. How can you improve your knowledge using documentation?
  74. 멀티미디어 블로그, 문자 문화의 미래를 말하다
  75. 미래의 빛, 발광다이오드 (LED)
  76. 2009년 코펜하겐 협정과 미래의 에너지
  77. My Six Recent Drawing Pictures (Dec. 2009)
  78. PU2RC
  79. On the Concept of Soft-Hardware Devices (SHD)
  80. 미래의 주파수: 60GHz & TeraHz
  81. Sci-Fi: Imagination Physics (1)
  82. [My lecture] Wireless 3.0 (1 day)
  83. Why is Shannon Theory 2.0 needed?
  84. 미래의 파피루스, 이북 리더
  85. Knol vs. Wikipedia, hyper-reference point of view
  86. Is gut-feeling really useful?
  87. Language Skill Becomes More and More Important
  88. James (Sungjin) Kim
  89. New Paradigm in Arts: Original Everywhere
  90. 복잡계 과학으로 본 블로그 글쓰기에서 책쓰기까지
  91. Robort Technology (RT) and Artificial Intelligence (AI)
  92. Religious Science
  93. 창의성은 노력의 산물일까 우연의 산물일까?
  94. Vital Strategies to Survive in the 21c Knowledge Sharing Society
  95. BIBLIOGRAPHY OF MIMO
  96. Fundamentals of Cooperative Diversity
  97. 백남준의 아방가르드 예술과 복잡계 과학
  98. Human Communicaitons Wikia
  99. Wireless Technology
  100. Wireless Sensor Networks (WSN)
  101. SCIENOLOGY
  102. M​a​t​h​e​m​a​t​i​c​a​l​ ​m​e​t​h​o​d​ ​t​o​ ​m​e​a​s​u​r​e​ ​t​h​e​ ​a​m​o​u​n​t​ ​o​f​ ​i​n​f​o​r​m​a​t​i​o​n
  103. Wireless Story
  104. 복잡계 이론, 통신 기술의 미래를 바꾼다
  105. Elements of Knowledge Theory
  106. MIMO for Wireless Celluar Networks
  107. Fundamental Wireless Channel Model
  108. Mathematics
  109. Global Korean Articles
  110. 카오스 과학, 실제 상황에서 활용이 가능한가?
  111. Great Knols – Great is more than good
  112. If I become Google CEO, I’ll change ~
  113. Elements of Knowledge Theory
  114. 선수의 딜레마 – 게임이론
  115. 지식 기업과 기존 기업의 협력
  116. 배려는 과학적으로는 무엇을 의미할까?
  117. 식을줄 모르는 마이크로 블로그 트위터의 열풍
  118. Experiments, Simulations and Theory
  119. Documentation for Science Research?
  120. [My Lecture Series] Wireless Communications
  121. 위키아로 나만의 위키피디아를 만들자
  122. What is New Science?
  123. 단순계 사고를 넘어 복잡계 사고로 발전하자
  124. Precoding
  125. 미래를 위한 협력의 필요성
  126. Living innocently for your final happiness
  127. Scientists and Philosophers
  128. 독후감 2편 – ‘소나기’, ‘벙어리 삼룡이’
  129. Developement vs. Sustainability
  130. 과학적 미래 예측 방법
  131. 다크 나이트에 나온 게임이론 해설
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