The paper outlines the principles of the customer matrix and the producer matrix applied in competitive intelligence.At the same time,it discusses how to establish the customer matrix and the producer matrix.The probl...The paper outlines the principles of the customer matrix and the producer matrix applied in competitive intelligence.At the same time,it discusses how to establish the customer matrix and the producer matrix.The problems that should be paid attention to in the practice are also put forward.展开更多
Multi-parameter hydrological gauge is an instrument developed by the South China Sea Institute of Oceanology, the Chinese Academy of Sciences to make simultaneous observation of current, wave, tide, water temperature ...Multi-parameter hydrological gauge is an instrument developed by the South China Sea Institute of Oceanology, the Chinese Academy of Sciences to make simultaneous observation of current, wave, tide, water temperature and conductivity. By using the well-known ＂PUV method＂, the directional wave spectrum can be calculated and the dominant wave direction is then obtained. The comparison of the dominant wave directions derived from the measurements using both the multi-parameter hydrological gauge and the MARK Ⅱ ＂Wave-Rider＂ directional buoy shows that the dominant wave directions derived from the two kinds of measurements are in good agreement.展开更多
文摘The paper outlines the principles of the customer matrix and the producer matrix applied in competitive intelligence.At the same time,it discusses how to establish the customer matrix and the producer matrix.The problems that should be paid attention to in the practice are also put forward.
基金This work was jointly supported by the the National Natural Science Foundation of China under contract Nos 40576014 and 40676021the Science and Technology Program of Guangdong Province under contract No.2005D33201006.
文摘Multi-parameter hydrological gauge is an instrument developed by the South China Sea Institute of Oceanology, the Chinese Academy of Sciences to make simultaneous observation of current, wave, tide, water temperature and conductivity. By using the well-known ＂PUV method＂, the directional wave spectrum can be calculated and the dominant wave direction is then obtained. The comparison of the dominant wave directions derived from the measurements using both the multi-parameter hydrological gauge and the MARK Ⅱ ＂Wave-Rider＂ directional buoy shows that the dominant wave directions derived from the two kinds of measurements are in good agreement.
