The purpose of this research is to study the process of forensic science execution in order to use crime investigation in three southern border provinces of Thailand, such as the study of problems and obstacles includ...The purpose of this research is to study the process of forensic science execution in order to use crime investigation in three southern border provinces of Thailand, such as the study of problems and obstacles including the factors that affect forensic examination to use criminal investigation in three southern border provinces, offer the guidance in pattern development of forensic sciences examination in three southern border provinces with standard, and are able to use in criminal investigation effectively. Data were collected from all related agencies. The results of this research have showed that executive process of forensic science is used to investigate the crime in three southern border provinces that can be divided the operations into three main issues as following： crime scene examination, evidence testing, autopsy in case of crime scene, and factors which affect forensic work for using in criminal investigation in three southern border provinces of police practitioners. They should have the knowledge about forensic science, commitment, bravery, and cunning work.展开更多
In addition to the conventional methods of the calibration model construction, such as PCR （principal components regression） and PLS （partial least-squares）, a MPM （mathematical programming method） is developed ...In addition to the conventional methods of the calibration model construction, such as PCR （principal components regression） and PLS （partial least-squares）, a MPM （mathematical programming method） is developed and proposed for practical use in NIR analyses of agricultural and food products. The proposed method involves the mathematical programming techniques to seek the regression coefficients for the calibration model calculation. It is based on the optimization theory used for finding the extremum of the objective function in the given domain of a vector space and employs the method of the complementarity problems solving. The MPM algorithm is described in detail. The MPM was tested on an InfraLUM FT-10 NIR analyzer of Lumex company with samples of dry milk （for fat）, corn （for protein） and rye flour （for moisture）. The obtained results show that the MPM can be used for constructing multivariate calibrations with the qualitative characteristics superior over those of the classical PCR and PLS methods of analysis.展开更多
文摘The purpose of this research is to study the process of forensic science execution in order to use crime investigation in three southern border provinces of Thailand, such as the study of problems and obstacles including the factors that affect forensic examination to use criminal investigation in three southern border provinces, offer the guidance in pattern development of forensic sciences examination in three southern border provinces with standard, and are able to use in criminal investigation effectively. Data were collected from all related agencies. The results of this research have showed that executive process of forensic science is used to investigate the crime in three southern border provinces that can be divided the operations into three main issues as following： crime scene examination, evidence testing, autopsy in case of crime scene, and factors which affect forensic work for using in criminal investigation in three southern border provinces of police practitioners. They should have the knowledge about forensic science, commitment, bravery, and cunning work.
文摘In addition to the conventional methods of the calibration model construction, such as PCR （principal components regression） and PLS （partial least-squares）, a MPM （mathematical programming method） is developed and proposed for practical use in NIR analyses of agricultural and food products. The proposed method involves the mathematical programming techniques to seek the regression coefficients for the calibration model calculation. It is based on the optimization theory used for finding the extremum of the objective function in the given domain of a vector space and employs the method of the complementarity problems solving. The MPM algorithm is described in detail. The MPM was tested on an InfraLUM FT-10 NIR analyzer of Lumex company with samples of dry milk （for fat）, corn （for protein） and rye flour （for moisture）. The obtained results show that the MPM can be used for constructing multivariate calibrations with the qualitative characteristics superior over those of the classical PCR and PLS methods of analysis.
