The image enhancement process of a digital image is a part of digital signal processing which it plays an important role in some industrial segments for instance object classification or bio-identification satellite exploration or aerial images robot vision cancer treatment etc. These image applications are necessary to consume many resources in physical hardware and computer programming including the intelligent algorithm development of complexly advanced processing in order to enhance digital images – as well as be easy to analyse by humans. This research is aimed to present on Contrast Enhancement using Bi-Histogram Equalization via Two Dimensional Discrete Wavelet Transform (BHE2DWT) in order to compose the coefficient wavelet from other signals. At the end of the process information on the approximation band from DWT will be divided into two sub-histograms and then histograms will be independently equalized. After that resulting histograms will be decomposed by IDWT. Resulting images will be not only more displaying in high contrast than their original images but also preserve the absolute mean brightness error (AMBE) to close their original images.

This research was to apply graphical method as the input data combined with using database for developing reinforced concrete slab analysis and design. Visual Basic language was used for creating the GUI (graphic user interface) and coding and database file was used for storing data. The position of beam column and slab can define by drawing on GUI and this program will automatic translate to be the distances for using as data in process of analysis and slab design. Results from analysis and design were compared with manual calculation that they are a litter bit error because of rounding error. Moreover they can be more economically and more conveniently than results from VisStructure 4

The research is conducted how to learning and to play chess by making program Computer Assisted Instruction (CAI) to delivery of learning materials and documentation to 1000 schools in area responsible of the Office of The Basic of Education to stimulating activities and learning Thai chess. Exploring the need of young chess players the researcher gathering information by using questionnaire. The quantitative research based on a population sample. The third of the popularity are young people aged between 7-12 years youth aged 12-18 years and young people aged more than 18 to 22 years. The results showed that schools in the north to meet the highest rate of 87.18 percent compared to young chess players do in Thailand mostly young men. The 71.75 percent of the youth in learning to play Thai chess through the ages between 7-12 years old 36.00 percent were in elementary school. The 39.25 percent of the most experienced and know to play is 58.00 percent. The recommendation and comment on the online chess the average levels of good. The people who had experience after playing online chess score average level of very good. Which indicates that playing thaichess through learning this research has been used to do chess players and much wider. Improve playing skills. Be the number of ideas and Thailand culture in the young group of players.

The aim of this research is to analyze the needs and opinions of experts concerning competency required for computer related jobs in the present and the future. Its outcomes would be used in designing a Work-integrated learning (WiL) programs in undergraduate computer related programs (Computer Engineering Software Engineering Computer Science Information Technology and Information System) which meet quality standard specified by The Association for Computing Machinery (ACM) The Association for Information Systems (AIS) and The Institute of Electrical and Electronics Engineer - Computer Society (IEEE-CS). The forty educational institutions and industries in line with the development of hardware and software the installation of operating system the installation and maintenance of the network the application of information technology and the use of information system in management were invited to participate in this study. The instruments employed for data collection were questionnaires comprising six parts: 1) General Knowledge of Computer Personnel; 2) Knowledge of Computer Engineering Personnel; 3) Knowledge of Software Engineering Personnel. 4) Knowledge of Computer Science Personnel; 5) Knowledge of Information Technology Personnel and 6) Knowledge of Information System Personnel. Statistic devices used in analyzing the data were frequency percentage arithmetic mean and standard deviation. The results were also compared with the performance analysis of Competency of Computer Jobs Category in ASEAN countries Japan Europe and America. The results were also validated by 12 specialists using a purposive sampling from educational institutions enterprises and the professional associations. It was found that the Competency Required of Computer Job Category for educational management on WIL program were: 1) Computer Architect 2) Computer Support 3) Computer Specialist 4) Project Manager 5) Software Development 6) Applied Program Specialist 7) Computer Consultant 8) Sale and Marketing and 9) Computer Education Trainer. All job positions should be consistent with the empirical data which are statistically significant at p-value =0.05. The Competency Required of Computer Job Category overall fit are accepted.

The purposes of this research are 1) to create computer multimedia through the Internet teaching tool for lighting for broadcasting course (undergraduate level) 2) to develop and to find out quality the create computer multimedia through the Internet teaching tool for lighting for broadcasting course (undergraduate level) and to achieve efficiency according to a set of 90/90 criterion. The samples for this study were 48 second year students of Bachelor of Technology Program in Radio and Television Broadcasting Technology studying this course in the first semester of 2011 academic year at Rajamangala University of Technology Phra Nakhon. The samples were selected by simple random sampling. The research tools used are the computer multimedia through the Internet an achievement test evaluation forms for quality assessment. Statistics used for analyzing the data were percentage and mean. The results of the study revealed that the computer multimedia instruction through the Internet was ranked as a very good level by content experts and as a very good level by educational technology experts and had its efficiency of 94.80/96.60 it was higher than criteria set 90/90