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Preface - kmutt

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144<br />

Mohammad T. Khasawneh,<br />

Shannon R. Bowling, Xiaochun Jiang,<br />

Anand K. Gramopadhye<br />

The 9 th Baltic Region Seminar on Engineering<br />

Education, June 17-20, 2005, Gdynia, Poland,<br />

pp. 123-126<br />

The focus of this research is on the<br />

effect of training to improve aircraft inspector<br />

training by utilising advancements in computer<br />

technology, especially virtual reality (VR)<br />

technology. An experiment was developed to<br />

investigate the use of performance and process<br />

feedback in two different task environments.<br />

Specifically, the experiment involved the<br />

inspection of an aircraft cargo bay using VR<br />

technology with eye tracking movement devices.<br />

Results from the feedback training indicated that<br />

providing processes, along with performance<br />

feedback, improved inspection performance.<br />

Similar results were shown for both task<br />

environments.<br />

IC-198 THE DEVELOPMENT OF A VIRTUAL<br />

CLASSROOM SIMULATION MODEL WITH<br />

PRACTICE<br />

Supreeya Siripattanakunkajorn,<br />

Surachai Sikkhabandit, Somson Wongyunoi,<br />

Athipat Cleesuntorn, Santirat Nansa-arng<br />

The 19 th International Conference, “Learning<br />

Organization in a Learning World” (ICLORD<br />

2005), April 18-22, 2005, King Mongkut’s<br />

University of Technology Thonburi, Bangkok,<br />

Thailand, pp. 281-285<br />

The purpose of this research was to<br />

synthesize the Virtual Classroom Simulation<br />

Model with Practice on Television Production.<br />

The first step was to studied fundamental data<br />

and analyzed the basic system of conventional<br />

and distanced learning classroom in Thailand<br />

and international virtual classroom. The second<br />

step was to synthesize an appropriated virtual<br />

classroom simulation with practice model in<br />

Thailand, which consists of six items of context,<br />

five categories of input, six subsystems of<br />

process, one type of output and one subsystem<br />

of feedback. The last step was to develop the<br />

virtual classroom simulation model with<br />

Practice on Television Production and<br />

evaluation this model by twenty-two experts in<br />

the area of educational and information<br />

technologies. Data was collected from<br />

questionnaires, which is rating scale from one to<br />

KMUTT Annual Research Abstracts 2005<br />

five. As the results, it revealed that factors of the<br />

virtual classroom simulation model with practice<br />

on Television Production were covered and<br />

appropriated. This model was suitable for<br />

Thailand's information society and possible for<br />

implementation.<br />

IC-199 THE COLOR OF DIGITAL<br />

PHOTOGRAPHY FROM DIGITAL CAMERA<br />

APPROPRIATE FOR PUBLISHING<br />

Boonliang Keawnapan<br />

The 10 th Congress of the International Colour<br />

Association (AIC Colour 05), May 8-13, 2005,<br />

Granada, Spain<br />

The purpose of this project is to study<br />

the effectiveness of digital photo for publishing.<br />

By first created photo type, then divide<br />

experiment into 2 part as follow: 1. Collecting<br />

photo’s resolution and gamut and analysis. 2.<br />

Practice a vision assessment of acceptable level<br />

of digital picture as a result from digital picture<br />

taking 3 cameras that have resolution 6<br />

megapixels. 11 megapixels and 22 megapixels.<br />

In the experiment, the valuation of color and<br />

sharpness of the picture can be shown on the<br />

monitor. However, to be able to work practically<br />

in the reality, the valuation are done in a proof<br />

form Planographic Printing and Delevoper<br />

machine found out to 5 part: 1. By comparing all<br />

photoes after Delevoper machine, the result of<br />

gamut is 6 < 11 < 22.. 2. By comparing all<br />

picture form Planographic Printing, the result of<br />

gamut is 22 < 6 < 11.. 3. By comparing gamut of<br />

boths. the result is gamut of planographic<br />

printing is larger than gamut of Delevoper<br />

machine except for the 22 megapixels digital<br />

camera. On the other hand, for the visaul<br />

assessment case, the sample of 30 people with<br />

the basic knowledge of printing, found that<br />

sample who evaluate accept size A3 and A4<br />

from all of digital camera. 1 I and 22 megapixels<br />

digital camera from planographic printing and<br />

Delevoper machine accepting size A2. The other<br />

is proof from Planographic of 6 megapixels<br />

digital camera that is accept in size A5 too.<br />

IC-200 LEARNING HOW TO PRODUCE BASIC<br />

BOOK PROCESS THROUGH 3-D ANIMATION<br />

Pichit Khajorndecha<br />

The 19 th International Conference, “Learning<br />

Organization in a Learning World” (ICLORD<br />

2005), April 18-22, 2005, King Mongkut’s<br />

International Conference

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