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Browsing EN: Journal Articles by Author "Chaiprapa, P."
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- Publication3D Thai-Boxing-Martial-Art Animation Computer Assisted Instruction(University of the Thai Chamber of Commerce, 2008)
;Leelasantitham, Adisorn; University of the Thai Chamber of Commerce. School of EngineeringThis paper presents Thai boxing martial art(TBMA) computer assisted instruction (CAI) using 3Dforward kinematic animation. The 3D models of Thaiboxers designed with Poser 7 are imported to 3DSMax 2008 and added with a biped to make them tomove the organs. The paper builds a ring and arrangesmodels of the Thai boxers which are put on the ring.Then it makes animations of 15 basic postures ofTBMA and renders them to picture frames. After that agraphic user interface (GUI) of CAI is created withAdobe Flash CS3 in which animations of renderedpictures for the 15 basic postures are imported whilstAction Script commands of Adobe Flash CS3 are usedfor controlling buttons and mouse. The GUI and 15basic postures are exported to .swf (Flash Movie file)and save main file to .exe (Application File) forrunning the programs. Finally, the 3D Thai boxingCAI program is brought for testing using 20 students.The result shows that students can understand toreceive a higher knowledge of the TBMA from the 3DThai boxing CAI program.7 143 - PublicationA Study of Performances on An Automatic IEEE 802.11gWireless-Standard Robot Using Infrared Sensors(University of the Thai Chamber of Commerce, 2008)
;Leelasantitham, Adisorn; University of the Thai Chamber of Commerce. School of EngineeringThis paper presents a study of performances on anautomatic wireless robot using IEEE 802.11g standard andinfrared sensors. The robot acts a personal computer (PC)controlling equipments (e.g. motors) through a printer port.Window XP is setup on the PC robot which is received acommand from notebook (only Start / Stop commands) linkedthrough the use of a wireless router and a real-time streamingprotocol (RTSP) program. The study of performances on theautomatic wireless robot is tested in three patterns of obstaclesi.e. and Π. In the results, the robot can avoid a hindrancewhen infrared sensors detect the obstacles, then it will movebackward direction in the length of 60 cm and move forwarddirection in the angle of 45º. The sensors can detect colors (exceptblack color) and opaque but they cannot detect clear glass. Inaddition, the delay time and the maximum distance oftransmitting and receiving images are approximately at 0.1s and40m, respectively.3 72