The Development of the Writing Robot to Support the Balinese Script Culture

This research is a continuation of the development of Latin transliteration algorithm to Balinese Letter-based Unicode Balinese script developed with Correspondent's transliteration machine model, called LBtrans application. This study aims to be able to integrate LBTrans application with character writer robot, so that the transliteration result can be written by robot. Tests in this study were conducted in two stages.The test results show the algorithm has an accuracy of 98.01%. The second test is with robots, where the test results show the robot successfully wrote the transliteration of Balinese script well in the case of characters, syllables, words. As for the sentence that has more than three words the result is undefined because the picture is not clear. LBtrans has weaknesses, where writing for e characters that have the same grapheme but different phonemes, still have different inserts. The weakness of the Balinese script writer robot is the weakness of his writing in the form of two lines. Based on this research, future research is expected to apply machine mining to provide ease of user input Latin text so that the transliteration can appear automatically. Completion of writing robot can be done by adding the image conversion process from bmp format to svg format so that robot does not read the edges of the input image in order to the resulting writing is not in the form of two lines.