關鍵字:

教師資料查詢 | 教師:林慧珍

# 學年期 類別 標題
541 96-2 期刊學報編審 International Journal of Computers and Applications
542 96-2 期刊學報編審 International Journal of Pattern Recognition and Artificial Intelligence
543 96-2 期刊學報編審 International Journal of Pattern Recognition and Artificial Intelligence
544 95-2 期刊學報編審 International Journal of Pattern Recognition and Artificial Intelligence
545 95-2 期刊學報編審 Journal of Visual Communication and Image Representation
546 94-2 期刊學報編審 Imaging Science Journal
547 94-2 期刊學報編審 Journal of Information Science and Engineering
548 94-2 期刊學報編審 Tamkang Journal of Science and Engineering
549 94-2 期刊學報編審 Tamkang Journal of Science and Engineering
550 94-1 期刊學報編審 Tamkang Journal of Science and Engineering
551 93-2 期刊學報編審 Tamkang Journal of Science and Engineering
552 90-2 期刊學報編審 Tamkang Journal of Science and Engineering
553 86-1 會議論文 A scheme of on-line Chinese character recognition using neural networks
554 95-1 會議論文 A Watermarking Technique Based on JPEG Quantization Table
555 95-1 會議論文 Text Extraction on Chinese Paintings
556 95-1 會議論文 Robust Clustering based on Winner-Population Markov Chain
561 86-1 會議論文 Using spatial-temporal relation as a semantic tool for content-based image retrieval
557 96-2 會議論文 Text Extraction in Video Images
558 86-1 會議論文 An interactive multimedia petri net machine supports structured multimedia presentations
559 87-1 會議論文 Annotating a program through the grammar
560 86-1 會議論文 A CASE approach to visual presentation designs
562 93-1 會議論文 Efficient clustering based on population markov Chain
563 90-1 會議論文 A study on efficient preprocessing and classification for fingerprints
564 88-1 會議論文 Image thresholding based on mountain clustering
565 88-2 會議論文 An intuitive threshold selection based on mountain clustering
566 91-1 會議論文 Main melody extraction for polyphonic music
567 96-1 會議論文 Image Restoration Based on Matching Multiple Edges
568 89-1 會議論文 Handprint identification using fuzzy inference
569 93-1 會議論文 An efficient method for object representation and matching
570 94-1 會議論文 On the use of edge orientation and distance for content-based image retrieval