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Enhancing Instruction of Written East Asian Languages with Sketch Recognition-Based “Intelligent Language Workbook” Interfaces. Paul Taele & Tracy Hammond Sketch Recognition Lab Dept. of Computer Science & Engineering Texas A&M University. Introduction Related Work Methodology Interfaces
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Enhancing Instruction of Written East Asian Languages with Sketch Recognition-Based “Intelligent Language Workbook” Interfaces Paul Taele & Tracy Hammond Sketch Recognition Lab Dept. of Computer Science & Engineering Texas A&M University
Introduction Related Work Methodology Interfaces Evaluation Upcoming Work Q&A Session
Learning East Asian languages: Growing impact in international business
Learning East Asian languages: Strong interest in pop culture trends
Learning East Asian languages: Cultural and family heritage obligations
Learning East Asian languages: Fulfill required foreign language requirement
Difficulties of East Asian languages: Numerous symbols for certain scripts
Difficulties of East Asian languages: Many strokes for more complex symbols
Difficulties of East Asian languages: Strong similarities among symbols
Difficulties of East Asian languages: Diverse writing variations in natural writing
Difficulties of East Asian languages: Necessity of stroke order and direction
Stylus-driven tablets e.g., classroom environments
Stylus-driven monitors e.g., language lab environments
Stylus-driven phablets e.g., outside-classroom environments
Intelligent Language Workbooks Paul Taele Chinese Language Tracy Hammond Lab Director Ross Peterson Japanese Language Stephanie Valentine General Sketching Ayden Kim Korean Language
Human Language Instructors: [+] expert knowledge, dynamic feedback
Human Language Instructors: [-] scheduled availability, less personalized
Paper-Based Language Workbooks: [+] guided writing practice
Paper-Based Language Workbooks: [-] static and binary feedback
Rote Writing Memorization: [+] brute force effectiveness
Rote Writing Memorization: [-] repetitive, error-prone
Flash card-driven mobile applications: [+] better streamlined [-] lacks writing engagement
Touch-driven mobile applications: [+] improved interactive input [-] isolated from classroom and pure writing
力 Corner-finding algorithms (e.g., Sezgin, PaleoSketch) Sketching language (i.e., LADDER) Automated recognition tools
components constraints aliases 十 古 口 LADDER Components
components constraints aliases LADDER Constraints
口 components constraints aliases 十 kanji048 horzLine line1 mouth LADDER Aliases
line orientation point orientation shape interaction LADDER convention for line orientation
line orientation point orientation shape interaction center p1 p1 center p2 p2 LADDER convention for point orientation
line orientation point orientation shape interaction LADDER convention for shape interaction
十 • Line • horzLine • Line • vertLine components Visual structure recognition on components
Horizontal • horzLine • Vertical • vertLine line orientation Visual structure recognition on aliases
Line line1 • horzLine • Line line2 • vertLine • Point start1 • vertLine.p1 • Point end1 • vertLine.p2 • Point start2 • horzLine.p1 • Point end2 • vertLine.p2 start2 line1 end1 start1 line2 end2 aliases Written technique recognition on aliases
start2 Stroke Order? Stroke Direction? line2 line1 start2 start1 line2 start1 end1 line1 end2 Incorrect stroke order case
start2 Stroke Order? Stroke Direction? line1 line2 end1 start2 line2 line1 start1 end1 end2 Incorrect stroke direction case