List of Tables for "Understanding Japanese Information Processing" by Ken Lunde 1: Overview of Japanese Information Processing 1-1 Sample Katakana 1-2 Sample Hiragana 1-3 Sample Kanji and Kanji Compounds 1-4 Sample Japanese Characters 1-5 Single Kanji Input 1-6 Kanji Compound Input 1-7 Sample Japanese Typefaces 1-8 Half- Versus Full-width Characters 1-9 Half- and Full-width Character Representations 1-10 Decimal 100 in Various Notations 1-11 Octets and 16-bit Units in Various Notations 2: The Japanese Writing System 2-1 Roman Characters 2-2 The Hiragana Syllabary 2-3 The Katakana Syllabary 2-4 The Kanji Used to Derive Katakana and Hiragana 2-5 Katakana and Kanji With Similar Shapes 2-6 Kanji and Their Pronunciations 2-7 Kanji and Kanji Compounds 2-8 Irregular Uses of Kanji Pronunciations 2-9 Radicals and Kanji Made From Them 2-10 Pictographic Kanji 2-11 Ideographic Kanji 2-12 Logical Compounds 2-13 Phonetic Compounds With a Common Pronunciation Component 2-14 Phonetic Compounds With a Common Meaning Component 2-15 Kanji Compounds 2-16 The Number of Chinese Characters During Different Periods in China 2-17 Simplified and Traditional Kanji Forms 2-18 Kanji Variants in the Same Character Set 2-19 Examples of Kokuji 3: Japanese Character Set Standards 3-1 Evolving Kanji Counts for Various Non-electronic Character Set Standards 3-2 The Names and Meanings of Japanese Non-electronic Character Set Standards 3-3 The Development of Gakushu Kanji 3-4 Japanese National Character Set Standards 3-5 The ASCII Character Set 3-6 The Nine Parts of ISO 8859 3-7 The Extended ASCII Character Set -- ISO 8859 Part 1 -- Examples 3-8 The JIS-Roman Character Set 3-9 The Half-width Katakana Character Set 3-10 Nigori Versus Maru and Full- Versus Half-width 3-11 The JIS X 0208-1990 Character Set 3-12 The JIS C 6226-1978 Character Set 3-13 The JIS X 0208-1983 Character Set 3-14 The JIS X 0212-1990 Character Set 3-15 Proposed Change to the JIS X 0212-1990 Character Set 3-16 Asian Character Set Standards 3-17 The KS C 5601-1992 Character Set 3-18 The GB 2312-80 Character Set 3-19 The Big Five Character Set 3-20 International Character Set Standards 3-21 The Unicode and ISO 10646 Character Set 3-22 Character Sets Included in Unicode Kanji Set 3-23 Example of Ununified Kanji 3-24 Example of a Unified Kanji 3-25 Six Kanji From JIS X 0208-1990 That Are Not Unified 3-26 The XCCS Character Set 4: Japanese Encoding Methods 4-1 Japanese National Character Set Standards and Their Encoding Methods 4-2 ASCII and JIS-Roman Encoding Specifications 4-3 EBCDIC Encoding Specifications 4-4 EBCDIK Encoding Specifications 4-5 Half-width Katakana Encoding Specifications 4-6 EUC Half-width Katakana Encoding Specifications 4-7 KUTEN Encoding Specifications 4-8 JIS Encoding Specifications 4-9 Shift-JIS Encoding Specifications 4-10 Shift-JIS User-defined Character Encoding Specifications 4-11 EUC Reserved Code Ranges and Positions 4-12 EUC Graphic Character Encoding Ranges 4-13 EUC SS2 and SS3 Characters 4-14 EUC Multiple-width Representations 4-15 EUC 16-bit Fixed-width Representations 4-16 Japanese EUC 4-17 EUC Packed Format Encoding Specifications 4-18 EUC Complete Two-byte Format Encoding Specifications 4-19 Asian Character Set Standards and Their Encoding Methods 4-20 KS C 5601-1992 Seven-bit Encoding Specifications 4-21 KS C 5601-1992 Eight-bit Encoding Specifications 4-22 GB 2312-80 Seven-bit Encoding Specifications 4-23 GB 2312-80 Eight-bit Encoding Specifications 4-24 Big Five Encoding Specifications 4-25 Kanji Encoded in Different Asian Character Sets 4-26 International Character Set Standards and Their Encoding Methods 4-27 Unicode and ISO 10646 Encoding Specifications 4-28 Unicode Zones 4-29 XCCS Encoding Specifications 4-30 Modified XCCS Encoding Specifications 5: Japanese Input 5-1 Keystrokes for Common Japanese Input Tasks 5-2 Keystrokes to Produce Kana Characters 5-3 Keystrokes to Produce Special Kana Characters 5-4 Input by Pronunciation (Single Kanji) 5-5 Input by Pronunciation (Kanji Compound) 5-6 Input by Pronunciation (Phrase) 5-7 Input by Pronunciation for Non-kanji Characters 5-8 Input by Radical 5-9 Radicals With Their Names and Numbers 5-10 Input by Stroke Count 5-11 Input by Encoded Value 5-12 Input by Postal Code 5-13 The Effect of the Thumb-shift Keys 5-14 The M-style Keyboard Array's Consonant Keys 5-15 The M-style Keyboard Array's Consonant Keys 5-16 Comparisons Between M-style, Roman, and Kana Input 6: Japanese Output 6-1 BDF Keyword Descriptions 6-2 The 16 Unique Binary Patterns From BDF Data 6-3 Binary and Pixel Patterns for BDF Data 6-4 The Six PostScript Font Formats 6-5 PostScript Japanese Font Name Conventions 6-6 Sample PostScript Japanese Typefaces 6-7 Sample Japanese Characters That Require Special Vertical Handling 6-8 Characters Prohibited From Beginning Lines 6-9 Characters Prohibited From Terminating Lines 6-10 Examples of Japanese Justification 6-11 Japanese Characters Annotated With Ruby Characters 6-12 Japanese Characters Annotated With Pseudo Ruby Characters 6-13 Japanese Publishing System Hardware and Software Recommendations 6-14 Multiple Master Design Axes and Number of Corresponding Master Outlines 6-15 Sample Character for a Two-axis Multiple Master Font 6-16 Sample Kanji for a One-axis Multiple Master Font With Interpolation 6-17 Character IDs and Their Graphic Representations 6-18 Encoded Values Versus Character IDs 7: Japanese Information Processing Techniques 7-1 Algorithmic Versus Hard-coded Conversion 7-2 JIS to Shift-JIS Conversion Example 7-3 Shift-JIS to JIS Conversion Example 7-4 Code Conversion Matrix 8: Japanese Text Processing Tools 8-1 Explanations of KANJIDIC Fields 9: Using Japanese E-mail and News 9-1 Example Usages of Relays 9-2 Example JP Sites and Addresses 9-3 Example Japanese Bitnet Sites and Addresses H: Japanese Corporate Character Set Standards H-1 Japanese Corporate Character Set Standards H-2 The JEF Character Set H-3 The JEF Extended Character Set H-4 The Three Extra Hiragana in FMR Kanji H-5 The IBM DBCS-Host Character Set H-6 The IBM DBCS-PC and IBM DBCS-EUC Character Set H-7 Mappings for Two IBM DBCS-PC Characters H-8 The DEC Extended Character Set H-9 The NTT Kanji Character Set H-10 The Differences Between JIS X 0208-1990 and NEC Kanji H-11 Special Characters From NEC Kanji H-12 The NEC Kanji Extended Character Set H-13 The Differences Between JIS X 0208-1983 and IKIS H-14 The Differences Between JIS X 0208-1983 and Apple83 H-15 The Differences Between JIS X 0208-1990 and Apple90 H-16 Vertically-set Character Positions in Apple83 and Apple90 H-17 The KEIS Character Sets I: Japanese Corporate Encoding Methods I-1 Corporate Character Set Standards and Their Encoding Methods I-2 JEF Encoding Specifications I-3 IBM DBCS-PC Encoding Specifications I-4 IBM Select Kanji and Non-kanji Mappings I-5 IBM DBCS-EUC User-defined Character Encoding Positions I-6 IBM DBCS-Host Encoding Specifications I-7 DEC Kanji Encoding Specifications I-8 NTT Kanji Encoding Specifications I-9 NEC Kanji Encoding Specifications I-10 IKIS Encoding Specifications I-11 HP-15 Encoding Specifications I-12 HP-16 Encoding Specifications I-13 Apple Kanji Encoding Specifications I-14 KEIS Encoding Space I-15 KEIS Encoding Specifications J: Character Lists and Mapping Tables J-1 Glyph Change Examples Between JIS X 0208-1983 and JIS X 0208-1990 J-2 The 28 Kanji From JIS C 6226-1978 in JIS X 0212-1990 J-3 The 95 Kanji Added to Toyo Kanji to Become Joyo Kanji J-4 IBM Select Characters Mapping Table (to JIS X 0208-1990 Positions) J-5 IBM Select Characters Mapping Table (to JIS X 0212-1990 Positions) J-6 IBM Select Characters Mapping Table (to JIS X 0212-1990 User-defined Positions) J-7 Mapping Table (to JIS X 0212-1990 User-defined Positions)