            CONTENTS OF DISK NOTES
            ----------------------

Lines    |  Disk notes to Chapter 1:
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2-5      | (1)  Short note on Alexander Bain
7-12     | (2)  Short on the V.20 modem standard
14-19    | (3)  Short note on V.33
21-179   | (4)  Extended note on standards
181-196  | (5)  Short note on more unofficial standards bodies (IEEE and IEC)
198-207  | (6)  Short note on FOSSIL 
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Lines    |  Disk notes to Chapter 2:
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2-26     | (1)  Short note on the history of the ITU fax standards
28-37    | (2)  Short note on building pictures out of dots
39-46    | (3)  Short note on pixels, dots and pels
48-66    | (4)  Short note on the dimensions of an A4 page
68-81    | (5)  Short note on the use of a 20 x 16 font
83-93    | (6)  Short note on the fonts used in the programs
95-104   | (7)  Short note on what to do if you don't understand Huffman codes
106-114  | (8)  Short note on alternative ways of coding the fragments
116-158  | (9)  Short note quoting T.4 to summarize the chapter
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Lines    |  Disk notes to Chapter 3:
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1-21     | (1)  Short note on the official definition of inch-based resolutions
23-26    | (2)  Short note on the B4 paper size
28-46    | (3)  Short note on interconnecting A4 faxes with A5/A6 faxes
48-53    | (4)  Short note on make-up codes and "modified" Huffman coding
55-68    | (5)  Short note on "Modified Read" coding
70-82    | (6)  Short note on the font used by the full encoder
84-121   | (7)  Short notes on the two-dimensional coding fragment
123-128  | (6)  Short note on the T.6 EOFB sequence
130-670  | (7)  Extended note on Error Limiting Mode (ELM)
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Lines    |  Disk notes to Chapter 4:
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1-41     | (1)  Short note on the antecedents of TIFF
43-65    | (2)  Short note on the current state of TIFF fax usage
67-71    | (3)  Short note on TIFF information types
73-80    | (4)  Short note on the dimensions of an image in a TIFF file
82-1125  | (5)  Extended note giving a complete TIFF reference for fax
1127-1210| (6)  Short notes on the TIFF reader fragment
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Lines    |  Disk notes to Chapter 5:
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1-18     | (1)  Short note on bit ordering
20-104   | (2)  Short notes on the decoding fragments
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Lines    |  Disk notes to Chapter 6:
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1-125    | (1)  Extended note on the scope of Chapter 6
127-142  | (2)  Short note on phase C1 and phase C2
144-167  | (3)  Short note on sending bits and sending characters
169-233  | (4)  Short note on the details of modulation schemes and of HDLC
235-239  | (5)  Short note the HDLC address octet, for pedants.
241-260  | (6)  Short note on CRCs
262-359  | (7)  Extended note on timeout T1
361-371  | (8)  Short note on deliberately sending ASCII data backwards
373-584  | (9)  Extended note with the complete list of NSF current country codes
586-592  | (10) Short note on allowing for 28800 bps fax
594-607  | (11) Short note on the frames in the initial identification sequence
609-624  | (12) Short note on timeout T4
626-637  | (13) Short note on setting apparently non-optimized parameters
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Lines    |  Disk notes to Chapter 7:
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1-97     | (1)  Short note on 2400 bps handshaking
99-276   | (2)  Extended note on ECM and the ISO reference model
278-282  | (3)  Short note on packet sizes
284-293  | (4)  Short note on frame sequence octets, for pedants
295-306  | (5)  Short note on worst-case need for flow control in ECM
308-320  | (6)  Short note on SUB
322-463  | (7)  Extended note on DTM
465-1250 | (8)  Extended note on BFT
1252-1257| (9)  Short note on the character set used in character mode
1259-1266| (10) Short note on the box-drawing character in character mode
1268-1285| (11) Short note on the top margin of a fax in mixed mode
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Lines    |  Disk notes to Chapter 8:
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1-54     | (1)  Short note on different types of fax modem
56-65    | (2)  Short note on DTE-DCE terminology
67-115   | (3)  Short note on recent standard specifications
117-129  | (4)  Short note on voice modem responses
131-137  | (5)  Short note on Class 4
139-251  | (6)  Short notes on manufacturing quirks
253-340  | (7)  Short note on the delay before the sending of AT commands
342-367  | (8)  Short note on modem-computer bit rates
369-380  | (9)  Short note on troubleshooting modems
382-385  | (10) Short note on XON/XOFF protocol
387-394  | (11) Short note on AT+FBUF
396-400  | (12) Short note on the import character code fragment
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Lines    |  Disk notes to Chapter 9:
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1-6      | (1)  Short note on the overloading of numeric response codes
8-41     | (2)  Short note on asymmetric capabilities
43-110   | (3)  Short note on half duplex modem responses
112-120  | (4)  Short note on modem training
122-137  | (5)  Short note on flow control failures
139-157  | (6)  Short note on an ambiguity in the Class 1 TCF specification
159-170  | (7)  Short note on sending null frames
172-200  | (8)  Short note on deliberate underrun
202-208  | (9)  Short note on the T.30 preamble 
210-221  | (10) Short note on AT+FRH and the NO CARRIER report
223-369  | (11) Extended note on the need for a timeout with AT+FRM data
371-381  | (12) Short note on breaking up octets into bits
383-527  | (13) Extended note on latest Class 1 AT+F enhancements
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Lines    |  Disk notes to Chapter 10:
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2-27     | (1)  Short note on Class 2 and Class 2.0
29-34    | (2)  Short note on setting a null Local ID string
36-60    | (3)  Short note on AT+FDCC defaults
62-72    | (4)  Short note on the difference between AT+FDCC and AT+FDIS
74-115   | (5)  Short notes on partial implementations and bugs
117-122  | (6)  Short note on report the remote ID
124-137  | (7)  Short note on the OK at the end of phase A
139-203  | (8)  Short note on the less frequently implemented parameters
205-260  | (9)  Short note on AT+FMINSP
262-272  | (10) Short note on fill bits and scan line padding
274-291  | (11) Short note on the XON at the start of phase C
293-339  | (12) Short note on AT+FBOR and AT+FBUG
341-421  | (13) Short note on buffer sizes, response latency, and AT+FPHCTO
423-488  | (14) Short note on the RTC sequence
490-513  | (15) Short note on procedure interrupts
515-526  | (16) Short note on redefining Class 2 session parameters
528-532  | (17) Short note on AT+FK
534-547  | (18) Short note on AT+FCR
549-557  | (19) Short note on +FNSS: reports
559-563  | (20) Short note on forcing a minimum receive speed
565-574  | (21) Short note on AT+FDR and the passive receiver
576-614  | (22) Short note on the +FDCS: report
616-723  | (23) Short note on the +FPTS: report, quality checking, and AT+FCQ
725-757  | (24) Short note on EOL alignment and AT+FREL 
759-768  | (25) Short note om the +FET: report
770-788  | (26) Short note on badly supported Rockwell options
790-803  | (27) Short note on the Zyxel Class 2
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Lines    |  Disk notes to Chapter 11:
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1-16     | (1)  Short note on the background to class 2.0
18-24    | (2)  Short note on software inertia
26-39    | (3)  Short note on transmitting optional frames
41-46    | (4)  Short note on requesting procedure interrupts when AT+FIE=0
48-56    | (5)  Short note on setting maximum reporting in Class 2.0
58-62    | (6)  Short note on the packet protocol and EIA 605
64-96    | (7)  Short note on non-standard frames
98-102   | (8)  Short note on AT+FCT
104-112  | (9)  Short note on AT+FHS hangup codes 
114-165  | (10) Short note on RTC sequences
167-186  | (11) Short note on AT+FDD File Diagnostic Messages used with BFT
