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* Release version 0.6.0 0.6.0Robin Jarry2021-11-091-1/+1
| | | | Signed-off-by: Robin Jarry <robin@jarry.cc>
* doc: update authorsRobin Jarry2021-11-0911-27/+46
| | | | Signed-off-by: Robin Jarry <robin@jarry.cc>
* config: use dynamic time format for default configRobin Jarry2021-11-061-7/+7
| | | | | | New users may find this nicer than a static format. Signed-off-by: Robin Jarry <robin@jarry.cc>
* index: add this-week-time-formatRobin Jarry2021-11-066-8/+36
| | | | | | | Also allow specific time format for messages received within the last 7 days. Signed-off-by: Robin Jarry <robin@jarry.cc>
* doc: fix typo today-time-format -> this-day-time-formatRobin Jarry2021-11-062-2/+2
| | | | | Fixes: 42b4302ba32e ("index: allow dynamic formatting of message dates") Signed-off-by: Robin Jarry <robin@jarry.cc>
* imap: add manual {dis,}connect supportRobin Jarry2021-11-053-30/+82
| | | | Signed-off-by: Robin Jarry <robin@jarry.cc>
* viewer: add colon after header namesRobin Jarry2021-11-052-4/+4
| | | | | | Display them as standard RFC 822 headers. Signed-off-by: Robin Jarry <robin@jarry.cc>
* go.mod: cleanupRobin Jarry2021-11-052-63/+5
| | | | | | Run go mod tidy. Signed-off-by: Robin Jarry <robin@jarry.cc>
* go.mod: change base git urlRobin Jarry2021-11-05126-255/+255
| | | | | | | I'm not sure what are the implications but it seems required. Link: https://github.com/golang/go/issues/20883 Signed-off-by: Robin Jarry <robin@jarry.cc>
* bindings: remove unsupported s-tab keyRobin Jarry2021-11-051-2/+0
| | | | | | | This binding does not exist. It is backtab. Fixes: 1a75906bcbc1 ("bindings: support more modified keys") Signed-off-by: Robin Jarry <robin@jarry.cc>
* imap: use builtin idle supportRobin Jarry2021-11-024-12/+2
| | | | | | | go-imap supports IDLE since 1.2.0. Remove dependency to go-imap-idle. Link: https://github.com/emersion/go-imap/commit/ac3f8e195ef1b6d Signed-off-by: Robin Jarry <robin@jarry.cc>
* main: set xterm titleRobin Jarry2021-11-021-0/+19
| | | | Signed-off-by: Robin Jarry <robin@jarry.cc>
* maildir: track the recent flag correctlyReto Brunner2021-11-012-31/+55
| | | | | | | | In the maildir worker we manually need to track the Recent flag in order for the notification command etc to work. Push that responsibility to the container, we must make sure to manually add the flag though if one grabs the message info.
* go: update all dependenciesRobin Jarry2021-11-012-26/+428
| | | | Signed-off-by: Robin Jarry <robin@jarry.cc>
* readme: update with fork infoRobin Jarry2021-10-302-4/+11
| | | | Signed-off-by: Robin Jarry <robin@jarry.cc>
* view,list: fix crash when viewing incomplete imap messagesRobin Jarry2021-10-282-48/+7
| | | | | | | | | | | | | | | | | | | | | | | | | | | With IMAP, due to an unidentified reason, some messages to not have any body accessible. When viewing them, aerc crashes: git.sr.ht/~sircmpwn/aerc/lib.usePGP lib/messageview.go:37 git.sr.ht/~sircmpwn/aerc/lib.NewMessageStoreView lib/messageview.go:67 git.sr.ht/~sircmpwn/aerc/commands/account.ViewMessage.Execute commands/account/view.go:45 git.sr.ht/~sircmpwn/aerc/commands.(*Commands).ExecuteCommand commands/commands.go:66 main.execCommand aerc.go:61 main.main.func2 aerc.go:160 aerc crashed: runtime error: invalid memory address or nil pointer dereference Check the pointer before dereferencing. Also, add a global check in ParseMessageFormat where a similar issue may occur. Signed-off-by: Robin Jarry <robin@jarry.cc>
* view,compose: use border color to separate headers from bodyRobin Jarry2021-10-285-22/+28
| | | | | | | | | | When composing a message, there is an empty fill line between the headers and the text editor. The line is printed with the default style which may cause users to assume it is part of the editor. Display the fill lines with the border color to avoid confusion. Signed-off-by: Robin Jarry <robin@jarry.cc>
* index: allow dynamic formatting of message datesRobin Jarry2021-10-286-7/+53
| | | | | | | | | | | | | | | | | | | | | When a message has been sent today (or this year) allow formatting the date differently. For example, with: [ui] index-format=%-25.25n %-25.25D %s timestamp-format=2006 Jan 02, 15:04 GMT-0700 this-day-time-format=Today at 15:04 this-year-time-format=Jan 02 The message list would look like this (spaces collapsed): Robin Jarry Today at 16:30 [PATCH 1/2] bindings: prepare for more modifers bugzilla@dpdk.org Oct 26 [dpdk-dev] [Bug 839] pdump: any subsequent runs of pdump_autotest fail Holger Levsen 2020 Mar 15, 13:44 GMT+01 +1 (Re: FTP Team -- call for volunteers) Signed-off-by: Robin Jarry <robin@jarry.cc>
* filters: allow matching any email headerRobin Jarry2021-10-281-0/+2
| | | | | | | | | In addition of the common headers (subject, to, from, cc), allow matching arbitrary email headers in filters. E.g.: x-bugzilla-severity,critical=tput setaf 1; cat;tput sgr0 Signed-off-by: Robin Jarry <robin@jarry.cc>
* bindings: support more modified keysRobin Jarry2021-10-283-4/+40
| | | | | | | | | | | | | | Add new supported keys: Ctrl+Enter Ctrl+Up Ctrl+Down Ctrl+Left Ctrl+Right Ctrl+PageUp Ctrl+PageDown Signed-off-by: Robin Jarry <robin@jarry.cc>
* bindings: prepare for more modifersRobin Jarry2021-10-283-168/+174
| | | | | | | | | | | | | | | | Prepare to support more modifiers in key bindings. tcell has some premade ctrl-modified keys but not all keys are supported. Other keys must be explicitly checked with a modifier mask. Update the KeyStroke type to carry a modifier mask. Update code accordingly. No functional change. Link: https://github.com/gdamore/tcell/blob/master/key.go#L265-L275 Link: https://github.com/gdamore/tcell/blob/master/key.go#L384-L419 Signed-off-by: Robin Jarry <robin@jarry.cc>
* lib/ui/textinput: Optimize ensureScrollAdnan Maolood2021-08-301-5/+5
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* README: freenode -> libera.chatNoam Preil2021-08-261-2/+2
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* notmuch/maildir: remove double emit of the dirinfoReto Brunner2021-04-282-7/+3
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | There was some bug which could be worked around by double emitting an event. However that proofed to be brittle: We send the first message here from the worker goroutine: https://git.sr.ht/~sircmpwn/aerc/tree/a5553438/item/worker/maildir/worker.g= o#L306 Then Tick() is waked in the main goroutine and calls ProcessMessage: https://git.sr.ht/~sircmpwn/aerc/tree/a5553438/item/widgets/account.go#L100 ProcessMessage in the main goroutine reads types.Message state with msg.getId() and msg.InResponseTo(): https://git.sr.ht/~sircmpwn/aerc/tree/a5553438/item/worker/types/worker.go#= L74-76 Meanwhile in the worker goroutine we call PostMessage for a second time with a pointer that points to the *same* previous message that ProcessMessage is reading: https://git.sr.ht/~sircmpwn/aerc/tree/a5553438/item/worker/maildir/worker.g= o#L306 The second PostMessage call makes writes to message while ProcessMessage in the main goroutine is possibly reading: https://git.sr.ht/~sircmpwn/aerc/tree/a5553438/item/worker/types/worker.go#= L59 This led to a data race in the event loop Reported-By: Wagner Riffel <w@104d.net>
* load config: do not overwrite the config upon errorReto Brunner2021-04-171-8/+9
| | | | | | | It makes absolutely no sense to copy over the default template from aerc.conf when the syntax is invalid and our ini parser fails. The only valid case to do that is if the file is actually missing.
* widgets/terminal: Only call vterm.ScreenCell.Attrs once in styleFromCellClayton Craft2021-04-131-6/+7
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | This fixes a substantial performance issue when scrolling emails with long/complicated contents, where scrolling down a single line can take something like hundreds of ms before the screen is updated to reflect the scroll. It's really bad if the email has lots of columns, e.g. like if it's an html email that was passed through a filter (w3m, etc) to render it. Using pprof, I found that the multiple calls to vterm.ScreenCell.Attrs() in styleFromCell were really really expensive. This patch replaces them with a single call. Here's a before and after with a simple, but very manual test of opening a large email with contents that went through a w3m filter and continuously scrolling up and down over and over for ~30 seconds: *** Before: ----------------------------------------------------------+------------- flat flat% sum% cum cum% calls calls% + context ----------------------------------------------------------+------------- 28.25s 100% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.PartSwitcher.Draw 0 0% 99.94% 28.25s 82.31% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.PartViewer.Draw 28.25s 100% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.Terminal.Draw ----------------------------------------------------------+------------- 28.25s 100% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.PartViewer.Draw 0 0% 99.94% 28.25s 82.31% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.Terminal.Draw 19.23s 68.07% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.Terminal.styleFromCell 6.04s 21.38% | github.x2ecom..z2fddevault..z2fgo..z2dlibvterm.Screen.GetCellAt 1.38s 4.88% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2flib..z2fui.Context.Printf 0.62s 2.19% | runtime.mapassign 0.43s 1.52% | runtime.mapaccess2 0.20s 0.71% | runtime.newobject 0.19s 0.67% | runtime.callers (inline) 0.07s 0.25% | runtime.makeslice 0.07s 0.25% | runtime.mallocgc ----------------------------------------------------------+------------- 19.23s 100% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.Terminal.Draw 0 0% 99.94% 19.23s 56.03% | git.x2esr.x2eht..z2f..z7esircmpwn..z2faerc..z2fwidgets.Terminal.styleFromCell 19.21s 99.90% | github.x2ecom..z2fddevault..z2fgo..z2dlibvterm.ScreenCell.Attrs *** After: ----------------------------------------------------------+------------- flat flat% sum% cum cum% calls calls% + context ----------------------------------------------------------+------------- 0.31s 100% | git.x2esr.x2eht/~sircmpwn/aerc/widgets.Terminal.Draw 0 0% 99.87% 0.31s 1.33% | github.x2ecom/ddevault/go-libvterm.NewPos 0.25s 80.65% | runtime.callers (inline) 0.04s 12.90% | runtime.gomcache (inline) ----------------------------------------------------------+------------- 8.40s 100% | github.x2ecom/ddevault/go-libvterm.Screen.GetCellAt 0 0% 99.87% 8.40s 36.11% | github.x2ecom/ddevault/go-libvterm.Screen.GetCell 7.14s 85.00% | github.x2ecom/ddevault/go-libvterm._cgoCheckPointer 0.54s 6.43% | runtime.callers (inline) 0.35s 4.17% | runtime.exitsyscall 0.11s 1.31% | runtime.deferprocStack 0.07s 0.83% | doentersyscall 0.07s 0.83% | runtime.getg 0.05s 0.6% | runtime.casgstatus 0.03s 0.36% | _init 0.03s 0.36% | runtime.gomcache (inline) ----------------------------------------------------------+------------- 8.46s 100% | git.x2esr.x2eht/~sircmpwn/aerc/widgets.Terminal.Draw 0 0% 99.87% 8.46s 36.37% | github.x2ecom/ddevault/go-libvterm.Screen.GetCellAt 8.40s 99.29% | github.x2ecom/ddevault/go-libvterm.Screen.GetCell 0.06s 0.71% | runtime.callers (inline) ----------------------------------------------------------+------------- 0.31s 100% | git.x2esr.x2eht/~sircmpwn/aerc/widgets.Terminal.styleFromCell 0 0% 99.87% 0.31s 1.33% | github.x2ecom/ddevault/go-libvterm.ScreenCell.Attrs )
* config: proper error handle [filters] configwagner riffel2021-04-121-1/+4
| | | | | | Instead of panic when compiling a regular expression, return it up Signed-off-by: wagner riffel <w@104d.net>
* fix typo in quoted reply templateEric Bower2021-03-072-2/+2
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* templates: fixup error in template modificationReto Brunner2021-03-072-2/+2
| | | | | The change of WrapText --> Wrap left the order of the arguments unchanged, which is wrong.
* templates: Use wrap instead of wrapTextNícolas F. R. A. Prado2021-03-072-2/+2
| | | | | | | bf0f72a533d5 ("template: add exec and wrap") introduced wrap which allowed to chain wrapText. It also changed the aerc-templates man page to document wrap instead of wrapText. The templates weren't updated then, so update now.
* add mimeType to OriginalMail struct for both forward and replyReto Brunner2021-03-073-12/+23
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* FindFirstNonMultipart: return the proper pathReto Brunner2021-03-071-1/+1
| | | | There was a bug that lead to the wrong path being returned by the function.
* send: fix missing error returnReto Brunner2021-02-281-0/+4
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* Fix linter warningsReto Brunner2021-02-264-9/+8
| | | | | | * Remove redundant return (code was never reached) * Remove redundant type information * Rename unused function parameters to "_"
* lib/parse: simplify parseAddressListReto Brunner2021-02-221-13/+5
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* aerc: try to recover from a panicReto Brunner2021-02-111-0/+19
| | | | | | As of now we crash fairly often. The problem is that we didn't run the cleanup routine of the ui in this case, leaving the pty in a bad state. Instead, recover from a panic and at least try to run the ui deinit.
* maildir: don't read the full file into memoryReto Brunner2021-02-081-8/+2
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* notmuch: don't read the full file into memoryReto Brunner2021-02-081-9/+3
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* Makefile: use git version string if we canReto Brunner2021-02-071-0/+6
| | | | | | | Some packagers overwrote the version we embed in aerc, we really don't want that. Hence we force clear the variable at the beginning of the makefile. If git is available and returns a useful info we now use that version instead of the hardcoded version
* terminal: Add support for Shift+TabAlexey Yerin2021-02-071-0/+1
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* send: fix crash if invalid password is givenReto Brunner2021-02-051-1/+2
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* Get rid of the aerc.PushError(" " + $string) idiomReto Brunner2021-01-3018-29/+29
| | | | The individual callers should not be responsible for padding
* Refactor lib/open to accept user provided argumentsReto Brunner2021-01-305-45/+70
| | | | | | | | | | | | * Get rid of open_darwin It just lead to code duplication for a simple one string change. Instead we query it during initialization * Accept user provided arguments "open" on MacOS accepts things like -A to use a specific application Pass trough arguments the user provided in order to facilitate this * Refactor the function to a struct This makes it more convenient for the caller and avoids signatures like lib.OpenFile(nil, u.String(), nil) which are fairly unreadable
* send: don't block the UI thread during the sendingReto Brunner2021-01-241-35/+34
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* save: if part name is a path, only use the filenameRobin Opletal2021-01-141-1/+9
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* correct permission check on accounts.confBor Grošelj Simić2021-01-141-2/+1
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* compose: apply default style to header separatorEyal Sawady2021-01-141-3/+3
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* trim <> from messageIDs when handling mailto linksReto Brunner2021-01-121-0/+6
| | | | Co-authored-by: James Walmsley <james@fullfat-fs.co.uk>
* Apply dirlist style to unselected directoriesEyal Sawady2021-01-121-1/+1
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* Reapply 'Fix nil pointer deref on Envelope'Shaw Vrana2021-01-031-3/+6
| | | | | | The commit bf16ccde484ce3b6d2a4b843e7ebc04a9b2a957d appears to have been unintentionally dropped by commit 905cb9dfd3ef197bb4b59039a1be76ce2c8e3099 (Implement style configuration).
id='n1409' href='#n1409'>1409 1410 1411 1412 1413 1414 1415 1416 1417 1418 1419 1420 1421 1422 1423 1424 1425 1426 1427 1428 1429 1430 1431 1432 1433 1434 1435
<P><HTML>
<HEAD>
<TITLE>Computer Science Logo Style vol 3: General Index</TITLE>
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<BODY>
<CITE>Computer Science Logo Style</CITE> volume 3:
<CITE>Beyond Programming</CITE> 2/e Copyright (C) 1997 MIT
<H1>General Index</H1>

<TABLE width="100%"><TR><TD>
<IMG SRC="../csls3.jpg" ALT="cover photo">
<TD><TABLE>
<TR><TD align="right"><CITE><A HREF="http://www.cs.berkeley.edu/~bh/">Brian
Harvey</A><BR>University of California, Berkeley</CITE>
<TR><TD align="right"><BR>
<TR><TD align="right"><A HREF="../pdf/v3ch07.pdf">Download PDF version</A>
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<TR><TD align="right"><A HREF="https://mitpress.mit.edu/books/computer-science-logo-style-second-edition-volume-3">MIT
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<HR>

<P>This index lists technical terms and primitive procedures.  There is also an
<A HREF="appuindex.html">index of defined procedures</A>, which
lists procedures whose definitions are in
the text and procedures that you are asked to write.

<P>(The HTML version doesn't tell you book page numbers; instead it directs
you to the Web page(s) containing the references.  Once you get to the page,
ask your browser to find the text you want in that page.)

<P><A HREF="appindex.html#A">A</A> <A HREF="appindex.html#B">B</A> <A HREF="appindex.html#C">C</A> <A HREF="appindex.html#D">D</A> <A HREF="appindex.html#E">E</A> <A HREF="appindex.html#F">F</A> <A HREF="appindex.html#G">G</A> <A HREF="appindex.html#H">H</A> <A HREF="appindex.html#I">I</A> <A HREF="appindex.html#J">J</A> <A HREF="appindex.html#K">K</A> <A HREF="appindex.html#L">L</A> <A HREF="appindex.html#M">M</A> <A HREF="appindex.html#N">N</A> <A HREF="appindex.html#O">O</A> <A HREF="appindex.html#P">P</A> <A HREF="appindex.html#Q">Q</A> <A HREF="appindex.html#R">R</A> <A HREF="appindex.html#S">S</A> <A HREF="appindex.html#T">T</A> <A HREF="appindex.html#U">U</A> <A HREF="appindex.html#V">V</A> <A HREF="appindex.html#W">W</A> <A HREF="appindex.html#X">X</A> <A HREF="appindex.html#Y">Y</A> <A HREF="appindex.html#Z">Z</A> 


<P><BR>
&forall; <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
&and; <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
&not; <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
&or; <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
&otimes; <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
&Sigma; <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
&rarr; <A HREF="../v3ch2/math.html">Ch2</A>
<P><A NAME="A"></A>
<BR>
Abelson, Harold <A HREF="../v3ch0/preface.html">Pref</A>
, <A HREF="../v3ch0/ack.html">Ack</A>
, <A HREF="biblio.html">Biblio</A>
<BR>
accepting state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
access, random <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
actual argument <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
adder <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
adder, finite-state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
address <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
age problem <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
aggregate type <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
algebra word problems <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
algorithm <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
algorithm, two-stack <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
algorithms, analysis of <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
allocation, dynamic <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
alphabet rule <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
alternatives rule <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
ambiguous <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
analysis of algorithms <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
analysis, lexical <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Anderson, Chris <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
APL <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
apprenticeship <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
argument, actual <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
array <A HREF="../v3ch4/langd.html">Ch4</A>


<BR>
array, packed <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
artificial intelligence <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
assembly language <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
assignment statement <A HREF="../v3ch4/langd.html">Ch4</A>


<BR>
Association for Computing Machinery <A HREF="biblio.html">Biblio</A>
<BR>
association list <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
ATN <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
augmented transition network <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
automata theory <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<P><A NAME="B"></A>
<BR>
background <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
backtracking <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
balanced tree <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
balancing parentheses <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
Baldwin, Diane C. <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
BASIC <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Beatles <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
<CODE>begin</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Bentley, Jon <A HREF="biblio.html">Biblio</A>
<BR>
bibliography <A HREF="biblio.html">Biblio</A>
<BR>
binary computer <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
binary number <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
binary operator <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
binary search algorithm <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
binary tree <A HREF="../v3ch3/algs.html">Ch3</A>

<BR>
binding, call by <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
binomial coefficient <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
bit <A HREF="../v3ch1/fsm.html">Ch1</A>

, <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
block structure <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
Bobrow, Daniel G. <A HREF="../v3ch0/ack.html">Ack</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
<CODE>Boolean</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
bottom-up <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
bound reference <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
branch node <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
byte <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<P><A NAME="C"></A>
<BR>
C <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
CAI, intelligent <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
call by binding <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
call by reference <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
call by value <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
call, procedure <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
category <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
<CODE>char</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
checking, compile-time <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Chinese food <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
circuit, integrated <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Clancy, Michael <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
closed form definition <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
code generation <A HREF="../v3ch5/langi.html">Ch5</A>

<BR>
coefficient, binomial <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
coefficient, multinomial <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
cognitive science <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
Colby, Kenneth <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
combination <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
combination lock <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
combinatorics <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
common subexpression elimination <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
community <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
compile-time checking <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
compiler <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
compiler compiler <A HREF="../v3ch5/langi.html">Ch5</A>

<BR>
compiler, incremental <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
compiler, optimizing <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
compiler, Pascal <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
complexity <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
composition of functions <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
compound proposition <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
compound statement <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
computer assisted instruction <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
computer center <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
computer hardware <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
computer logic <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
computer science <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
computer, binary <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
concatenation rule <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
conditional statement <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
constant string <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
constructor <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
context, limited <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
context-free language <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
continuous function <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
contradiction, proof by <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
contrapositive rule <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
correctness <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
correspondence, one-to-one <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
counting problem <A HREF="../v3ch2/math.html">Ch2</A>
<P><A NAME="D"></A>
<BR>
data structure <A HREF="../v3ch3/algs.html">Ch3</A>

<BR>
data type <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Davis, Jim <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
declaration part <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
declarative knowledge <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
declarative programming <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
declarative programming languages <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
declarative representation <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
definition, closed form <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
definition, formal <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
definition, inductive <A HREF="../v3ch2/math.html">Ch2</A>


, <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
definition, recursive <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
descent, recursive <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
deterministic grammar <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
directed graph <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
discrete mathematics <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Dreyfus, Hubert L. <A HREF="biblio.html">Biblio</A>
<BR>
dyadic <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
dynamic allocation <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
dynamic environment <A HREF="../v3ch4/langd.html">Ch4</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
dynamic programming <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
dynamic scope <A HREF="../v3ch4/langd.html">Ch4</A>



, <A HREF="../v3ch5/langi.html">Ch5</A>
<P><A NAME="E"></A>
<BR>
economics <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
editor, text <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
education <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
effective procedure <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
efficiency <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
elementary function <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
elimination rule <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
embedding <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
<CODE>end</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
engineering, knowledge <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
English <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
Ennals, Richard <A HREF="biblio.html">Biblio</A>
<BR>
enumerated type <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
environment, dynamic <A HREF="../v3ch4/langd.html">Ch4</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
environment, lexical <A HREF="../v3ch4/langd.html">Ch4</A>

, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
equation <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
equivalence relation <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
ethics <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
exclusive or <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
expansion, multinomial <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
experimental method <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
expert system <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
exponential <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
expression <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
expression, regular <A HREF="../v3ch1/fsm.html">Ch1</A>

, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
extensibility <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
external memory <A HREF="../v3ch1/fsm.html">Ch1</A>
<P><A NAME="F"></A>
<BR>
factorial <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
fence <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Fermat, Pierre de <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
finite-state adder <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
finite-state machine <A HREF="../v3ch1/fsm.html">Ch1</A>

, <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
<CODE>first</CODE> <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
food, Chinese <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
forest <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
formal definition <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
formal parameter <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
formal thinking <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
<CODE>for</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>


<BR>
frame pointer <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
frame, stack <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
free reference <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
Friedman, Daniel P. <A HREF="biblio.html">Biblio</A>
<BR>
function, continuous <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
function, elementary <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
function, generating <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
function, predicate <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
function, sine <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
function, truth-valued <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
functional programming <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
functions, composition of <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>function</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<P><A NAME="G"></A>
<BR>
gate <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
general knowledge <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
generated symbol <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
generating function <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
generation, code <A HREF="../v3ch5/langi.html">Ch5</A>

<BR>
global optimization <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
global pointer <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Goldenberg, Paul <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
grammar, deterministic <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
grammar, predictive <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
graph <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
graph, directed <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
graphics <A HREF="../v3ch0/preface.html">Pref</A>
<P><A NAME="H"></A>
<BR>
half-adder <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
halting state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
halting theorem <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
Hanoi, Tower of <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
hardware, computer <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Harnadek, Anita <A HREF="../v3ch0/ack.html">Ack</A>
, <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
hash table <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Haynes, Christopher T. <A HREF="biblio.html">Biblio</A>
<BR>
heap <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
heapsort <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
heuristic <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
hierarchy <A HREF="../v3ch3/algs.html">Ch3</A>

<BR>
hierarchy, syntactic <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Hilfinger, Paul <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
Hoare, C. A. R. <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Hofstadter, Douglas R. <A HREF="biblio.html">Biblio</A>
<P><A NAME="I"></A>
<BR>
<CODE>if</CODE> (Pascal) <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
immediate <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
implication rule <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
incremental compiler <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
independent <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
index register <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
index variable <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
individual <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
induction, mathematical <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
inductive definition <A HREF="../v3ch2/math.html">Ch2</A>


, <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
inference system <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
inference, rules of <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
infinite loop <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
infinite set <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
insertion sort <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
instruction, computer assisted <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
integers, sum of the <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
<CODE>integer</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
integrated circuit <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
intellectual property <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
intelligence, artificial <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
intelligent CAI <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
interactive language <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
intermediate language <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
internal state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
interpreter <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
intractable <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
inverter <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Iverson, Kenneth E. <A HREF="../v3ch5/langi.html">Ch5</A>
<P><A NAME="J"></A>
<BR>
Jensen, Kathleen <A HREF="biblio.html">Biblio</A>
<BR>
joke <A HREF="../v3ch3/algs.html">Ch3</A>
<P><A NAME="K"></A>
<BR>
keyword <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Kleene, Stephen C. <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
knowledge engineering <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
knowledge representation <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
knowledge, declarative <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
knowledge, general <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
knowledge, procedural <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
Knuth, Donald E. <A HREF="../v3ch3/algs.html">Ch3</A>
<P><A NAME="L"></A>
<BR>
label <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
language, context-free <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
language, interactive <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
language, intermediate <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
language, machine <A HREF="../v3ch4/langd.html">Ch4</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
language, non-interactive <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>last</CODE> <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
leaf node <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
lexical analysis <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
lexical environment <A HREF="../v3ch4/langd.html">Ch4</A>

, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
lexical scope <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
limited context <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
linear <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
linear search algorithm <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Lisp <A HREF="../v3ch4/langd.html">Ch4</A>

, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
list, association <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
list, property <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
list, sorted <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Liu, Chung Laung <A HREF="biblio.html">Biblio</A>
<BR>
<CODE>load</CODE> <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
local optimization <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
local procedure <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
lock, combination <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
lock, Simplex <A HREF="../v3ch2/math.html">Ch2</A>
, <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
logarithm <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
logic problem <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
logic programming <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
logic, computer <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
logic, predicate <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
logic, propositional <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
logic, ternary <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Logo <A HREF="../v3ch4/langd.html">Ch4</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
Logo pattern matcher <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
Logo variable <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
lookahead <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
lookahead, one-character <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
loop, infinite <A HREF="../v3ch1/fsm.html">Ch1</A>
<P><A NAME="M"></A>
<BR>
machine language <A HREF="../v3ch4/langd.html">Ch4</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
machine, finite-state <A HREF="../v3ch1/fsm.html">Ch1</A>

, <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
machine, nondeterministic <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
machine, theoretical <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
mandatory substitution <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
matching, pattern <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
mathematical induction <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
mathematical model <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
mathematics, discrete <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
memoization <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
memory <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
memory, computer <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
memory, external <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
mergesort <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Meteor <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
microworld <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
Minsky, Marvin <A HREF="biblio.html">Biblio</A>

<BR>
model, mathematical <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
modification, tree <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
monadic <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
multinomial coefficient <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
multinomial expansion <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
multiplication rule <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
mutator <A HREF="../v3ch3/algs.html">Ch3</A>
<P><A NAME="N"></A>
<BR>
nand <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
network, augmented transition <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
network, recursive transition <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Newell, Allen <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
node, branch <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
node, leaf <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
node, root <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
non-interactive language <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
nondeterministic machine <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
nor <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
null pointer <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
number, binary <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
number, random <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
numerical analysis <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
<CODE>numof</CODE> <A HREF="../v3ch6/ai.html">Ch6</A>

<P><A NAME="O"></A>
<BR>
object-oriented programming <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
offset <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
one-character lookahead <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
one-to-one correspondence <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
operating systems <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
operator precedence <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
operator, binary <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
operator, relational <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
operator, unary <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
optimization, global <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
optimization, local <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
optimizing compiler <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
optional substitution <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
ordered subset <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
ordering <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
ordering relation <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
ordinal type <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
overflow signal <A HREF="../v3ch2/math.html">Ch2</A>
<P><A NAME="P"></A>
<BR>
P-\kern 0.05pt code <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
packed array <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
pair <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Papert, Seymour <A HREF="../v3ch0/preface.html">Pref</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
paradigm, programming <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
parameter, formal <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
parameter, value <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
parameter, variable <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
parentheses <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
parentheses, balancing <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
Parry <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
parser <A HREF="../v3ch5/langi.html">Ch5</A>


<BR>
parser generator <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
partition sort <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Pascal <A HREF="../v3ch4/langd.html">Ch4</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
, <A HREF="biblio.html">Biblio</A>
<BR>
Pascal compiler <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
Pascal program <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Pascal variable <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Pascal's Triangle <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
Pascal, Blaise <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
pattern matcher, Logo <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
pattern matching <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
periodic <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Perlis, Alan J. <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
permutation <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
philosophy <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
Piaget, Jean <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
piracy, software <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
pointer <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
pointer, frame <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
pointer, global <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
pointer, null <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
pointer, stack <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
portable <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
precedence <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
precedence, operator <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
predicate function <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
predicate logic <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
predictive grammar <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
probability <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
problem, logic <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
procedural knowledge <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
procedural representation <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
procedure call <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
procedure, effective <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
procedure, local <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
procedure, recursive <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
<CODE>procedure</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
process <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
processor <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
production rule <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
program verification <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
program, Pascal <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
programming languages, declarative <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
programming paradigm <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
programming, declarative <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
programming, dynamic <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
programming, functional <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
programming, logic <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
programming, object-oriented <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
programming, sequential <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>program</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
Prolog <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch2/math.html">Ch2</A>
, <A HREF="biblio.html">Biblio</A>
<BR>
proof by contradiction <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
property list <A HREF="../v3ch2/math.html">Ch2</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
property, intellectual <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
proposition, compound <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
proposition, simple <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
propositional logic <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
psychology <A HREF="../v3ch0/preface.html">Pref</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<P><A NAME="Q"></A>
<BR>
quadratic <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
quadratic formula <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
quantifier <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
quicksort <A HREF="../v3ch3/algs.html">Ch3</A>
<P><A NAME="R"></A>
<BR>
random access <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
random number <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
range <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>real</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
record <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
recursive definition <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
recursive descent <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
recursive procedure <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
recursive transition network <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
reference, bound <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
reference, call by <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
reference, free <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
Reggini, Horacio <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
register <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
register, index <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
regular expression <A HREF="../v3ch1/fsm.html">Ch1</A>

, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
reject state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
relation <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
relation, equivalence <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
relation, ordering <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
relational operator <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
<CODE>repeat</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
repetition rule <A HREF="../v3ch1/fsm.html">Ch1</A>

<BR>
reserved word <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
retrieval time <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
robust <A HREF="../v3ch3/algs.html">Ch3</A>

, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
root node <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
<CODE>round</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
RTN <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
rule, production <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
rules of inference <A HREF="../v3ch2/math.html">Ch2</A>
<P><A NAME="S"></A>
<BR>
scalar type <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
science, cognitive <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
scope <A HREF="../v3ch5/langi.html">Ch5</A>

<BR>
scope, dynamic <A HREF="../v3ch4/langd.html">Ch4</A>



, <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
scope, lexical <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
search algorithm, binary <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
search algorithm, linear <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
searching <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
selection sort <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
selector <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
self-reference <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
semantics <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
sentence, simple <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
sentinel <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
sequential programming <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
set theory <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
set, infinite <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
sharable <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
sigma <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Simon, Herbert A. <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
simple proposition <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
simple sentence <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
simple statement <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
Simplex lock <A HREF="../v3ch2/math.html">Ch2</A>
, <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
simulation <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
sine function <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
Smullyan, Raymond <A HREF="biblio.html">Biblio</A>
<BR>
sociology <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
software engineering <A HREF="../v3ch0/preface.html">Pref</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
software piracy <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
Somos, Michael <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
sort, insertion <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
sort, partition <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
sort, selection <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
sorted list <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
sorting <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
source file <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
space, time and <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Spock, Mr. <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
spreadsheet <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
stack frame <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
stack pointer <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
start state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
state <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
state, accepting <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
state, halting <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
state, internal <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
statement part <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
statement, assignment <A HREF="../v3ch4/langd.html">Ch4</A>


<BR>
statement, compound <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
statement, conditional <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
statement, simple <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
statement, structured <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
storage time <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
<CODE>store</CODE> <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
string, constant <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
structure, block <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
structured statement <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Student <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
subrange type <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
subset, ordered <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
substitution technique <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
substitution, mandatory <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
substitution, optional <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
sum of several terms <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
sum of the integers <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
Sussman, Gerald Jay <A HREF="../v3ch0/preface.html">Pref</A>
, <A HREF="biblio.html">Biblio</A>
<BR>
Sussman, Julie <A HREF="biblio.html">Biblio</A>
<BR>
symbol, generated <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch5/langi.html">Ch5</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>

<BR>
symmetric <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
syntactic hierarchy <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
syntax <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
system, expert <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
system, inference <A HREF="../v3ch2/math.html">Ch2</A>
<P><A NAME="T"></A>
<BR>
table of values <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
table, hash <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
ternary logic <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
text editor <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
theoretical machine <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
thinking, formal <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
time and space <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
time, retrieval <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
time, storage <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
timesharing systems <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
token <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
tokenization <A HREF="../v3ch5/langi.html">Ch5</A>

<BR>
top-down <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
Tower of Hanoi <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
tractable <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
tradeoff <A HREF="../v3ch3/algs.html">Ch3</A>

<BR>
transition network, augmented <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
transition network, recursive <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
transitive <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
transitive rules <A HREF="../v3ch2/math.html">Ch2</A>
<BR>
tree <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
tree modification <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
tree, balanced <A HREF="../v3ch3/algs.html">Ch3</A>
<BR>
tree, binary <A HREF="../v3ch3/algs.html">Ch3</A>

<BR>
<CODE>trunc</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
truth-valued function <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
Turing machine <A HREF="../v3ch1/fsm.html">Ch1</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
Turing machine, universal <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
Turing's thesis <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
Turing, Alan M. <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
Turkle, Sherry <A HREF="../v3ch0/preface.html">Pref</A>
, <A HREF="../v3ch0/ack.html">Ack</A>
, <A HREF="biblio.html">Biblio</A>
<BR>
two-stack algorithm <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
type, aggregate <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
type, data <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
type, enumerated <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
type, ordinal <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
type, scalar <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
type, subrange <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
type, user-defined <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
typed variable <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>type</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<P><A NAME="U"></A>
<BR>
unambiguous <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
unary operator <A HREF="../v3ch5/langi.html">Ch5</A>
<BR>
uniqueness rule <A HREF="../v3ch2/math.html">Ch2</A>

<BR>
unit <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
universal Turing machine <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
Unix <A HREF="../v3ch0/preface.html">Pref</A>

, <A HREF="../v3ch1/fsm.html">Ch1</A>
<BR>
user-defined type <A HREF="../v3ch4/langd.html">Ch4</A>
<P><A NAME="V"></A>
<BR>
value parameter <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
value, call by <A HREF="../v3ch4/langd.html">Ch4</A>

<BR>
variable parameter <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
variable, index <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
variable, Logo <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
variable, Pascal <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
variable, typed <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>var</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>


<BR>
verification, program <A HREF="../v3ch3/algs.html">Ch3</A>
<P><A NAME="W"></A>
<BR>
Wand, Mitchell <A HREF="biblio.html">Biblio</A>
<BR>
Weinberg, Gerald M. <A HREF="biblio.html">Biblio</A>
<BR>
Weizenbaum, Joseph <A HREF="biblio.html">Biblio</A>
<BR>
<CODE>while</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
White, Dick <A HREF="../v3ch0/ack.html">Ack</A>
<BR>
Winograd, Terry <A HREF="../v3ch0/ack.html">Ack</A>
, <A HREF="../v3ch6/ai.html">Ch6</A>
, <A HREF="biblio.html">Biblio</A>
<BR>
Wirth, Niklaus <A HREF="biblio.html">Biblio</A>
<BR>
word <A HREF="../v3ch3/algs.html">Ch3</A>
, <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
word problems, algebra <A HREF="../v3ch6/ai.html">Ch6</A>
<BR>
word, reserved <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
workspace <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
workstations <A HREF="../v3ch0/preface.html">Pref</A>
<BR>
<CODE>writeln</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<BR>
<CODE>write</CODE> (Pascal) <A HREF="../v3ch4/langd.html">Ch4</A>
<P><A NAME="Y"></A>
<BR>
YACC <A HREF="../v3ch5/langi.html">Ch5</A>

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