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branches ::: keywords

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see also ::: the Word,


see also ::: the_Word

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now begins generated list of local instances, definitions, quotes, instances in chapters, wordnet info if available and instances among weblinks


OBJECT INSTANCES [5] - TOPICS - AUTHORS - BOOKS - CHAPTERS - CLASSES - SEE ALSO - SIMILAR TITLES

TOPICS
best
elements_in_the_yoga
elements_in_the_yoga
shastra
the_Divine_Truth
the_most_important
the_Word
SEE ALSO

the_Word

AUTH

BOOKS
Life_without_Death

IN CHAPTERS TITLE

IN CHAPTERS CLASSNAME

IN CHAPTERS TEXT
1.04_-_The_Gods_of_the_Veda
1.09_-_Sri_Aurobindo_and_the_Big_Bang
1.3.5.03_-_The_Involved_and_Evolving_Godhead
2.07_-_The_Knowledge_and_the_Ignorance
2.16_-_The_Integral_Knowledge_and_the_Aim_of_Life;_Four_Theories_of_Existence
2.28_-_The_Divine_Life
BS_1_-_Introduction_to_the_Idea_of_God
Talks_With_Sri_Aurobindo_2

PRIMARY CLASS

SIMILAR TITLES
keywords

DEFINITIONS


TERMS STARTING WITH


TERMS ANYWHERE

Basic Language for Implementation of System Software ::: (language) (BLISS, or allegedly, System Software Implementation Language, Backwards) A language designed by W.A. Wulf at CMU around 1969.BLISS is an expression language. It is block-structured, and typeless, with exception handling facilities, coroutines, a macro system, and a highly operating system implementation. It gained fame for its lack of a goto and also lacks implicit dereferencing: all symbols stand for addresses, not values.Another characteristic (and possible explanation for the backward acronym) was that BLISS fairly uniformly used backward keywords for closing blocks, a famous example being ELUDOM to close a MODULE. An exception was BEGIN...END though you could use (...) instead.DEC introduced the NOVALUE keyword in their dialects to allow statements to not return a value.Versions: CMU BLISS-10 for the PDP-10; CMU BLISS-11, BLISS-16, DEC BLISS-16C, DEC BLISS-32, BLISS-36 for VAX/VMS, BLISS-36C.[BLISS: A Language for Systems Programming, CACM 14(12):780-790, Dec 1971].[Did the B stand for Better?] (1997-03-01)

Basic Language for Implementation of System Software "language" (BLISS, or allegedly, "System Software Implementation Language, Backwards") A language designed by W.A. Wulf at {CMU} around 1969. BLISS is an {expression language}. It is {block-structured}, and typeless, with {exception handling} facilities, {coroutines}, a {macro} system, and a highly {optimising compiler}. It was one of the first non-{assembly languages} for {operating system} implementation. It gained fame for its lack of a {goto} and also lacks implicit {dereferencing}: all symbols stand for addresses, not values. Another characteristic (and possible explanation for the backward acronym) was that BLISS fairly uniformly used backward {keywords} for closing blocks, a famous example being ELUDOM to close a MODULE. An exception was BEGIN...END though you could use (...) instead. DEC introduced the NOVALUE keyword in their dialects to allow statements to not return a value. Versions: CMU {BLISS-10} for the PDP-10; CMU {BLISS-11}, {BLISS-16}, DEC {BLISS-16C}, DEC {BLISS-32}, {BLISS-36} for {VAX}/{VMS}, {BLISS-36C}. ["BLISS: A Language for Systems Programming", CACM 14(12):780-790, Dec 1971]. [Did the B stand for "Better"?] (1997-03-01)

Boolean search "information science" (Or "Boolean query") A query using the {Boolean} operators, {AND}, {OR}, and {NOT}, and parentheses to construct a complex condition from simpler criteria. A typical example is searching for combinatons of keywords on a {web} {search engine}. Examples: car or automobile "New York" and not "New York state" The term is sometimes stretched to include searches using other operators, e.g. "near". Not to be confused with {binary search}. See also: {weighted search}. (1999-10-23)

Boolean search ::: (information science) (Or Boolean query) A query using the Boolean operators, AND, OR, and NOT, and parentheses to construct a complex condition from simpler criteria. A typical example is searching for combinatons of keywords on a World-Wide Web search engine.Examples: car or automobile The term is sometimes stretched to include searches using other operators, e.g. near.Not to be confused with binary search.See also: weighted search. (1999-10-23)

content-based information retrieval "image, algorithm" (CBIR, query by image content, QBIC, content-based visual information retrieval, CBVIR) A general term for methods using {image analysis} to try to identify objects and features in images to allow them to indexed and searched. This contrasts with the use of image {metadata} such as keywords or tags associated with (and possibly stored in) the image. [IEEE Computer, September 1995]. (2017-12-12)

crunch 1. "jargon" To process, usually in a time-consuming or complicated way. Connotes an essentially trivial operation that is nonetheless painful to perform. The pain may be due to the triviality's being embedded in a loop from 1 to 1,000,000,000. "Fortran programs do mostly {number crunching}." 2. "compression" To reduce the size of a file without losing information by a scheme such as {Huffman coding}. Since such {lossless compression} usually takes more computations than simpler methods such as {run-length encoding}, the term is doubly appropriate. 3. The {hash character}. Used at {XEROX} and {CMU}, among other places. 4. To squeeze program source to the minimum size that will still compile or execute. The term came from a {BBC Microcomputer} program that crunched {BBC BASIC} {source} in order to make it run more quickly (apart from storing {keywords} as byte codes, the language was wholly interpreted, so the number of characters mattered). {Obfuscated C Contest} entries are often crunched; see the first example under that entry. [{Jargon File}] (2007-11-12)

ESSENTIAL QUALITIES Twelve qualities, manifestations of causal consciousness and will, which the monad must acquire 100 per cent in order to pass to the essential kingdom, the fifth natural kingdom. They sum up all positive human qualities, also those that are possible only at the stages of humanity and ideality. Their true content, therefore, is inaccessible to lower consciousness, and information given about them will unfailingly be emotionalized.

Tentatively, the following symbolical keywords have been used about them: 1) Trust in life, 2) Trust in self, 3) Obedience to law, 4) Uprightness, 5) Impersonality, 6)
Willingness to sacrifice, 7) Faithfulness, 8) Reticence, 9) Joy in life, 10) Purpose, 11)
Wisdom, 12) Unity. (K 1.34.23, 7.23.3)


FORTH ::: 1. (language) An interactive extensible language using postfix syntax and a data stack, developed by Charles H. Moore in the 1960s. FORTH is highly user-configurable and there are many different implementations, the following description is of a typical default configuration.Forth programs are structured as lists of words - FORTH's term which encompasses language keywords, primitives and user-defined subroutines. Forth stream and either executed immediately (interpretive execution) or compiled as part of the definition of a new word.The sequential nature of list execution and the implicit use of the data stack (numbers appearing in the lists are pushed to the stack as they are encountered) imply postfix syntax. Although postfix notation is initially difficult, experienced users find it simple and efficient.Words appearing in executable lists may be primitives (simple assembly language operations), names of previously compiled procedures or other special words. A procedure definition is introduced by : and ended with ; and is compiled as it is read.Most Forth dialects include the source language structures BEGIN-AGAIN, BEGIN-WHILE-REPEAT, BEGIN-UNTIL, DO-LOOP, and IF-ELSE-THEN, and others can be added by the user. These are compiling structures which may only occur in a procedure definition.FORTH can include in-line assembly language between CODE and ENDCODE or similar constructs. Forth primitives are written entirely in assembly language, secondaries contain a mixture. In fact code in-lining is the basis of compilation in some implementations.Once assembled, primitives are used exactly like other words. A significant difference in behaviour can arise, however, from the fact that primitives end code includes the scheduler in some multi-tasking systems so a process can be descheduled after executing a non-primitive, but not after a primitive.Forth implementations differ widely. Implementation techniques include threaded code, dedicated Forth processors, macros at various levels, or interpreters response, user-defined data structures, multitasking, floating-point arithmetic, and/or virtual memory.Some Forth systems support virtual memory without specific hardware support like MMUs. However, Forth virtual memory is usually only a sort of extended data space and does not usually support executable code.FORTH does not distinguish between operating system calls and the language. Commands relating to I/O, file systems and virtual memory are part of the same language as the words for arithmetic, memory access, loops, IF statements, and the user's application.Many Forth systems provide user-declared vocabularies which allow the same word to have different meanings in different contexts. Within one vocabulary, re-defining a word causes the previous definition to be hidden from the interpreter (and therefore the compiler), but not from previous definitions.FORTH was first used to guide the telescope at NRAO, Kitt Peak. Moore considered it to be a fourth-generation language but his operating system wouldn't let him use six letters in a program name, so FOURTH became FORTH.Versions include fig-FORTH, FORTH 79 and FORTH 83. . .FORTH Interest Group, Box 1105, San Carlos CA 94070.See also 51forth, F68K, cforth, E-Forth, FORML, TILE Forth.[Leo Brodie, Starting Forth].[Leo Brodie, Thinking Forth].[Jack Woehr, Forth, the New Model].[R.G. Loeliger, Threaded Interpretive Languages].2. FOundation for Research and Technology - Hellas. (1997-04-16)

FORTH 1. "language" An interactive extensible language using {postfix syntax} and a data stack, developed by Charles H. Moore in the 1960s. FORTH is highly user-configurable and there are many different implementations, the following description is of a typical default configuration. Forth programs are structured as lists of "words" - FORTH's term which encompasses language keywords, primitives and user-defined {subroutines}. Forth takes the idea of subroutines to an extreme - nearly everything is a subroutine. A word is any string of characters except the separator which defaults to space. Numbers are treated specially. Words are read one at a time from the input stream and either executed immediately ("interpretive execution") or compiled as part of the definition of a new word. The sequential nature of list execution and the implicit use of the data stack (numbers appearing in the lists are pushed to the stack as they are encountered) imply postfix syntax. Although postfix notation is initially difficult, experienced users find it simple and efficient. Words appearing in executable lists may be "{primitives}" (simple {assembly language} operations), names of previously compiled procedures or other special words. A procedure definition is introduced by ":" and ended with ";" and is compiled as it is read. Most Forth dialects include the source language structures BEGIN-AGAIN, BEGIN-WHILE-REPEAT, BEGIN-UNTIL, DO-LOOP, and IF-ELSE-THEN, and others can be added by the user. These are "compiling structures" which may only occur in a procedure definition. FORTH can include in-line {assembly language} between "CODE" and "ENDCODE" or similar constructs. Forth primitives are written entirely in {assembly language}, secondaries contain a mixture. In fact code in-lining is the basis of compilation in some implementations. Once assembled, primitives are used exactly like other words. A significant difference in behaviour can arise, however, from the fact that primitives end with a jump to "NEXT", the entry point of some code called the sequencer, whereas non-primitives end with the address of the "EXIT" primitive. The EXIT code includes the scheduler in some {multi-tasking} systems so a process can be {deschedule}d after executing a non-primitive, but not after a primitive. Forth implementations differ widely. Implementation techniques include {threaded code}, dedicated Forth processors, {macros} at various levels, or interpreters written in another language such as {C}. Some implementations provide {real-time} response, user-defined data structures, {multitasking}, {floating-point} arithmetic, and/or {virtual memory}. Some Forth systems support virtual memory without specific hardware support like {MMUs}. However, Forth virtual memory is usually only a sort of extended data space and does not usually support executable code. FORTH does not distinguish between {operating system} calls and the language. Commands relating to I/O, {file systems} and {virtual memory} are part of the same language as the words for arithmetic, memory access, loops, IF statements, and the user's application. Many Forth systems provide user-declared "vocabularies" which allow the same word to have different meanings in different contexts. Within one vocabulary, re-defining a word causes the previous definition to be hidden from the interpreter (and therefore the compiler), but not from previous definitions. FORTH was first used to guide the telescope at NRAO, Kitt Peak. Moore considered it to be a {fourth-generation language} but his {operating system} wouldn't let him use six letters in a program name, so FOURTH became FORTH. Versions include fig-FORTH, FORTH 79 and FORTH 83. {FAQs (http://complang.tuwien.ac.at/forth/faq/faq-general-2.html)}. {ANS Forth standard, dpANS6 (http://taygeta.com/forth/dpans.html)}. FORTH Interest Group, Box 1105, San Carlos CA 94070. See also {51forth}, {F68K}, {cforth}, {E-Forth}, {FORML}, {TILE Forth}. [Leo Brodie, "Starting Forth"]. [Leo Brodie, "Thinking Forth"]. [Jack Woehr, "Forth, the New Model"]. [R.G. Loeliger, "Threaded Interpretive Languages"]. 2. {FOundation for Research and Technology - Hellas}. (1997-04-16)

grind ::: 1. (MIT and Berkeley) To prettify hardcopy of code, especially LISP code, by reindenting lines, printing keywords and comments in distinct fonts (if available), etc. This usage was associated with the MacLISP community and is now rare; prettyprint was and is the generic term for such operations.2. (Unix) To generate the formatted version of a document from the nroff, troff, TeX, or Scribe source.3. To run seemingly interminably, especially (but not necessarily) if performing some tedious and inherently useless task. Similar to crunch or grovel. Grinding has a connotation of using a lot of CPU time, but it is possible to grind a disk, network, etc.See also hog.4. To make the whole system slow. Troff really grinds a PDP-11.5. grind grind excl. Roughly, Isn't the machine slow today![Jargon File] (1994-12-16)

grind 1. (MIT and Berkeley) To prettify hardcopy of code, especially LISP code, by reindenting lines, printing keywords and comments in distinct fonts (if available), etc. This usage was associated with the MacLISP community and is now rare; {prettyprint} was and is the generic term for such operations. 2. (Unix) To generate the formatted version of a document from the {nroff}, {troff}, {TeX}, or Scribe source. 3. To run seemingly interminably, especially (but not necessarily) if performing some tedious and inherently useless task. Similar to {crunch} or {grovel}. Grinding has a connotation of using a lot of CPU time, but it is possible to grind a disk, network, etc. See also {hog}. 4. To make the whole system slow. "Troff really grinds a PDP-11." 5. "grind grind" excl. Roughly, "Isn't the machine slow today!" [{Jargon File}] (1994-12-16)

high-level language (HLL) A programming language which provides some level of abstraction above {assembly language}. These normally use statements consisting of English-like keywords such as "FOR", "PRINT" or "GOTO", where each statement corresponds to several {machine language} instructions. It is much easier to program in a high-level language than in {assembly language} though the efficiency of execution depends on how good the {compiler} or {interpreter} is at optimising the program. Rarely, the variants "{VHLL}" and "{MLL}" are found. See also {languages of choice}, {generation}. (1994-12-07)

interpreter "programming" A program which executes other programs. This is in contrast to a {compiler} which does not execute its input program (the "{source code}") but translates it into executable "{machine code}" (also called "{object code}") which is output to a file for later execution. It may be possible to execute the same source code either directly by an interpreter or by compiling it and then executing the {machine code} produced. It takes longer to run a program under an interpreter than to run the compiled code but it can take less time to interpret it than the total required to compile and run it. This is especially important when prototyping and testing code when an edit-interpret-debug cycle can often be much shorter than an edit-compile-run-debug cycle. Interpreting code is slower than running the compiled code because the interpreter must analyse each statement in the program each time it is executed and then perform the desired action whereas the compiled code just performs the action. This run-time analysis is known as "interpretive overhead". Access to variables is also slower in an interpreter because the mapping of identifiers to storage locations must be done repeatedly at run time rather than at compile time. There are various compromises between the development speed when using an interpreter and the execution speed when using a compiler. Some systems (e.g. some {Lisps}) allow interpreted and compiled code to call each other and to share variables. This means that once a routine has been tested and debugged under the interpreter it can be compiled and thus benefit from faster execution while other routines are being developed. Many interpreters do not execute the source code as it stands but convert it into some more compact internal form. For example, some {BASIC} interpreters replace {keywords} with single byte tokens which can be used to {index} into a {jump table}. An interpreter might well use the same {lexical analyser} and {parser} as the compiler and then interpret the resulting {abstract syntax tree}. There is thus a spectrum of possibilities between interpreting and compiling, depending on the amount of analysis performed before the program is executed. For example {Emacs Lisp} is compiled to "{byte-code}" which is a highly compressed and optimised representation of the Lisp source but is not machine code (and therefore not tied to any particular hardware). This "compiled" code is then executed (interpreted) by a {byte code interpreter} (itself written in {C}). The compiled code in this case is {machine code} for a {virtual machine} which is implemented not in hardware but in the byte-code interpreter. See also {partial evaluation}. (1995-01-30)

keyword 1. One of a fixed set of symbols built into the syntax of a language. Typical keywords would be if, then, else, print, goto, while, switch. There are usually restrictions about reusing keywords as names for user-defined objects such as variables or procedures. Languages vary as to what is provided as a keyword and what is a library routine, for example some languages provide keywords for input/output operations whereas in others these are library routines. 2. A small set of words designed to convey the subject of a technical article. Some publications specify a fixed set of keywords from which those for a particular article should be chosen.

keyword ::: 1. One of a fixed set of symbols built into the syntax of a language. Typical keywords would be if, then, else, print, goto, while, switch. There are usually what is a library routine, for example some languages provide keywords for input/output operations whereas in others these are library routines.2. A small set of words designed to convey the subject of a technical article. Some publications specify a fixed set of keywords from which those for a particular article should be chosen.

lexeme "grammar" A minimal lexical unit of a language. {Lexical analysis} converts strings in a language into a list of lexemes. For a programming language these word-like pieces would include {keywords}, {identifiers}, {literals} and punctuation. The lexemes are then passed to the {parser} for syntactic analysis. (1996-04-06)

lexeme ::: (grammar) A minimal lexical unit of a language. Lexical analysis converts strings in a language into a list of lexemes. For a programming language these word-like pieces would include keywords, identifiers, literals and punctutation. The lexemes are then passed to the parser for syntactic analysis. (1996-04-06)

lexical analysis "programming" (Or "linear analysis", "scanning") The first stage of processing a language. The stream of characters making up the source program or other input is read one at a time and grouped into {lexemes} (or "tokens") - word-like pieces such as keywords, identifiers, {literals} and punctuation. The lexemes are then passed to the {parser}. ["Compilers - Principles, Techniques and Tools", by Alfred V. Aho, Ravi Sethi and Jeffrey D. Ullman, pp. 4-5] (1995-04-05)

lexical analysis ::: (programming) (Or linear analysis, scanning) The first stage of processing a language. The stream of characters making up the source program or word-like pieces such as keywords, identifiers, literals and punctutation. The lexemes are then passed to the parser.[Compilers - Principles, Techniques and Tools, by Alfred V. Aho, Ravi Sethi and Jeffrey D. Ullman, pp. 4-5] (1995-04-05)

loop "programming" A sequence of {instructions} in a {program} that the {processor} repeats. The loop will usually terminate when some condition is met or it may run indefinitely - an {infinite loop}. {Structured languages} like {C} and its descendents provide loop {statements} and {keywords} for some or all of {for loop}, {while loop} and {repeat loop}. See also {loop-and-a-half}. In other languages these constructs may be synthesised with a {jump} ({assembly language}) or a {GOTO} (early {Fortran} or {BASIC}). To "loop through" a list means to process each element in turn. (2019-09-03)

Lycos "web" A {web} index, served by {Carnegie Mellon University}. It allows you to search on document title and content for a list of keywords. Lycos is probably the biggest such index on the web. By April 1995, the Lycos database contained 2.95 million unique documents. The Lycos database is built by a {Web crawler} that can bring in 5000 documents per day. The index searches document title, headings, links, and keywords it locates in these documents. The Lycos servers are efficient but overloaded. Failure to connect or "please try later" messages are common. {(http://lycos.cs.cmu.edu/)}. (1995-04-06)

Lycos ::: (World-Wide Web) A World-Wide Web index, served by Carnegie Mellon University. It allows you to search on document title and content for a list of keywords. Lycos is probably the biggest such index on the web. By April 1995, the Lycos database contained 2.95 million unique documents.The Lycos database is built by a Web crawler that can bring in 5000 documents per day. The index searches document title, headings, links, and keywords it locates in these documents.The Lycos servers are efficient but overloaded. Failure to connect or please try later messages are common. . (1995-04-06)

META element "web" An {HTML} {element}, with tag name of "META", expressing {metadata} about a given {HTML} document. HTML standards do not require that documents have META elements but if META elements occur, they must be inside the document's HEAD element. The META element can be used to identify properties of a document (e.g., author, expiration date, a list of key words, etc.) and assign values to those properties, typically by specifying a NAME {attribute} (to name the property) and a CONTENT attribute (to assign a value for that property). The HTML 4 specification doesn't standardise particular NAME properties or CONTENT values; but it is conventional to use a "Description" property to convey a short summary of the document, and a "Keywords" property to provide a list of {keywords} relevant to the document, as in: "META NAME="Description" CONTENT="Information from around the world on kumquat farming techniques and current kumquat production and consumption data"" "META NAME="Keywords" CONTENT="kumquat, Fortunella"" META elements with HTTP-EQUIV and CONTENT attributes can simulate the effect of {HTTP} header lines, as in: "META HTTP-EQUIV="Expires" CONTENT="Tue, 22 Mar 2000 16:18:35 GMT"" "META HTTP-EQUIV="Refresh" CONTENT="10; URL=http://foldoc.org/"" Other properties may be application-specific. For example, the {Robots Exclusion (http://info.webcrawler.com/mak/projects/robots/norobots.html)}. standard uses the "robots" property for asserting that the given document should not be indexed by robots, nor should links in it be followed: "META NAME="robots" CONTENT="noindex,follow"" (2001-02-07)

META element ::: (World-Wide Web) An element, with tag name of META, expressing meta-data about a given HTML document. HTML standards do not require that documents have META elements; but if META elements occur, they must be inside the document's HEAD element.The META element can be used to identify properties of a document (e.g., author, expiration date, a list of key words, etc.) and assign values to those of the document, and a Keywords property to provide a list of keywords relevant to the document, as in: META NAME=Description CONTENT=Information from around the world on kumquat farming techniques and current kumquat META elements with HTTP-EQUIV and CONTENT attributes can simulate the effect of HTTP header lines, as in: META HTTP-EQUIV=Expires CONTENT=Tue, 22 Mar 2000 16:18:35 GMT>META HTTP-EQUIV=Refresh CONTENT=10; URL=http://foldoc.org/> indexed by robots, nor should links in it be followed: META NAME=robots CONTENT=noindex,follow> (2001-02-07)

META element ::: (World-Wide Web) An element, with tag name of META, expressing meta-data about a given HTML document. HTML standards do not require that documents have META elements; but if META elements occur, they must be inside the document's HEAD element.The META element can be used to identify properties of a document (e.g., author, expiration date, a list of key words, etc.) and assign values to those of the document, and a Keywords property to provide a list of keywords relevant to the document, as in: META NAME=Description CONTENT=Information from around theworld on kumquat farming techniques and current kumquat META elements with HTTP-EQUIV and CONTENT attributes can simulate the effect of HTTP header lines, as in: META HTTP-EQUIV=Expires CONTENT=Tue, 22 Mar 2000 16:18:35 GMT>META HTTP-EQUIV=Refresh CONTENT=10; URL=http://foldoc.org/> indexed by robots, nor should links in it be followed: META NAME=robots CONTENT=noindex,follow> (2001-02-07)

MIIS "language" /Meese/ An interpreted language with one-letter {keywords}. [Details? Similar to {MUMPS}?] (1995-01-10)

MIIS ::: (language) /Meese/ An interpreted language with one-letter keywords.[Details? Similar to MUMPS?] (1995-01-10)

network layer reachability information "networking" (NLRI) Keywords used for {unicast} and {multicast} {database} forwarding. For example, you would assign a user's NLRI so the user can receive multicast messages regarding hardware down time that will affect a specific user group. [Reference?] (2002-06-01)

network layer reachability information ::: (networking) (NLRI) Keywords used to for unicast and multicast database forwarding. For example, you would assign a user's NLRI so the user can receive multicast messages regarding hardware down time that will affect a specific user group.[Reference?](2002-06-01)

relevance "information science" A measure of how closely a given object (file, {web page}, database {record}, etc.) matches a user's search for information. The relevance {algorithms} used in most large web {search engines} today are based on fairly simple word-occurence measurement: if the word "daffodil" occurs on a given page, then that page is considered relevant to a {query} on the word "daffodil"; and its relevance is quantised as a factor of the number of times the word occurs in the page, on whether "daffodil" occurs in title of the page or in its META keywords, in the first {N} words of the page, in a heading, and so on; and similarly for words that a {stemmer} says are based on "daffodil". More elaborate (and resource-expensive) relevance algorithms may involve thesaurus (or {synonym ring}) lookup; e.g. it might rank a document about narcissuses (but which may not mention the word "daffodil" anywhere) as relevant to a query on "daffodil", since narcissuses and daffodils are basically the same thing. Ditto for queries on "jail" and "gaol", etc. More elaborate forms of thesaurus lookup may involve multilingual thesauri (e.g. knowing that documents in Japanese which mention the Japanese word for "narcissus" are relevant to your search on "narcissus"), or may involve thesauri (often auto-generated) based not on equivalence of meaning, but on word-proximity, such that "bulb" or "bloom" may be in the thesaurus entry for "daffodil". {Word spamming} essentially attempts to falsely increase a web page's relevance to certain common searches. See also {subject index}. (1997-04-09)

relevance ::: (information science) A measure of how closely a given object (file, web page, database record, etc.) matches a user's search for information.The relevance algorithms used in most large web search engines today are based on fairly simple word-occurence measurement: if the word daffodil occurs on a or in its META keywords, in the first N words of the page, in a heading, and so on; and similarly for words that a stemmer says are based on daffodil.More elaborate (and resource-expensive) relevance algorithms may involve thesaurus (or synonym ring) lookup; e.g. it might rank a document about to a query on daffodil, since narcissuses and daffodils are basically the same thing. Ditto for queries on jail and gaol, etc.More elaborate forms of thesaurus lookup may involve multilingual thesauri (e.g. knowing that documents in Japanese which mention the Japanese word for word-proximity, such that bulb or bloom may be in the thesaurus entry for daffodil.Word spamming essentially attempts to falsely increase a web page's relevance to certain common searches.See also subject index. (1997-04-09)

REXXWARE ::: An implementation of REXX for Novell NetWare produced by Simware, Inc. in January 1994. It is used by LAN managers to automate LAN administration chores on a Novell NetWare server.As a scripting language, REXXWARE is an NLM (NetWare Loadable Module) that runs on Novell NetWare servers. It includes more than 275 NetWare-specific functions, plus the standard REXX keywords, instructions, built-in functions, flow-control, tracing, and error trapping and recovery features.REXXWARE is certified by Novell for use with NetWare.E-mail: . (1995-01-11)

REXXWARE An implementation of {REXX} for {Novell NetWare} produced by {Simware, Inc.} in January 1994. It is used by {LAN} managers to automate LAN administration chores on a Novell NetWare {server}. As a scripting language, REXXWARE is an NLM ({NetWare Loadable Module}) that runs on {Novell NetWare} servers. It includes more than 275 NetWare-specific functions, plus the standard {REXX} {keywords}, instructions, built-in functions, {flow-control}, tracing, and error trapping and recovery features. REXXWARE is certified by Novell for use with NetWare. E-mail: "rexxware@simware.com". (1995-01-11)

Selective Dissemination of Information "library" (SDI) (From Library Science) SDI is a current awareness system which alerts you to the latest publications in your specified field(s) of interest. A user registers at such a system with keywords representing his or her fields of interest, called a search profile. When new publications matching the search profile appear, the system informs the user of them instantly, periodically or upon request. Some systems may also be able to inform the user if changes in already notified publications occur. {Health Science Library SDI (http://www-hsl.mcmaster.ca/sdi.html)}. {FIZ Karlsruhe Scientific Service Institution (http://fiz-karlsruhe.de/mc-sdi.html)}. (1997-03-10)

Selective Dissemination of Information ::: (library) (SDI) (From Library Science) SDI is a current awareness system which alerts you to the latest publications in your specified field(s) of interest.A user registers at such a system with keywords representing his or her fields of interest, called a search profile. When new publications matching the search upon request. Some systems may also be able to inform the user if changes in already notified publications occur. FIZ Karlsruhe Scientific Service Institution . (1997-03-10)

Syntax-Case "language" A {macro} system for {Scheme} by R. Kent Dybvig "dyb@cs.indiana.edu". It is superior to the low-level system described in the Revised^4 Report ({R4RS}). Pattern variables are ordinary identifiers with essentially the same status as lexical variable names and {macro} {keywords}. The {syntax} is modified to recognise and handle references to pattern variables. Version 2.1 works with {Chez Scheme} and the {Macintosh} port runs under {MacGambit} 2.0 {(ftp://iuvax.cs.indiana.edu/pub/scheme/syntax-case.tar.Z)}. {Macintosh (ftp://maya.dei.unipd.it/pub/mac/gambit/)}. ["Syntactic Abstraction in Scheme", Robert Hieb, R. Kent Dybvig and Carl Bruggeman IUCS TR

Wide Area Information Servers "networking, information science" (WAIS) A distributed information retrieval system. WAIS is supported by {Apple Computer}, {Thinking Machines} and Dow Jones. {Clients} are able to retrieve documents using keywords. The search returns a list of documents, ranked according to the frequency of occurrence of the keyword(s) used in the search. The client can retrieve text or {multimedia} documents stored on the {server}. WAIS offers simple {natural language} input, indexed searching for fast retrieval, and a "relevance feedback" mechanism which allows the results of initial searches to influence future searches. It uses the {ANSI Z39.50} service. {Public domain} implementations are available. Other information retrieval systems include {archie}, {Gopher}, {Prospero}, and {web}. {Usenet} newsgroup: {news:comp.infosystems.wais}. {Telnet (telnet://sunsite.unc.edu)}. (1995-03-13)

World Wide Web Worm "web" (WWWW) One of the first automatic indexing tools for the {web}, being developed in September 1994 by Oliver McBryan "mcbryan@cs.colorado.edu" at the {University of Colorado}. The worm created a database of 300,000 {multimedia} objects which can be obtained or searched for keywords via the web. {(http://cs.colorado.edu/home/mcbryan/WWWW.html)}. (1996-05-19)

World-Wide Web Worm ::: (World-Wide Web) (WWWW) One of the first automatic indexing tools for the World-Wide Web, being developed in September 1994 by Oliver McBryan database of 300000 multimedia objects which can be obtained or searched for keywords via the WWW. . (1996-05-19)

ZyXEL A {modem} manufacturer. {(ftp://ftp.zyxel.com/pub/other/zyxel)}. E-mail: "tech@zyxel.com", "sales@zyxel.com". Telephone: +1 800-255-4101 (Sales), +1 714-693-0808 (tech), +1 714-693-0762 (BBS), +1 714-693-8811 (fax). Address: 4920 E. La Palma, Anaheim, CA 92807, USA. (1994-10-31){ {left brace}{$formKeywords} "web" The placeholder or {variable} showing where the user's {search terms} should go in an {Open Journal Systems} query. {Open Journal Systems Help (https://casit.illinoisstate.edu/obsidian/index.php/index/help/view/journal/topic/000028)} (2018-05-25){IDF} "networking" {Intermediate Distribution Frame}.{log} ["{log}: A Logic Programming Language with Finite Sets", A Dovier et al, Proc 8th Intl Conf Logic Prog, June 1991, pp.111-124].{searchTerms} "web" The placeholder or {variable} used in the "Url" element of an {OpenSearchDescription} {XML} file to show where the user's actual {search terms} should go. For example, this dictionary's {Open Search} description, {(/search.xml)} includes the following element: "Url type="text/html" template="http://foldoc.org/{searchTerms}" /" meaning that to search for, e.g., "foo", you should go to {(http://foldoc.org/foo)}. You may have reached this page because you were trying to use some system based on {Open Search} and failed to supply any search term to substitute into the URL. (2018-04-08)| {vertical bar}} {right brace}~ 1. "character" {tilde}. 2. "language" An {esoteric programming language} created in 2006 by Tim Pettit. Various {operators}, represented by single characters, {push}, {pop} or {peek} at {integer} values on the front or back of a {double-ended queue} or perform loops or {input/output}. {Esoteric programming languages wiki entry (http://esolangs.org/wiki/~)}. (2014-12-03)~



QUOTES [0 / 0 - 18 / 18]


KEYS (10k)


NEW FULL DB (2.4M)

   4 Anonymous
   2 Chris Colfer

*** WISDOM TROVE ***

*** NEWFULLDB 2.4M ***

1:I then realized my analytics data was a bit odd. My keywords were no longer with me ~ Douglas Bader,
2:respect to the country choosen in Step2) Result#7. You should be able to buy these content Keywords: i18n - yes ~ Anonymous,
3:Write down important formulas, facts, definitions, and/or keywords in the margin first so you won't worry about ~ Jawanza Kunjufu,
4:I sometimes feel like when you're talking to boys, they just hear certain keywords… But if you had a bubble above their head, they'd be thinking about game scores, masturbation and food. ~ Kate Hudson,
5:The bash built-in type command searches your environment (including aliases, keywords, functions, built-ins, and files in the $PATH) for executable commands matching its arguments and displays the type and location of any matches. ~ Anonymous,
6:What are Japan’s resources?” he asks, “I’m particularly thinking about traditional aesthetics. I’ve identified four keywords related to this: sensai (delicateness), chimitsu (meticulousness), teinei (thoroughness or attention to detail) and kanketsu (simplicity). ~ Anonymous,
7:We could spend the rest of our lives trying to randomly guess his keyword. And worse, I’m fairly certain he’s using multiple keywords, maybe even more than one on every page. I wouldn’t say it’s crack-proof, but I believe it may be beyond my own personal abilities. ~ Christa Faust,
8:New online formats gutted the newspaper-ad business. Why pore over tiny print looking for a job in the want ads when you can tap a few keywords into monster.com, then click through and apply? Why pay a steep per-character rate for a classified when you can hawk a whole garage full of used stuff on EBay or Craigslist for free? ~ Nathan Myhrvold,
9:She had to assume that she was under some kind of surveillance, because that was just what national intelligence agencies did, it was axiomatic. The most common form of surveillance – because it was the least labour-intensive – was monitoring of communications and internet usage, algorithms ceaselessly winnowing a torrent of content for hotphrases and keywords. ~ Dave Hutchinson,
10:That’s what made the panics about huge zero-day security ruptures such a fright: the sudden knowledge that everything might have been auto-pwned by a random crim or asshole who used a skin-detection algorithm to catch you masturbating, keywords to flag your embarrassing conversations, harvesting your biometrics for playback attacks on your finances and social nets. ~ Cory Doctorow,
11:I have a handful of keywords that I try to live by. One of them is: Joy.

Everyone needs more joy in their lives. Maybe that means changing job to one you truly like. Maybe that means moving to another country to start a new adventure. Maybe it means forging ties with people who make you truly happy. Maybe it means creating joy in others.

For me, one of the many things that brings me joy is writing. I am blessed, and very thankful, that I get to do this for a living. ~ Dean F Wilson,
12:advertising.” It started when Google introduced the AdSense network in 2003. When Google’s web crawler began to scan tens of millions of pages of content, matching ads to content by targeting keywords, contextual advertising was born. If you search for flights to Maui, for example, you might receive an ad for a nice deal on a place to stay. However, if after you returned you were looking up the name of the wonderful little shop you discovered up-island, you might see the same offer. In the former situation the ad is relevant; in the latter it’s worthless. Sometimes such ads are beneath worthless; they are downright tasteless. When ~ Robert Scoble,
13:There is the “Great Firewall,” which blocks access to tens of thousands of websites the Chinese government doesn’t want citizens to see. The “Golden Shield” is an online surveillance system that uses keywords and other tools to shut down attempts to access content that the state considers politically sensitive. There is an ever expanding list of words and phrases that trigger denial messages online. More recently, China has moved on offense by introducing the “Great Cannon,” which can alter content accessed online and attack websites that the state considers dangerous to China’s security via a “dedicated denial of service” attack that can overwhelm servers to knock them offline. ~ Ian Bremmer,
14:unsubscribe from a few email lists each day. Description: Most email management programs (like Gmail, Outlook, and Hotmail) offer a search bar in their program that help you find messages according to the keywords that you enter. You can use this search bar to your advantage by entering one simple phrase: Unsubscribe. Simply fire up your email program, enter the word “unsubscribe” in the search bar, and then look at each of the messages that it brings up. Odds are, you don’t really need most of the automated messages that show up. So each day, you remove yourself from these lists by opening up a few of the top messages and getting off their lists. Do this habit regularly and you’ll see a dramatic decrease in the amount of daily junk email. ~ S J Scott,
15:Part 1: Creating a Niche Website Overview Before we begin in detail, let’s familiarize ourselves with the phases of creating a niche site from start to finish. The timeline on the next page shows the relationship of the phases. Phases Planning - Define and refine the objectives, and plan the course of action to achieve the objectives for your Niche Site. Keyword and Product Research - A critical component of the process that forms the foundation of your niche site project. In this phase you identify candidates for the overall subject matter of your Niche Site. First Page Competition Analysis - Goes hand in hand with keyword research and has the power to dictate the success of your website. This helps narrow down your potential keywords based on the overall competition. Buying a Domain and Hosting - Setting up the online real estate for your new website ~ Anonymous,
16:After a few moments, her eyes became as glossy as his and she also spoke in complete nonsense. “Who are you?” Mother Goose asked the caterpillar. “What I am,” he said. “Where are you?” she said. “Here with you,” the caterpillar said. “And if this were the Castle of Hearts?” Mother Goose asked. “We’d be there,” he said. “But where?” she asked. “In the castle,” he said. “Ah, so there would be here,” she said, and they nodded together. “Here would be what’s left.” The caterpillar nodded. “Am I what’s left?” she asked. “You’re what’s right, of course.” “But what’s right is wrong.” “And what’s left is right.” “I understand completely,” Mother Goose said. “Thank you so much, Mr. Caterpillar.” The others stared at them absolutely dumbfounded. Mother Goose hopped down from the mushroom and moseyed back to them. “The caterpillar said to go back to the fork and take a left,” she said. “He did?” Alex asked. “It’s all about the keywords,” Mother Goose said. “I used to be friends with a sultan who enjoyed the hookah, too. Lester, I’m going to need you to carry me the rest of the way – I’m awfully tired. ~ Chris Colfer,
17:Your site isn't static. It's dynamically generated. Do you know what that means ?"
"No."
"It means the site looks different to different people. Let's say you chose the poll option that said you're in favor of tax cuts. Well there's a cookie on your machine now, and when you look at the site again, the articles are about how the government is wasting your money. The site is dynamically selecting content based on what you want. I mean, not what you want. What will piss you off. What will engage your attention and reinforce your beliefs, make you trust the site. And if you said you were against tax cuts, we'll show you stories of Republicans blocking social programs or whatever. It works every which way. Your site is made of mirrors, reflecting everyone's thoughts back at them..."
"And we haven't even started talking about keywords. This is just the beginning. Third major advantage: People who use a site like this tend to ramp up their dependence on it. Suddenly all those other news sources, the ones that aren't framing every story in terms of the user's core beliefs, they start to seem confusing and strange. They start to seem biased, actually, which is kind of funny. So now you've got a user who not only trusts you, you're his major source of information on what's happening in the world. Boom, you own that guy. You can tell him whatever you like and no one's contradicting you. ~ Max Barry,
18:Alex was so confused, she shook her head. The others felt their sanity slipping from their brains just by being in proximity to the caterpillar.
This is going great," Conner said with a massive eye roll. "This worm is clearly insane; let's find someone who can actually help us."
"Let me handle this one, kids," Mother Goose said. "He's not crazy, the hookah is just making his brain sleepy. I might understand him if I get on his level."
Mother Goose walked up to the caterpillar and had a bouncy seat on the mushroom beside him.
"May I?" she asked, and gestured to the hookah.
The caterpillar passed it to her and Mother Goose smoked it. After a few moments, her eyes became as glossy as his and she also spoke in complete nonsense.
"Who are you?" Mother Goose asked the caterpillar.
"What I am," he said.
"Where are you?" she said.
"Here with you," the caterpillar said.
"And if this were the Castle of Hearts?" Mother Goose asked.
"We'd be there," he said.
"But where?" she asked.
"In the castle," he said.
"Ah, so there would be here,: she said, and they nodded together.
"Here would be what's left." The caterpillar nodded.
"Am I what's left?" she asked.
"You're what's right, of course."
"But what's right is wrong."
"And what's left is right."
"I understand completely," Mother Goose said. "Thank you so much, Mr. Caterpillar."
The others stared at them absolutely dumbfounded. Mother Goose hopped down from the mushroom and moseyed back to them.
:The caterpillar said to go back to the fork and take a left," she said.
"He did?" Alex asked.
"It's all about the keywords," Mother Goose said. ~ Chris Colfer,

IN CHAPTERS [2/2]



   1 Integral Yoga






1.09 - Sri Aurobindo and the Big Bang, #Preparing for the Miraculous, #George Van Vrekhem, #Integral Yoga
  and synthetic are keywords in it. His affirmation was a
  Sri Aurobindo: Essays Divine and Human, p. 65.192

2.28 - The Divine Life, #The Life Divine, #Sri Aurobindo, #Integral Yoga
  3: It is consciousness and life that must be the keywords to what is being thus worked out in Time; for without them Matter and the world of Matter would be a meaningless phenomenon, a thing that has just happened by Chance or by an unconscious Necessity. But consciousness as it is, life as it is cannot be the whole secret; for both are very clearly something unfinished and still in process. In us consciousness is Mind, and our mind is ignorant and imperfect, an intermediate power that has grown and is still growing towards something beyond itself: there were lower levels of consciousness that came before it and out of which it arose, there must very evidently be higher levels to which it is itself arising. Before our thinking, reasoning, reflecting mind there was a consciousness unthinking but living and sentient, and before that there was the subconscious and the unconscious; after us or in our yet unevolved selves there is likely to be waiting a greater consciousness, self-luminous, not dependent on constructive thought: our imperfect and ignorant thought-mind is certainly not the last word of consciousness, its ultimate possibility. For the essence of consciousness is the power to be aware of itself and its objects, and in its true nature this power must be direct, self-fulfilled and complete: if it is in us indirect, incomplete, unfulfilled in its workings, dependent on constructed instruments, it is because consciousness here is emerging from an original veiling Inconscience and is yet burdened and enveloped with the first Nescience proper to the Inconscient; but it must have the power to emerge completely, its destiny must be to evolve into its own perfection which is its true nature. Its true nature is to be wholly aware of its objects, and of these objects the first is self, the being which is evolving its consciousness here, and the rest is what we see as not-self, - but if existence is indivisible, that too must in reality be self: the destiny of evolving consciousness must be, then, to become perfect in its awareness, entirely aware of self and all-aware. This perfect and natural condition of consciousness is to us a superconscience, a state which is beyond us and in which our mind, if suddenly transferred to it, could not at first function; but it is towards that superconscience that our conscious being must be evolving.
  4: But this evolution of our consciousness to a superconscience or supreme of itself is possible only if the Inconscience which is our basis here is really itself an involved Superconscience; for what is to be in the becoming of the Reality in us must be already there involved or secret in its beginning. Such an involved Being or Power we can well conceive the Inconscient to be when we closely regard this material creation of an unconscious Energy and see it labouring out with curious construction and infinite device the work of a vast involved Intelligence and see, too, that we ourselves are something of that Intelligence evolving out of its involution, an emerging consciousness whose emergence cannot stop short on the way until the Involved has evolved and revealed itself as a supreme totally self-aware and all-aware Intelligence. It is this to which we have given the name of Supermind or Gnosis. For that evidently must be the consciousness of the Reality, the Being, the Spirit that is secret in us and slowly manifesting here; of that Being we are the becomings and must grow into its nature.

WORDNET














IN WEBGEN [10000/65]

Wikipedia - Category:SQL keywords
Wikipedia - Keyword (computer programming)
Wikipedia - Keyword (internet search)
Wikipedia - Keyword (linguistics) -- Word which occurs in a text more often than we would expect to occur by chance alone
Wikipedia - Keywords: A Vocabulary of Culture and Society
Wikipedia - Keyword spotting
Wikipedia - Keyword stuffing
Wikipedia - Keyword Tool (software) -- Search keyword generation website
Wikipedia - List of Java keywords
Wikipedia - List of Magic: The Gathering keywords
Wikipedia - Static (keyword)
Wikipedia - Typename -- C++ keyword
https://www.goodreads.com/book/show/184042.Keywords
https://www.goodreads.com/book/show/26702887-keywords-for-southern-studies
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https://www.goodreads.com/book/show/36182740-erotica-and-romance-top-keywords
https://schools.wikia.org/wiki/Category:Keywords
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https://tvtropes.org/pmwiki/pmwiki.php/Fanfic/KeywordDestiny
https://tvtropes.org/pmwiki/pmwiki.php/Main/KeywordsConversation
https://battle-spirits.fandom.com/wiki/Keyword
https://cardfight.fandom.com/wiki/Keyword
https://dnd4.fandom.com/wiki/Dragon_(keyword)
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https://dnd4.fandom.com/wiki/Keyword
https://dnd4.fandom.com/wiki/Shadow_(keyword)
https://dnd4.fandom.com/wiki/Weapon_(keyword)
https://duelmasters.fandom.com/wiki/Keyword
https://duelmastersplays.fandom.com/wiki/Keyword
https://elderscrolls.fandom.com/wiki/Keywords
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https://mtg-archive.fandom.com/wiki/Evergreen_Keywords
https://mtg-archive.fandom.com/wiki/Keyword_Abilities
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https://mtg.fandom.com/wiki/Keyword_ability
https://mtg.fandom.com/wiki/Keyword_action
https://roblox.fandom.com/wiki/Tutorial:Keywords
https://snow.fandom.com/wiki/KEYWORD_page_UPLOAD_list
https://tokyoxanadu.fandom.com/wiki/Keywords
https://vim.fandom.com/wiki/Custom_keyword_completion
https://vim.fandom.com/wiki/Extending_keywords
https://vim.fandom.com/wiki/Search_keywords_in_c_function
Kagewani -- -- Tomovies -- 13 eps -- Original -- Horror Mystery Supernatural Thriller -- Kagewani Kagewani -- A video blogger attempts to fake cryptid sightings to boost his views, but gets more than he bargained for when his crew is slaughtered by a real monster. Elsewhere, students find themselves preyed upon by a sandworm-like beast, initiating a desperate struggle for survival on their own school grounds. -- -- With more of these attacks from mysterious creatures occurring, researcher Sousuke Banba tasks himself with delving into the mystery. With nothing but the keyword "Kagewani" to lead him, he scours the sites of recent attacks in hopes of finding a lead to eradicating the creatures for good. However, Sousuke finds that these threats to humanity are even closer to home when the pharmaceutical company, Sarugaku, starts to encroach on his investigation. -- -- 28,956 6.41
Dynamic keyword insertion
Keyword
Keyword density
Keyword-driven testing
Keyword (linguistics)
Keyword Protocol 2000
Keyword research
Keyword (rhetoric)
Keywords: A Vocabulary of Culture and Society
Keywords Studios
Keyword stuffing
Keyword (Tohoshinki song)
Keyword Tool (software)
List of Java keywords
List of Magic: The Gathering keywords
New Keywords
Register (keyword)



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