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... good lists they were—very well chosen, and very neatly arranged—sometimes alphabetically, and sometimes by some other rule. The list she drew up when... ...d him, which he could reach as he sat, “have your nephews taken away their alphabets—their box of letters? It used to stand here. Where is it? This is... ... thought; and producing the box, the table was quickly scattered over with alphabets, which no one seemed so much disposed to employ as their two selv... ... “It is too much a matter of fact, but here it is.—What two letters of the alphabet are there, that express perfection?” “What two letters!—express pe...

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... TAUGHT ............................................................................................................................ 156 A SIMPLIFIED ALPHABET................................................................................................................................. 169 AS CONCERNS INTERPRETING THE DEITY....................................................

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...................................... ..................... 156 A SIMPLIFIED ALPHABET...................................................................... ... see, and in the second place to understand what he does see. A SIMPLIFIED ALPHABET ( ( ( ( ( T T T T This ar his ar his ar his ar his article ticle t... ...ste; what was really needed was a new set of teeth. That is to say, a new alphabet. The heart of our trouble is with our foolish alphabet. It doesn’t... ...esn’t know how to spell, and can’t be taught. In this it is like all other alphabets except one—the phonographic. This is the only competent alphabet ... ...can spell and correctly pronounce any word in our language. That admirable alphabet, that brilliant alphabet, that inspired alphabet, can be learned i... ...n place of our present written (and printed) character. I mean simply the alphabet; sim ply the consonants and the vowels—I don’t mean any re duct... ...mpression and speed. No, I would spell every word out . I will insert the alphabet here as I find it in Burnz’s Phonic Shorthand. [Image not availab... ...rd you please, just by the sound of it. We can’t do that with our present alphabet. For instance, take a simple, every day word phthisis. If we trie... ... knew the simplified form for every word in the language, the phonographic alphabet would still beat the Simplified Speller “hands down” in the import...

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...th zeal for the glory? Perhaps even Hebrew might be necessary—at least the alphabet and a few roots—in order to arrive at the core of things, and judg... ...ties have a touching fitness. Few scholars would have disliked teaching the alphabet under such circumstances. But Dorothea her self was a little shoc...

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...S........................................ 54 App.2.American writing..............................................55 App3.The International Phonetic Alphabet.............67...

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...or g 2 ⊆ f o g ⊆ h. By hypothesis f ⊆ h or g ⊆ h holds. Let X be an alphabet with 1 ≤ |X| ≤ ∞ and X + (X ∗ ) is the semigroup (free monoid) ge... ... uX + ∩ X + u implies u = 1. 140 PROPOSITION 1.10.1: Let X be an alphabet with at least two letters for each word u ∈ X + , there exists v ... ... A and a function δ: Z × A → Z, Z is called the set of states, A the input alphabet and δ the "next state function" of Y. 402 Let A = {a 1 , ..... ...called the state graph. Example 7.1.1: Z – set of states and A – input alphabet. Let Z = {0, 1, 2} and A = {0, 1}. The function δ: Z × A → Z... ...ere (Z, A, δ) is a semi automaton, B is a non-empty set called the output alphabet and λ: Z × A → B is the output function. z r z s a i Figure 7.1... ... Y = (Z, A, δ) is a semi- automaton with Z, the set of states, A the input alphabet and δ : Z × A → Z is the next state function. When we generate th... ...n. When we generate the S-free groupoid by A and adjoin with it the empty alphabet Λ then we are sure that A has all free semigroups. Thus, each free... ...7.1.14: Let S (S) = (G, I, δ) where G is a S-semigroup I the set of input alphabets and δ the transition fuction as in case of S-S semigroup semi-aut... ...ntuple S(A) = (G, A, B, δ, λ) where G is a S-semigroup and A set of input alphabets and B set of output alphabets, δ and λ are the transition and ou...

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... and A and a function δ: Z × A → Z, Z is called the set of states, A the input alphabet and δ the "next state function" of Y. 94 Let A = {a ... ... is called the state graph. Example 6.1.1: Z – set of states and A – input alphabet. Let Z = {0, 1, 2} and A = {0, 1}. The function δ: Z × A → Z ... ...) where (Z, A, δ) is a semi automaton, B is a non-empty set called the output alphabet and λ: Z × A → B is the output function. If z ∈ Z and a ∈... ...iple Y = (Z, A, δ) is a semi automaton with Z, the set of states, A the input alphabet and δ : Z × A → Z is the next state function. When we gen... ...n we generate the Smarandache free groupoid by A and adjoin with it the empty alphabet Λ then we are sure that Ahas all free semigroups. Thus, each f... ...89, 106 Z ∗∗∗ (n), 41, 43, 69, 83, 87, 89, 106 zero divisor, 27-29 Input alphabet, 93-94, 97 IVAN NIVEN , 18 LIDL.R, 93, 104 Loops, 7, 16-1... ...01 111 New semi automaton, 96-97 Next state function, 93, 97 Output alphabet, 94 Output function, 94 Parity Check Automaton, 96 Semi...

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...s blaze. For all that meets the bodily sense I deem Symbolical, one mighty alphabet For infant minds; and we in this low world Placed with our bac... ...ding eyes! Turn from the portent — all is blank on high, No constellations alphabet the sky: The Heavens one large Black Letter only shew, And as ...

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...Grammar Definition Sec. -- 1 —3 -- Part 1 Orthography -- 4 -- Hawaiian Alphabet -- 6 -- Division of Letters -- 8 —10 -- Of the Vowel Sounds -- 11 -- Of the Consonant Sounds -- 13 -- Of the Sounds of Foreign Consonants -- 14 Of Diphthongs -- 15—18 -- Of Syllables -- 19—23 -- Of Words -- 24—26 -- ...

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...kind of coding. Coding may be defined as a mapping of words from a source alphabet A to a code alphabet B. A discrete, finite memory-less channel wi... ...t B. A discrete, finite memory-less channel with finite inputs and output alphabets is defined by a set of transition probabilities p i (j), i = 1,... ...o, a similar Markov structure is used to improve the encoding of a source alphabet. For each state in the Markov system, an appropriate code can be ... ... However, to find the entropy of a Markov source alphabet one needs to explicitly derive the stationary probabilities of be...

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... A is a well-formed formula (wff) in W, i.e. a string of symbols from the alphabet of W that conforms to the grammar of the formal language endowing... ... and outputs “yes” or “no”. A formal system comprises a formal language (alphabet and grammar) and a deductive apparatus (axioms and/or rules of inf...

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... A bicode is a pair of sets of markers or labels built up from a finite “alphabet” which can be attached to some or all of the entities of a syste...