59_a_ibm_1401
Engineers and mathematicians state problems in familiar algebraic language for solution by the computer.
arc(r_0059_0002__and, r_0059_0001__Engineers, conj1).
arc(r_0059_0002__and, r_0059_0003__mathematicians, conj2).
arc(r_0059_0004__state, r_0059_0002__and, arg0).
arc(r_0059_0004__state, r_0059_0005__problems, arg1).
arc(r_0059_0004__state, r_0059_0011__solution, r_0059_0010__for_nim33).
arc(r_0059_0005__problems, r_0059_0009__language, r_0059_0006__in).
arc(r_0059_0009__language, r_0059_0007__familiar, attrib22).
arc(r_0059_0009__language, r_0059_0008__algebraic, attrib25).
arc(r_0059_0011__solution, r_0059_0013__the_r_0059_0014__computer, r_0059_0012__by).
fof(formula,axiom,
? [R_59_4_STATE,R_59_2_AND,R_59_1_ENGINEERS,R_59_3_MATHEMATICIANS,R_59_5_PROBLEMS,R_59_9_LANGUAGE,R_59_7_FAMILIAR,R_59_8_ALGEBRAIC,R_59_11_SOLUTION,R_59_13_THE_COMPUTER] :
( engineers(R_59_1_ENGINEERS)
& mathematicians(R_59_3_MATHEMATICIANS)
& familiar(R_59_7_FAMILIAR)
& algebraic(R_59_8_ALGEBRAIC)
& the_computer(R_59_13_THE_COMPUTER)
& state(R_59_4_STATE,R_59_2_AND,R_59_5_PROBLEMS)
& and(R_59_2_AND)
& conj1(R_59_2_AND,R_59_1_ENGINEERS)
& conj2(R_59_2_AND,R_59_3_MATHEMATICIANS)
& problems(R_59_5_PROBLEMS)
& in(R_59_5_PROBLEMS,R_59_9_LANGUAGE)
& language(R_59_9_LANGUAGE)
& attrib22(R_59_9_LANGUAGE,R_59_7_FAMILIAR)
& attrib25(R_59_9_LANGUAGE,R_59_8_ALGEBRAIC)
& for_nim33(R_59_4_STATE,R_59_11_SOLUTION)
& solution(R_59_11_SOLUTION)
& by(R_59_11_SOLUTION,R_59_13_THE_COMPUTER) ) ).
( (IP-MAT (NP-SBJ (NLYR (NLYR (NS Engineers;{engineer}))
(CONJP (CONJ and;{and})
(NLYR (NS mathematicians;{mathematician})))))
(VBP;_Tn_ state;{state})
(NP-OB1 (NS problems;{problem})
(PP (P-ROLE in;{in})
(NP (ADJP (ADJ familiar;{familiar}))
(ADJP (ADJ algebraic;{algebraic}))
(N language;{language}))))
(PP-NIM (P-ROLE for;{for})
(NP (N solution;{solution})
(PP (P-ROLE by;{by})
(NP (D the;{the})
(N computer;{computer})))))
(PUNC .))
(ID 59_a_ibm_1401))