XÂY DỰNG PARSER dựa TRÊN văn PHẠM DCG (DEFINITE CLAUSE GRAMMAR) để PHÂN TÍCH cú PHÁP

Trang 1 >= o SE ©— UY BAN NHAN DAN THANH PHO HO CHi MINH TRUONG DAI HOC SAI GON KHOA CONG NGHE THONG TIN BAO CAO TIEU LUAN CUOI KY MON HOC XU LY NGON NGU TU NHIEN TEN DE TAI: XAY DUNG

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>= o SE ©—

UY BAN NHAN DAN THANH PHO HO CHi MINH TRUONG DAI HOC SAI GON

KHOA CONG NGHE THONG TIN

BAO CAO TIEU LUAN CUOI KY MON HOC XU LY NGON NGU TU NHIEN

TEN DE TAI:

XAY DUNG PARSER DUA TREN VAN PHAM DCG (DEFINITE CLAUSE GRAMMAR) DE PHAN TICH CU PHAP

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e) Nhà của Nam ở gần trường

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H Những trường hợp phát sinh từ những câu trong văn phạm

a) Nam thường đến thư viện Câu phát sinh: Nam đền thư viện @ AMEmmGve — + :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) np(np(X)) >propn(X) np(np(x)) >n(X) np(np(X)) >nom(X) np(np(X,Y)) >pp(X) ,n(Y) np(np(X,Y)) >n(X) ,propn(Y) np(np(X,Y)) >n(X),n(Y) np(np(X,Y)) >n(X),pp(Y) np(np(X,Y)) >pp(X) ,np(Y) np(np(X,Y)) >n(X),adjp(Y) np(np(X,Y)) >det(X) ;nom(Y) np(np(X,Y)) >nom(X) ;adjp(Y) ¡ np(np(X,Y,Z))-~>n(X) „adjp(Y) „adjp(Z) Vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) vp(vp(X,Y)) >V(X)„vp(Y) vp(vp(X,Y,Z)) >v(X),np(Y),pp(2) vp(vp(X,Y)) >v(X),pp(Y) vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) vp(vp(X,Y)) >advp(X) ,pp(Y) vp(vp(X,Y)) >advp(X) ,vp(Y) vp(vp(X,Y,Z))-~>advp(X) ,vp(Y),pp(Z) vp(vp(X,Y)) >adjp(X),np(Y) đet(det(X)) >cd(X) nom(nom(X,Y)) >un(X),n(Y) nom(nom(X,Y)) >n(X),n(Y) nom(nom(X,Y,Z)) >un(X),n(Y),adjp(Z) 2 nom(nom(X,Y,Z,T)) >un(X),n(Y),adjp(Z),adjp(T) pp(pp(X)) >p(X) b) Nam thích đọc sách ở thư viện Câu phát sinh: Nam đọc sách SBE SWISH Fie 6à cÍ cớ wo ÂMEmmGVcw ~ :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) sap(np(X)) >propn(X) ap(np(X))~->n(X) ap(np(X))- ->nom(X) ap(np(X,Y)) >pp(X)„n(Y) ap(np(X,Y)) >n(X),propn(Y) ap(np(X,Y)) >n(X) „n(Y) & phrase(s(Tree),[nam,den,thu,vien]) Tree 1 s 2N np vp 1 ^^ propn v np | | | nam den thu vien Next | 10 | 100 | 1,000 || Stop ae phrase(s(Tree) ; [nam, den, thu, vien ])

Examples4 | History2 | Solutionsa Mitable results RJ _ we a_ 8à B- Be phrase(s(Tree),[nam,doc,sach]) Tree ap(np(X,Y)) >n(X),„pp(Y) 1 ap(np(X,Y)) >pp(X),np(Y) ap(np(X,Y)) >n(X)„ađjp(Y) ^^ np(np(X,Y)) >det(X),nom(Y) np ap(np(X,Y)) >nom(X) „adjp(Y) ¬ ap(np(X,Y,Z)) »n(X),adjp(Y) „,adjp(Z) propn v np vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(2) | vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y)) >v(X),np(Y) vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) ,pp(Z) vp(vp(X,Y)) >v(X),pp(Y) nam doc sach Next | 10 | 100 | 1,000 || Stop vp{vp(X,Y,Z)) >v(X) ,np(Y) ,np(Z) ve(vp(X,Y,Z)) >v(X),np(Y),vp(Z) vp(vp(X,Y,Z)) >v(X)„np(Y) „advp(Z) vp(vp(X,Y)) >advp(X) ,pp(Y) ,vp(Y) vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) vpe(vp(X,Y)) >adJp(X),np(Y) det (det(X)) >cd(x)

mom (nom(X,Y)) >un(X),n(Y) Examplesa

~ phrase(s(Tree) , [nam, doc „sach])

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Nam thích đọc sách 4 swisH Filey Ediv | Examples~ Helpx 9 ÂMEmmGVcw + 1 :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X) ,vp(Y) 3 mp(np(X)) >propn(x) ap(np(X)) >n(X) > mp(np(X)) >nom(X) np(np(X,Y)) >pp(X),n(Y) np(np(X,Y)) >n(X), propn(Y) ap(np(X,Y)) >n(X),n(Y) 9 np(np(X,Y)) >n(X),pp(Y) ap(np(X,Y)) >pp(X),np(Y) 11 ap(np(X,Y)) >n(X),adjp(Y) 12 mp(np(X,Y)) >det(X),nom(Y) 13 mp(np(X,Y)) >nom(X),adjp(Y) np(np(X,Y,Z)) >n(X),adjp(Y) ,adjp(Z) > vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 6 vp(vp(X,Y)) >v(X),vp(Y) 17 vp(vp(X,Y)) >v(X),np(Y) 18 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y)) >v(X)„pp(Y) 21 vp(vp(X,Y,Z)) »v(X),np(Y) ,np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 24 vp(vp(X,Y)) >advp(X) ,pp(Y) 25 vp(vp(X,Y)) >advp(X) ,vp(Y) 26 vp(vp(X,Y,Z)) >advp(X) ,vp(Y) ,pp(Z) 27 vp(vp(X,Y)) >adjp(X),np(Y) 28 det(det(X)) >cd(X) 29 mom(nom(X,Y)) >un(X),n(Y) œ1 wu>+ S© 5 > N M »

Nam đọc sách ở thư viện

4 swisy Fiev Edity | Examples~ Helpy 9 AXMEmmGVew -® :- use_rendering(svgtree) s(s(X;Y)) >np(X),vp(Y) ap(np(X)) >propn(X) ap(np(X)) >n(X) ap(np(X)) >nom(X) 6_np(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X),propn(Y) 8_nap(np(X,Y)) >n(X),n(Y) ap(np(X,Y)) >n(X),pp(Y) ap(np(X,Y)) >pp(X),np(Y) ap(np(X,Y)) >n(X),adjp(Y) 12 _ap(np(X,Y)) >det(X) ,nom(Y) 13 ap(np(X,Y)) >nom(X) ,adjp(Y) 14 ap(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 15_vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 17 vp(vp(X,Y)) >v(X)„np(Y) 18 vp(vp(X,Y,Z)) >v(X) ,np(Y) ,pp(Z) 19 vp(vp(X,Y,Z)) >v(X),vp(Y) ,pp(Z) 20 vp(vp(X,Y)) »v(X),pp(Y) 21 vp(vp(X,Y,2)) »v(X),np(Y),np(Z) 22 _vp(vp(X,Y,Z)) »v(X),np(Y),vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 24 vp(vp(X,Y)) >advp(X) ,pp(Y) 25 vp(vp(X,Y)) >advp(X) ,vp(Y)- 26 vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z)- 27 vp(vp(X,Y)) >adjp(X) ,np(Y) 28 det(det(X)) >cd(X) 29 nom(nom(X,Y)) >un(X),n(Y) UPRWNR Nam thich sach 28 ge- Search Q gs A- 247 users online ped phrase(s(Tree),[nam,thich,doc,sach]) Tree 1 s BOs np vp | aos propn v vp nam thịch v np [1 doc n | sach Next | 10 | 100 | 1,000 |[ stop |

phrase(s(Tree), [nam,thich„ doc ,sach])

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SH SWISH File x Edit~ Examples ~ Help~ @Ø AMEmmGvev - + ) mom(nom(X,Y)) >un(X),n(Y) © mom(nom(X,Y)) >n(X),n(Y) nom(nom(X,Y,Z)) >un(X),n(Y),adjp(Z) 2_ 8e(nom(X,Y,Z„T)) »un(X),n(Y),adjp(Z),adjp(T) ep(pp(X)) >p(X) 4 pp(pp(X,Y)) >p(X),np(Y) adjp(adjp(X,Y)) >advp(X),adj(Y) adjp(adjp(x)) >adj (x) advp(advp(X,Y)) >cc(X),adv(Y) 8 advp(advp(X)) >adv(X) ) advp(advp(X,Y)) >adv(X) ,vp(Y) 49 propn(propn(nam)) >[nam] propn(propn(lan)) >[lan] n(n(sach)) >[sach] n(n(thu, vien)) >[thu,vien] + a(n(truong)) >[truong] > 8(n(nha)) >[nha] 8(n(nha, sach)) >[nha, sach] 7 n(n(nha,truong)) - ->[nha,truong] 8 v(v(doc)) >[doc] 9 w(v(thich)) >[thich] 6 v(v(o)) >[o] v(v(tang)) >[tang] 2 v(v(den)) >[den] 3 w(v(mua)) >[mua] 4 p(p(o)) >[o] p(p(cua)) >[cua] © p(p(gan)) >[gan] 7 cc(cc(rat)) >[rat] Nam thích sách ở thư viện iÄswWsH =ị cà cỉm- cớ @ AMEmmGvew * + nom(nom(X,Y)) >un(X),n(Y) 38 nom(nom(X,Y)) >n(X),n(Y) 31 nem(nom(X,Y,Z)) >un(X),n(Y),adjp(Z) 32 mom(nom(X,Y,Z,T)) >un(X),n(Y),adjp(Z),adjp(T) 33 pp(pp(X)) >p(X) 34 _pp(pp(X,Y)) >p(X)„np(Y) 35 ađjp(ađjp(X,Y)) »advp(X),adj(Y) 36 ađjp(ađjp(X)) »ad3j(X) 37 advp(advp(X,Y)) >cc(X),adv(Y) 38 advp(advp(X)) >adv(X) 39 advp(advp(X,Y)) >adv(X),vp(Y) 40 propn(propn(nam)) >[nam] 42 n(n(sach)) >[sach] 43 n(n(thu, vien)) >[thu,vien] 44 n(n(truong)) >[truong] 45 n(n(nha)) >[nha] 46 n(n(nha,sach)) >[nha,sach] 47 n(n(nha, truong) ) >[nha, truong] 48 v(v(doc)) >[doc] 49 v(v(thich)) >[thich] 5Ø v(v(o)) >[o] 51 v(v(tang)) >[tang] 52 v(v(den)) >[den] 54 p(p(o)) >[o] 55 p(p(cua)) >[cua] 56 p(p(gan)) >[gan] 57 cc(cc(rat)) >[rat] N © Nam thích ở thư viện 2 8x» Ạ [# phrase(s(Tree) [nam thich,sach]) s ee np vp [LN propn v_ np nam_thich n | sach + phrase(s(Tree) , [nam,thich,sach]) Examples | Historya Solutions« am : Hiữ6-" Search 405 users online ped phrase(s(Tree),[nam,thich,sach,o,thu,vien]) table results mm a @S 4 Tree s x~¬- np vp | ws, propn v np | 2S nam thich n pp oS sach p np | ° n thu vien Next | 10 | 100 | 1,000 || Stop

Hộ phrase(s(Tree) , [nam, thich,sach,o, thu,vien])

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lột SWISH Filer Edit~ Examples ~ Help~ @ AMEmmGVew * + 1 :- use_rendering(svgtree) 2 _s(s(X,Y)) >np(X),vp(Y) 3 ap(np(X)) >propn(X) 4 np(np(X)) >n(X) 5 mp(np(X)) >nom(X) 6_np(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X) ,propn(Y) ¡ ap(np(X,Y)) >n(X),n(Y) ›_np(np(X,Y)) >n(X),pp(Y) 10 np(np(X,Y)) >pp(X),np(Y) ap(np(X,Y)) >n(X),adjp(Y) ap(np(X,Y)) >det (X) ,nom(Y) 3 mp(np(X,¥)) >nom(X),adjp(Y) 14 np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 17 vp(vp(X,Y)) >v(X),np(Y) 8 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y)) >v(X)„pp(Y) 21 vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X)„np(Y),vp(Z) 3 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 24 vp(vp(X,Y)) >advp(X),pp(Y) ,vp(Y) > vp(vp(X,Y,Z)) >advp(X) ,vp(Y), pp(Z)- 27 wp(vp(X,Y)) >adjp(X),np(y) - 8 det(det(X)) >cd(X) mom(nom(X,Y)) >un(X),n(Y) U N NN ¬ > a N © 0 ư RN © o

Nam thich thu vién

4 swisH Filey Edity Examplesw Helpx 2 MEmmGVcw + - use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) ap(np(X)) >propn(X) + np(np(X)) >n(X) mp(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) p(np(X,Y)) >n(X) ,propn(Y) ap(np(X,Y)) >n(X),n(Y) ae(np(X,Y)) >n(X),pp(Y) ứ TC 6" Search 411 users online Q BS 4 Fey phrase(s(Tree),[nam,thich,o,thu,vien]) s cư” ng np vp | AOS propn v vp | | nam thích y np [1 on thu vien | Next | 10 | 100 | 1,000 || Stop |

~ phrase(s(Tree), [nam,thich,o,thu, vien])

Examplesa Historya Solutionsa

ed phrase(s(Tree),[nam, thich,thu, vien]) Q table results BS Ạ s ap(np(X,Y)) >pp(X) „np(Y) 11 np(np(X,Y)) >n(X),ađjp(Y) ^¬~ 12_ap(np(X,Y)) >đet(X) „nom(Y) La we : ap(np(X,Y)) >nom(X) ,adjp(Y) | 2 ap(np(X,Y,Z)) >n(X)„adjp(Y) ,adjp(Z) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) propn v- | | np | vp(vp(X,Y))~~»v(X)„vp(Y) nam tien iy we(vp(X,Y)) >v(X),np(Y) ve(vp(X,Y,Z)) >v(X),np(Y),pp(Z) thu vien ) wp(vp(X,Y,Z)) >v(X),vp(Y),pp(Z) ve(vp(X,Y)) >v(X),pp(Y) vp(vp(X,Y,Z)) >v(X)„np(Y)„np(Z) 2 vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) ve(vp(X,Y,Z)) >v(X),np(Y),advp(Z) + wp(vp(X,Y)) >advp(X),pp(Y) vp(vp(X,Y)) >advp(X),vp(Y) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) ve(vp(X,Y)) >adjp(X),np(Y) đet(đet(X)) >cd(X) mom(nom(X,Y)) >un(X),n(Y) Next | 10 | 100 | 1,000 || Stop | ” phrase(s(Tree), [nam,thich,thu,vien])

Examplesa Historya Solutlonsa table results

c) Nha của Nam ở gần trường Cau phat sinh:

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lạt SWISH File~ Edit~ Examples ~ Help~ ÑØ AMEmmGve - + :- use_rendering(svgtree) s(s(X,Y)) >np(X) ,vp(Y) ap(np(X)) >propn(X) ap(np(X)) >n(X) ap(np(X)) >nom(X) np(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X),propn(Y) ap(np(X,Y)) >n(X),n(Y) ap(np(X,Y)) >n(X),pp(Y) ap(np(X,Y)) >pp(X),np(Y) ap(np(X,Y)) >n(X),adjp(Y) 12_np(np(X,Y)) >det(X) ,nom(Y) 13 ap(np(X,Y)) >nom(X),adjp(Y) 14 np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 15: vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 18 vp(vp(X,Y,Z)) >v(X)„np(Y),pp(Z) 20 vp(vp(X,Y)) >v(X),pp(Y) 21 vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) 22 vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 24 vp(vp(X,Y)) >advp(X),pp(Y) 25 _vp(vp(X,Y)) >advp(X),vp(Y) 26 vp(vp(X,Y,Z)) >advp(X)„vp(Y),pp(Z) 27 vp(vp(X,Y)) >adjp(X),np(Y) 28 det(det(X)) >cd(X) 29 nom(nom(X,Y)) >un(X),n(Y) COHMNAUAUWNHE PR RO

Nhà của Nam ở trường

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@ AMEmmGVew + 1 :- use rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) > mp(np(X)) >propn(X) ap(np(X)) >n(X) # phrase(s(Tree).(nam,o,gan,truong]) 5 ap(np(X)) >nom(X) > mp(np(X,¥)) >pp(X),n(Y) : ap(np(X,Y))-~»n(X),propn(Y) s A 8 np(np(X,Y)) >n(X),n(Y) › ap(np(X,Y)) >n(X)„pp(Y) go p(np(X,Y)) >pp(X) „np(Y) f oft 11 ap(np(X,Y)) >n(X),adjp(Y) 12 mp(np(X,Y)) >det(X),nom(Y) 13 ap(np(X,Y)) >nom(X),adjp(Y) 14 mp(np(X,Y,Z)) >n(X),adjp(¥),adjp(Z) pp 15 vp(vp(X,¥,Z)) >advp(X) ,vp(Y) pp(Z)- I 16 vp(vp(X,Y)) >v(X),vp(Y) p 17 vp(vp(X,Y)) >v(X)„np(Y) | 18 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) gan

19 _vp(vp(X,Y,Z)) >v(X),vp(Y) ,pp(Z) eae | sacs ray la penn (Co

ke tefftResse-o Next | 10 | 100 | 1,000 |{ Stop | 21 vp(vp(X,Y,Z)) >v(X)„np(Y),np(Z) 2 22 _vp(vp(X,Y,Z)) >v(X),np(Y) ,vp(Z) 3 vp(vp(X,Y,Z)) >v(X),np(Y) ,advp(Z) 4 vp(vp(X,Y)) >advp(X),pp(Y) > we(vp(X,Y)) >advp(X) ,vp(Y) ›.vp(vp(X,Y,Z)) >advp(X) „vp(Y) „pp(Z) ‹ 7 vp(vp(X,Y)) >adjp(X)„np(Y) 3 det (det(X)) >cd(X) 9 mom(nom(X,¥)) >un(X),n(Y) Examples Historya Solulionsa @ table results @ propnv np phrase(s(Tree), [nam,o,gan,truong]})

Trường của Nam ở gần nha

‡Öÿ swisH Filey Edix Examplesv Helpx W- -HEG' seo Q iS Ss &- 401 users online @ AMemmGvew * + :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) ap(np(X)) >propn(X) ap(np(X)) >n(X) 4% phrase(s(Tree),{truong,cua,nam,o,gan,nha]) ap(np(X)) >nom(X) ap(np(X,Y))~->pp(X) „n(Y) Tree ap(np(X,Y))~->n(X) „propn(Y) 7 š i np(np(X,Y)) >n(X),n(Y) 0 tae -— a 10 mp(np(X,Y)) >pp(X), np(Y) 11: np(np(X,Y))~->n(X) ,ađjp(Y) ~~ SN 12 mp(np(X,Y)) >det(X),nom(Y) n pp vY op COHONANAWNR

13 np(np(X,Y)) >nem(X) ,adjp(Y) ruler oS LS

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SH SWISH File Edit~ Examples + Help~ 9 AMEmmGVew + 1 :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) mp (np(X) ) >propn(Xx) 4 mp(np(X)) >n(X) mp(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X),propn(Y) ap(np(X,Y)) >n(X)„n(Y) ap(np(X,Y)) >n(X),pp(Y) ®p(np(X,Y)) >pp(X) „np(Y) ap(np(X,Y)) >n(X),adjp(Y) 2 mp(np(X,Y)) >det(X),nom(Y) ap(np(X,Y))- ->nom(X) ,adjp(Y) ae(np(X,Y,Z)) >n(X),adjp(Y) ,adjp(Z) vp(vp(X,Y,Z))- ->advp(X) ,vp(Y)„pp(Z) vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y)) >v(X),np(Y) ve(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y,Z)) >v(X),vp(Y),pp(Z) vp(vp(X,Y)) >v(X)„pp(Y) vp(vp(X,Y,Z)) >v(X) ,np(Y) ,np(Z) 2_vp(vp(X,Y,Z)) >v(X)„np(Y),vp(Z) vp(vp(X,Y,Z)) >v(X) ,np(Y) ,advp(Z) + vp(vp(X,Y)) >advp(X),pp(Y) vp(vp(X,Y)) >advp(X),vp(Y) vp(vp(X,Y,Z)) >advp(X) ,vp(Y)„pp(Z) vpe(vp(X,Y)) >adjp(X),np(Y) đet (đet(X)) >cd(X) mom(nom(X,Y)) >un(X),n(Y) Nam ở trường SN Exampess Hap 9 AMEmmGVew oe t- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) ep (np(X)) >propn(x) + mp(np(X)) >n(X) ap(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X) ,propn(Y) ae(np(X,Y)) >n(X),n(Y) ap(np(X,Y)) >n(X)„pp(Y) p(np(X,Y))-~->pp(X) „np(Y) 11 ap(np(X,Y)) >n(X),adjp(Y) 2_ep(np(X,Y)) >det(X) ,nom(Y) ap(np(X,Y)) >nom(X) ,adjp(Y) 1 np(np(X,Y,Z)) >n(X),adjp(Y) ,adjp(Z) vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y,Z)) >v(X)„np(Y) „pp(Z) - ve(vp(X,Y,Z)) >v(X),vp(Y),pp(Z) vp(vp(X,Y)) >v(X),pp(Y) wp(vp(X,Y,Z)) >v(X)„np(Y) ,np(Z) vp(vp(X,Y,Z)) >v(X) ,np(Y) ,vp(Z) vp(vp(X,Y,Z)) >v(X),„np(Y),advp(Z) + vp(vp(X,Y)) >advp(X),pp(Y) vp(vp(X,Y)) >advp(X) ,vp(Y) ve(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) 27 vp(vp(X,Y)) >adjp(X),np(Y) 3 det(det(X)) >cd(X) mom(nom(X,Y)) >un(X),n(Y) We GTO! | cu 2 8S &- [# phrase(s(Tree),[nam,o,nha]) J s ass np vp | wy propn v np Next | 10 | 100 | 1,000 || Stop

+? phrase(s(Tree) , [nam,o„ nha ])

Examplesa | Historya Solutlonsa table results w awe’ ls 2 8S 4 [# phrase(s(Tree),[nam,o,truong]) ] s YON np vp AN propnv np II 1 nam o n | }O! truona Next | 10 | 100 | 1,000 || Stop

q: phrase(s(Tree), [nam,o, truong])

Trang 24

Ji swIsH Filey Ediv Examplesw Helpv @ AMEmmGvew * + 1 :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) 3 np(np(X)) >propn(X) 4_np(np(X)) >n(X) 5 mp(np(X)) >nom(X) 6 ap(np(X,Y)) >pp(X),n(Y) 7 np(np(X,Y)) >n(X),propn(Y) 8 _ap(np(X,Y)) >n(X),n(Y) 9 np(np(X,Y)) >n(X),pp(Y) 19 ap(np(X,Y)) >pp(X),np(Y) 11_np(np(X,Y)) >n(X),adjp(Y) 12 mp(np(X,Y)) >det(X),nom(Y) 13 mp(np(X,Y)) >nom(X),adjp(Y) 14_np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 5_vp(vp(X,Y,Z)) >advp(X)„vp(Y),pp(Z) 16 vp(vp(X,Y)) »v(X),vp(Y) 17 vp(vp(X,Y)) >v(X),np(Y) 18 vp(vp(X,Y,Z)) >v(X),„np(Y) ,pp(Z) 19 vp(vp(X,Y,Z)) >v(X),„vp(Y),pp(Z) 20 _vp(vp(X,Y)) >v(X),pp(Y) 21 vp(vp(X,Y,Z)) >v(X)„np(Y)„np(Z) 22 vp(vp(X,Y,Z)) >v(X),np(Y),„vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 24 vp(vp(X,Y)) >advp(X) ,pp(Y) 25 vp(vp(X,Y)) >advp(X) ,vp(Y) 26 p(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 27 vp(vp(X,Y)) >adjp(X) ,np(Y) det (det(X)) >cd(X) 29 nom(nom(X,Y)) >un(X),n(Y) " ©

Nam mua cuôn sách mới

4 swisH Filey Edity Examplesv Helpx @ AMEmmGvew * 1 :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) 3 ap(np(X)) >propn(X) 4 _np(np(X)) >n(X) 5 np(np(X)) >nom(X) 6_np(np(X,Y)) >pp(X),„n(Y) 7 _np(np(X,Y)) >n(X),propn(Y) 8 _ap(np(X,Y)) >n(X),n(Y) 9 np(np(X,Y)) >n(X),pp(Y) 19 ap(np(X,Y)) >pp(X),np(Y) 11 np(np(X,Y)) >n(X),adjp(Y) 12_nap(np(X,Y)) >det(X) ,nom(Y) 13 mp(np(X,Y)) >nom(X),adjp(Y) 14_np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 15 vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 17 vp(vp(X,Y)) >v(X),np(Y) 18 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) 20 vp(vp(X,Y)) >v(X),pp(Y) 21 vp(vp(X,Y,Z)) >v(X),np(Y),„np(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 24 we(vp(X,Y)) >advp(X) ,pp(Y) 5 vp(vp(X,Y)) >advp(X) ,vp(Y) 26 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) 27 vp(vp(X,Y)) >adjp(X),np(Y) 28 det(det(X)) >cd(X) 29 nom(nom(X,Y)) >un(X),n(Y) Nam mới mua sách | oe @ © Search 248 users online gan Next | 10 | 100 | 1,000 Bed phrase(s(Tree),[nam,moi,mua,cuon,sach]) ^a_ 8s A Tree s Là Thư, np vp | os propnadvp vp | | ĐEN ee ý np moi mua cuon sach Next | 10 | 100 | 1,000 |[ stop |

te phrase(s(Tree) ; [nam,moi „mua ;cuon, sach])

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4 swish Filey Edity | Examples~ Helpx 9 AMEmmGVew + 29 mom(nom(X,Y)) >un(X),n(Y) ) mom(nom(X,Y)) >n(X),n(¥) 31 mom(nom(X,Y,Z)) >un(X),n(¥),adjp(Z) 2 nom(nom(X,Y,Z,T)) >un(X),n(Y),adjp(Z),adjp(T) 3 p(pp(X)) >p(X) 4_ep(pp(X,Y)) >p(X),np(Y) 2đjp(ađjp(X,Y)) »advp(X) „adj(Y) › a4jp(adjp(X)) »adj (X) 37 advp(advp(X,Y)) >cc(X),adv(Y) 38 advp(advp(X)) >adv(X) 39 advp(ađ—vp(X,Y)) >adv(X),vp(Y) 48 propn(propn(nam)) >[nam] 42 n(n(sach)) >[sach] 43 a(n(thu,vien)) >[thu,vien] 44 n(n(truong)) >[truong] 45 n(n(nha)) >[nha] 46 n(n(nha,sach)) >[nha,sach] 47 n(n(nha,truong)) >[nha,truong] 48 v(v(doc)) >[doc] 49 v(v(thich)) >[thich] 5Ø v(v(o)) >[o] 51 v(v(tang)) >[tang] 52 v(v(den)) >[den] 54 p(p(o)) >[o] 55 p(p(cua)) >[cua] 57 cc(cc(rat)) >[rat] HÀ MÀ

Nam mua sách mới

‡Öÿ swisH Filey Ediiv | Examplesy Helpv @ AMEmmGVew * + 29 nom(nom(X,Y)) >un(X),n(Y) 30 mom(nom(X,Y)) >n(X),n(Y) 31 mom(nom(X,Y,Z)) >un(X),n(¥),adjp(Z) 2 mom(nom(X,¥,Z,T)) >un(X),n(¥),adjp(Z),adjp(T) p(pp(X)) >p(X) p(pp(X,Y)) >p(X),np(Y) +djp (ađjp(X,Y)) >advp(X) ,adj(Y) sđie(ađjp(X)) >adj(X) advp(advp(X,Y)) >cc(X),adv(Y) advp(advp(X)) >adv(X) advp(advp(X,Y)) >adv(X),vp(Y) BEY 40 prepn(propn(nam) ) >[nam] 41 propn(propn(lan)) >[lan] 42 a(n(sach)) >[sach] 43 n(n(thu,vien)) >[thu,vien] 44 a(n(truong)) >[truong] 5 n(n(nha)) >[nha] > m(n(nha,sach)) >[nha,sach] / n(n(nha,truong)) >[nha,truong] 3 v(v(doc)) >[doc] v(v(thich)) >[thich] v(v(o)) >[o] 51 v(v(tang)) >[tang] v(v(den)) >[den] 53 v(v(mua)) >[mua] 54 p(p(o)) >[o] > p(p(cua)) >[cua] (p(gan)) >[gan] 57 cc(cc(rat)) >[rat] yphphhar S66 & ` i) Nam mới mua sách mới W- -g66- - °e 883 A 425 users online — ° Se phrase(s(Tree),[nam,moi,mua,sach]) ] A 1 s ee np vp | Sos propn advp vp | Lm nam adv vonp ot od moi mua n | sach Next | 10 | 100 | 1,000 |[ stop |

> phrase(s(Tree) , [nam,moi „mua, sach])

Trang 28

@ AMEmmGvew * + 29 nom(nom(X,Y)) >un(X),n(Y) nom(nom(X,Y)) >n(X),n(Y) nmom(nom(X,Y,Z)) >un(X),n(Y),adjp(Z) 2 nom(nom(X,Y,Z,T)) >un(X),n(Y),adjp(Z) „adjp(T) ep(pp(X)) >p(X) ‡_pp(pp(X,Y)) >p(X),np(Y) adjp (ađjp(X,Y)) »advp(X) „ađj(Y) ađjp(ađjp(X))-~»ad3(X) advp(advp(X,Y)) >cc(X),adv(Y) 38 advp(advp(X) ) >adv(X) advp(advp(X,Y)) >adv(X),vp(Y) propn(propn(nam) ) >[nam] 2 n(n(sach)) >[sach] n(n(thu, vien)) >[thu,vien] 4 n(n(truong)) >[truong] n(n(nha) ) >[nha] a(n(nha, sach)) >[nha, sach] n(n(nha, truong)) - ->[nha,truong] 8 v(v(doc)) >[doc] v(v(thich)) >[thich] v(v(o)) >[o] v(v(tang)) >[tang] v(v(den)) >[den] v(v(mua) ) >[mua] 4 p(p(o)) >[o] p(p(cua)) >[cua] p(p(gan)) >[gan] cc(cc(rat)) >[rat]

Nam mua một cuôn sách mới

4H swiso Filex Edity Examplesy Helpv @ AMEmmCVew * aom(nom(X,Y))- ->un(X),n(Y) ›_nem(nom(X,Y)) >n(X),n(Y) nom(nom(X,Y,Z)) >un(X),n(Y),adjp(Z) 2 nom(nom(X,Y,Z,T)) >un(X),n(Y),adjp(Z),adjp(T) pp(pp(X)) >p(X) 4 pp(pp(X,Y)) >p(X),np(Y) adjp(ađjp(X,Y)) >advp(X) „adj(Y) adjp(ađjp(X)) >ađi (X) 7 advp(advp(X,Y)) >cc(X),adv(Y) 8 advp(advp(X)) >adv(X) advp(advp(X,Y)) >adv(X),vp(Y) propn(propn(nam)) >[nam] propn(propn(lan)) >[lan] n(n(sach)) >[sach] n(n(thu, vien) ) >[thu, vien] 44 n(n(truong)) >[truong] > m(n(nha)) >[nha] n(n(nha, sach)) >[nha, sach] ñ(n(nha, truong)) - - >[nha, thuong] 8 v(v(doc)) >[doc] 9.v(v(thich)) >[thich] v(v(o)) >[o] v(v(tang)) >[tang] v(v(den)) >[den] 4 _p(p(o)) >[o] 5 p(p(cua)) >[cua] p(p(gan)) >[gan] ce(cc(rat3 »[rat1 wn NPE WZ phrase(s(Tree),[nam,moi,mua,sach,moi]) s ee SN: np vp | 2v propn advp vp | | adv v np nea moi mua n_ agjp [1 sach adj moi | Next | 10 | 100 | 1,000 || Stop nam ~ phrase(s(Tree), [nam,moi,mua,sach,moi]) Examples History | Solutions» table results 7 av o- Searct Q 8ä A- eS phrase(s(Tree),[nam,mua,mot,cuon,sach,moi]) Tree 1 s pes np vp I_ _^¬ propn v np | 2~=™ nam mua get nom | PT cd un n adjp mot cuon sach gã | moi

~ phrase(s(Tree), [nam,mua,mot, cuon,sach,moi])

Trang 30

@ AMEmmCeVew * + 1 :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) 3 mp(np(X)) >propn(X) ap(np(X)) >n(X) 5 mp(np(X)) >nom(X) 6_np(np(X,Y)) >pp(X),n(Y) 7 _np(np(X,Y)) >n(X),propn(Y) 8 _np(np(X,Y)) >n(X),n(Y) 9 np(np(X,Y)) >n(X),pp(Y) ›np(np(X,Y)) >pp(X)„np(Y) np(np(X,Y)) >n(X),adjp(Y) 12 mp(np(X,Y)) >det(X),nom(Y) 3 mp(np(X,Y)) >nom(X),adjp(Y) 14 np(np(X,Y,Z)) >n(X),adjp(Y) ,adjp(Z) 15 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z)- 6 _vp(vp(X,Y)) >v(X),vp(Y) 17 vp(vp(X,Y)) >v(X),np(Y) 18 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) 20 vp(vp(X,Y)) >v(X),pp(Y) 21 vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y) ,advp(Z) 24 vp(vp(X,Y)) >advp(X) ,pp(Y) 25_vp(vp(X,Y)) >advp(X),vp(Y) 26 vp(vp(X,Y,Z)) >advp(X),vp(Y),„pp(Z) 27 vp(vp(X,Y)) >adjp(X),np(Y) 28 det(det(X)) >cd(X) 29 mam(nom(X.Y)) >un(X) n(Y) 401 users online % phrase(s(Tree),[nam,tang,lan,mot,cuon,sach]) Tree 7 s wer ss np vp | Z7 propn v np np Pot Lb ^ nam tang bropn det nom | ea lan cd un n mot cuon sach | Next | 10 | 100 | 1,000 || Stop

~ phrase(s(Tree), [nam, tang, lan,mot,cuon,sach])

Examples | Historya | Solutions« Gable results FT

Nam tặng Lan một cuốn sách hay

lột SWISH File Edit~ Examples + Helpx @ AMEmmGVew * + 1 :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) 3 mp(np(X)) >propn(X) ap(np(X)) >n(X) ap(np(X)) >nom(X) ›_ np(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X),propn(Y) 8 np(np(X,Y)) >n(X),n(Y) ap(np(X,Y)) >n(X),„pp(Y) 10 np(np(X,Y)) >pp(X),np(Y) 11 np(np(X,Y)) >n(X),adjp(Y) ap(np(X,Y)) >det(X) ,nom(Y) 3 mp(np(X,Y)) >nom(X),adjp(Y) 14: np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 15 vp(vp(X,Y,Z)) >advp(X),vp(Y),„pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 18 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y)) >v(X),pp(Y) 21 vp(vp(X,Y,Z)) >v(X),np(Y) ,np(Z) vp(vp(X,Y,Z)) >v(X),np(Y) ,vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y) ,advp(Z) 24 vp(vp(X,Y)) >advp(X) ,pp(Y)- 5 vp(vp(X,Y)) >advp(X) ,vp(Y) 6 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) 27 vp(vp(X,Y)) >adjp(X),np(Y) 8 det (det(X)) >cd(X) 29 mom(nom(X,Y)) >un(X),n(Y) M > ` B N N » » M b " ứ eo aw o- Search Q 8ä A- 404 users online ped phrase(s(Tree),[nam,tang,lan,mot,cuon,sach,hay]) Tree s oe oS np vp | ` «` propn v np np | | | zšx nam tang nronn det nom I ot eT lan ca un n adjp Lt & 1 mot cuon sach adj hav [ Next | 10 | 100 | 1,000 || Stop +

phrase(s(Tree), [nam, tang, lan,mot, cuon,sach,hay])

Examplesa Historya Solutionsa G table results

Trang 32

Ss SWISH File Edit Examplesx Help~ @ AMEmmGvew + :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y)- ap(np(X)) >propn(X) ap(np(X)) >n(X) ap(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) np(np(X,Y)) >n(X),propn(Y) ap(np(X,Y)) >n(X),n(Y) ap(np(X,Y)) >n(X),pp(Y) 10 ap(np(X,Y)) >pp(X),np(Y) 11 ap(np(X,Y)) >n(X),adjp(Y) 12_np(np(X,Y)) >det(X) ,nom(Y) 13 np(np(X,Y)) >nom(X),adjp(Y) 14: np(np(X,Y,Z)) >n(X),„adjp(Y),adjp(Z) 15 vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) ‹ 16 vp(vp(X,Y)) >v(X),vp(Y) 18 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y,Z)) >v(X),vp(Y)„pp(Z) vp(vp(X,Y)) >v(X),„pp(Y) 21 _vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) 22 _vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) ve(vp(X,Y)) >advp(X) , pp(Y) - 5 vp(vp(X,Y)) >advp(X) ,vp(Y) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) ‹ vp(vp(X,Y)) >adjp(X),np(Y) det (det(X)) >cd(X) mom(nom(X,Y)) >un(X),n(Y) PWNPR onan Ne es 0 M.}ÐĐMM \ œ1 ẰaUứb Nam tặng một cuôn sách ‡Š swisH File~ Ediv Examplesw Helpx @ AMEmmGvew * + lL :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) ae(np(X)) >propn(X) + np(np(X)) >n(X) ›.8p(np(X)) >nom(X) ›_8p(np(X,Y)) »pp(X),n(Y) 7 fp(np(X,Y)) >n(X),propn(Y) 8 np(np(X,Y)) >n(X),n(Y) ;_ep(np(X,Y)) >n(X),pp(Y) 9 np(np(X,Y)) >pp(X) ,np(Y) I1 ep(np(X,Y)) >n(X),adjp(Y) 12 mp(np(X,Y)) >det(X),nom(Y) ap(np(X,Y)) >nom(X) ,adjp(Y) mp(np(X,¥,Z)) >n(X),adjp(Y) ,adjp(Z) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z)- ›_vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y)) >v(X)„np(Y) 8 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) ?_vp(vp(X,Y,Z)) >v(X),„vp(Y),pp(Z) 9 vp(vp(X,Y)) >v(X),pp(Y) vp(vp(X,Y,Z))-~>v(X)„np(Y) „np(Z) 22 _vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 3 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) vp(vp(X,Y)) >»advp(X)„pp(Y) ,vp(Y) ›.vp(vp(X,Y,Z)) >advp(X) ,vp(Y) ,pp(Z) vp(vp(X,Y)) >adjp(X),np(Y) ¡ đet(đet(X)) >cd(X) ) nom(nom(X,Y)) >un(X),n(Y) e > n a o~ Search 393 users online % phrase(s(Tree),[cuon,sach,rat,hay,nam,tang,lan]) a2 gS 4- Tree 2 s Lo n GV np vp | ee nom advp vp Ls, OS oN un n adv vp vẻ np YN 1 cuon sach rat adjp np tana propn | | | adj propn lan as 1 Next | 10 | 100 | 1,000 || stop |

te phrase(s(Tree), [cuon,sach,rat,hay,nam,tang, lan])

Trang 34

@ AMEmmGVew + :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) ap(np(X)) >propn(X) ap(np(X)) >n(X) ap(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) np(np(X,Y)) >n(X),propn(Y) ye phrase(s(Tree),[lan,tang,mot,cuon,sach]) s ap(np(X,Y)) >n(X),n(Y) — ap(np(X,Y)) >n(X),„pp(Y) ip 3B ap(np(X,Y)) >pp(X)„np(Y) aN L_mp(np(X,Y)) >n(X),adjp(Y) 2 mp(np(X,Y)) >det(X),nom(Y) propn v np ap(np(X,Y))~-»nom(X) ,adjp(Y) | Z3

lan tana get op(np(X,Y,Z)) >n(X), adjp(Y),adjp(Z) nom vp(wp(X,Y,Z))~~»advp(X),vp(Y),pp(2)‹ 1 “NS vp(vp(X,Y)) >v(X),vp(Y) cd un n vp(vp(X,Y)) >v(X)„np(Y) 3 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) - vp(vp(X,Y,Z)) >v(X),vp(Y),pp(Z) p(vp(X,Y)) >v(X),pp(Y) L vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) 22 vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) p(vp(X,Y)) >advp(X) ,pp(Y) vp(vp(X,Y)) >advp(X),vp(Y) vp(vp(X,Y,Z)) >advp(X),vp(Y) ,pp(Z) vp(vp(X,Y)) >adjp(X),np(Y) det(det(X)) >cd(X) mot cuon sach ~ phrase(s(Tree), [ lan, tang „mot; cuon, sach]) aom(nom(X,Y) )- ->un(X),n(Y) Examples | Historya | Solutions Gitable results GI} ~ AK r

Nam tang Lan cuon sach hay

4 swiso Filey Edity Examples» Helpx Ri a o- : Q nạ 3 A- @ AMEmmCVew * + :- use_rendering(svgtree) s(s(X„Y))~->np(X) „vp(Y) ap(np(X)) >propn(X) ap(np(X)) >n(X) np(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X),propn(Y) 8 np(np(X,Y)) >n(X)„n(Y) np(np(X,Y)) >n(X),pp(Y) ap(np(X,Y)) >pp(X) „np(Y) ¡_ap(np(X,Y)) >n(X),adjp(Y)

ap(np(X,Y))- ->det (X) ,nom(Y) ap(np(X,Y))- ->nom(X) ,adjp(Y) ap(np(X,Y,Z)) >n(X)„adjp(Y) ,adjp(Z) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y)) >v(X),„np(Y) ¡ vp(vp(X,Y,Z)) >v(X)„np(Y),pp(Z) - vp(vp(X,Y,Z)) >v(X),vp(Y)„pp(Z).- ) vp(vp(X,Y)) >v(X), pp(Y)- vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) vp(vp(X,Y)) >advp(X),pp(Y) vp(vp(X,Y)) >advp(X),vp(Y) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) vp(vp(X,Y)) >adjp(X),np(Y) 8 det(det(X)) >cd(X) nom(nom(X,Y)) >un(X),n(Y) ¡3 phrase(s(Tree),[nam,tang,lan,cuon,sach,hay]) Tree s sườn np vp | c7 Tờ ng propn v np np | | | | nam tang propn nom | er Pn, lan un n adjp [1 1 cuon sach adj hay Next | 10 | 100 | 1,000 |[ Stop

phrase(s(Tree), [nam, tang, lan, cuon, sach,hay ] )

Examplesa Historya | Solutions table results

III Cau phat sinh tir toàn bộ văn phạm

Từ tập ngữ liệu phía trên, ta ghép được những câu ghép nối khác:

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lạt SWISH File x Edit Examplesx Help~ @ AMEmmGvew * + 1 2 :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) ap(np(X)) >propn(X) 4 np(np(X)) >n(x) 5 mp(np(X)) >nom(X) 6 np(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X),propn(Y) 8 np(np(X,Y)) >n(X),n(Y) 9_np(np(X,Y)) >n(X),pp(Y) 11 12 B 16 18 MP 21 NRNNNNN ` B N NN ) np(np(X,Y)) >pp(X) ,np(Y) ap(np(X,Y)) >n(X),adjp(Y) ap(np(X,Y))- - >det(X) „nom(Y) 3 mp(np(X,Y)) >nom(X),adjp(Y) 4 np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y,Z)) >v(X),np(Y) ,pp(Z) 9.vp(vp(X,Y,Z)) >v(X),vp(Y),pp(Z) vp(vp(X,Y)) >v(X),pp(Y) vp(vp(X,Y,Z)) >v(X),„np(Y) ,np(Z) vp(vp(X,Y,Z)) >v(X),np(Y) ,vp(Z) ›.vp(vp(X,Y,Z))~~>v(X)„np(Y) „advp(2) vp(vp(X,Y)) >advp(X),pp(Y) 5 vp(vp(X,Y)) >advp(X) ,vp(Y) 6 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z)- ve(vp(X,Y)) >adjp(X) ,np(Y) 8 det(det(X)) >cd(X) 9 mom(nom(X,Y)) >un(X),n(Y) e- 380 users online Search Q > A- Bend phrase(s(Tree),[nam,thuong,doc,sach,o,thu, vien]) s i np vp | nNNNG ee propn advp vp pp | lI FR -xAS adv v np pnp ot ttl thuong doc n ° n nam sach - thu vien Next | 10 | 100 | 1,000 || Stop * phrase(s(Tree),[nam,thuong,doc,sach,o,thu,vien]) Examplesa Historya Solutions« table results

Nam thường đọc sách ở trường

4 swisy Filex Edity Examplesy Helpv @ AMEmmGvew * + 1 2 :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) 3 np(np(X)) >propn(X) 4 11 13 14 b 17 19 ® 21 NN 24 NN 27 nN 29 np(np(X)) >n(X) ap(np(X)) >nom(X) ›_np(np(X,Y)) >pp(X),n(Y) np(np(X,Y)) >n(X),propn(Y) np(np(X,Y))~->n(X),n(Y) np(np(X,Y)) >n(X),pp(Y) ap(np(X,Y)) >pp(X),np(Y) ap(np(X,Y)) >n(X),adjp(Y) np(np(X,Y)) >det(X),nom(Y) ap(np(X,Y))- ->nom(X) ,adjp(Y) ap(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) p(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 5 vp(vp(X,Y)) >v(X),vp(Y) vp(vp(X,Y)) >v(X),np(Y) vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y,Z)) >v(X)„vp(Y),pp(Z) ›.vp(vp(X,Y)) >v(X),pp(Y) vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) ›.vp(vp(X,Y,Z))-~>v(X) ,np(Y) ,advp(Z) vp(vp(X,Y)) >advp(X) „pp(Y) 5 vp(vp(X,Y)) >advp(X) „vp(Y) vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) vp(vp(X,Y)) >adjp(X) ,np(Y) 8 det(det(X)) >cd(X) nom(nom(X,Y)) >un(X),n(Y) e- 379 users online Search Q BS Ạ [# phrase(s(Tree),[nam,thuong,doc,sach,o,truong]) s ee PE np vp | ao nn propn advp vp pp | lL “x &S nam adv v np p nop mi : ' : | sach truong Next | 10 | 100 1,000 || Stop

~ phrase(s(Tree) , [nam, thuong; doc ; sach,o,truong])

Examplesa Historya Solutionsa

Nam thường đến đọc sách ở thư viện

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JÖÿ swisH Filev Ediv | Examples» Helpx @~ 9 ÂMEmmGVcw + 1 b» s(s(X,Y)) >np(X), vp(Y) :- use_rendering(svgtree) ›.ap(np(X)) >propn(X) np(np(X)) >n(X) 5 mp(np(X)) >nom(X) > mp(np(X,Y)) >pp(X),n(Y) np(np(X,Y)) >n(X),propn(Y) 8 np(np(X,Y)) >n(X),n(Y) 5 NNN NPS NNN Aus 27 Nn 3 9np(np(X,Y)) >n(X),pp(Y) np(np(X,Y)) >pp(X) ,np(Y) np(np(X,Y)) >n(X),adjp(Y) - np(np(X,Y)) >det(X),nom(Y) np(np(X,Y)) >nom(X),adjp(Y) np(np(X,Y,Z))-~>n(X)„adjp(Y),adjp(Z) vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) vp(vp(X,Y)) >v(X),vp(Y) vp{vp(X,Y,Z)) >v(X)„np(Y),pp(Z) ;pp(Z) vp(wp(X,Y)) >v(X),pp(Y) vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 3 vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) vp(vp(X,Y)) >advp(X) ,pp(Y) 5_vp(vp(X,Y)) >advp(X),vp(Y) 6 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) ve(vp(X,Y)) >adjp(X) ,np(Y) det (det(X)) >cd(X) nom (nom(X,Y)) >un(X),n(Y) 375 users online Search Q BS Ạ- ¡# phrase(s(Tree),[nam,thuong,den,doc,sach,o,thu,vien]) s er np vp | ef propn advp vp pp | | fos nam adv v vp thuong den Next | 10 | 100 | 1,000 | stop

* phrase(s(Tree), [nam, thuong,den,doc,sach,o,thu,vien])

Examples | Historya | Solutionsa

Nam thường ở thư viện đọc sách

lộ: SWISH File x Edit~ Examples ~ Help» 9 ÂMEmmGVcw + 1 2 :- use_rendering(svgtree) s(s(X,Y)) >np(X),vp(Y) ›.ap(np(X)) >propn(X) a ES _ N b » ap(np(X)) >n(X) ap(np(X)) >nom(X) ap(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X)„propn(Y) ap(np(X,Y)) >n(X),n(Y) ap(np(X,Y)) >pp(X)„np(Y) ap(np(X,Y)) >n(X),adjp(Y) ap(np(X,Y)) >det(X) ,nom(Y) 3 _mp(np(X,Y)) >nom(X) ,adjp(Y) 4 np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 5 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z) 6 vp(vp(X,Y)) >v(X),vp(Y) vp(wp(X,Y))~-»v(X),np(Y) 8 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z) vp(vp(X,Y,Z)) >v(X),vp(Y),pp(Z) ›.vp(vp(X,Y)) >v(X)„pp(Y) ve(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),advp(Z) 4 vp(vp(X,Y)) >advp(X),pp(Y) vp(vp(X,Y)) >advp(X) ,vp(Y) 6 vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) vp{vp(X,Y)) >adjp(X) ,np(Y) det (det (X)) >cd(X) mom(nom(X,Y)) >un(X),n(Y) e- 377 users online table results Search Q BS 4 [# phrase(s(Tree),[nam,thuong,o,thu,vien,doc,sach]) s es np vp | OO propn advp vp | | nam adv v_ np vp | SN nv np | thu viendoc n sach [1 thuong o Next | 10 | 100 | 1,000 || Stop

be phrase(s(Tree) ; [nam, thuong,o, thu, vien, doc , sach])

Examplesa | Historya | Solutionsa

Nam thuong doc sach

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369 users online lột SWISH File Edit~ Examples ~ Helpx oO” @ AMEmmGVew * + :- use_rendering(svgtree) s(s(X,Y)) >np(X)„vp(Y) ap(np(X)) >propn(X) np(np(X)) >n(X) ap(np(X)) >nom(X) 6_np(np(X,Y)) >pp(X),n(Y) np(np(X,Y)) >n(X), propn(Y) 8 np(np(X,Y)) >n(X),n(Y) 9_np(np(X,Y)) >n(X),pp(Y) ap(np(X,Y)) >pp(X)„np(Y) np(np(X,Y))~->n(X)„adjp(Y) np(np(X,Y)) >det(X),nom(Y) ›_np(np(X,Y)) >nom(X) „adjp(Y) Ư 0 PB B > NP SO 15 vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 8 vp(vp(X,Y,Z)) >v(X),np(Y),pp(Z)‹ 19 vp(vp(X,Y,Z)) >v(X),vp(Y),pp(Z)- ® vp(vp(X,Y)) >v(X),pp(Y) - 21 vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 23 vp(vp(X,Y,Z)) >v(X),np(Y) ,advp(Z) 4 vp(vp(X,Y)) >advp(X) ,pp(Y) 5 vp(vp(X,Y)) >advp(X) ,vp(Y) 6 vp(vp(X,Y,Z)) >advp(X) ,vp(Y),pp(Z)- p(vp(X,Y)) >ađjp(X),np(Y) det (det(X)) >cd(X) 29 nem(nom(X,Y)) >un(X),n(Y) NM N » ĐMMMMMM oN B Search Q BS 4- ped phrase(s(Tree),[nam,thuong,doc,sach]) np(np(X,Y,Z)) >n(X),adjp(Y) ,adjp(Z) Tree s pet np vp | x^¬~- propn advp vp | | IX nam adv v np [1 thuong doc n sach | Next | 10 | 100 | 1,000 a phrase(s(Tree), [nam,thuong,doc,sach]) Examples | History | Solutionsa

Nam thường ở thư viện

4H swish Filey Edity Examples» Helpx eo @ AMEmmGvew * + 1 :- use_rendering(svgtree) 2 s(s(X,Y)) >np(X),vp(Y) 3 np(np(X)) >propn(X) 4_np(np(X)) >n(X) 5 nmp(np(X)) >nom(x) › np(np(X,Y)) >pp(X),n(Y) ap(np(X,Y)) >n(X) ,propn(Y) ap(np(X,Y)) >n(X),n(Y) np(np(X,Y)) >n(X),pp(Y) 19_ap(np(X,Y)) >pp(X),np(Y) ap(np(X,Y)) >n(X),adjp(Y) 12 mp(np(X,Y)) >det(X),nom(Y) 3 np(np(X,Y)) >nom(X) , adjp(Y) œ 14 np(np(X,Y,Z)) >n(X),adjp(Y),adjp(Z) 15vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) 16 vp(vp(X,Y)) >v(X),vp(Y) 17 vp(vp(X,Y)) >»v(X),np(Y) 18 vp(vp(X,Y,Z)) >v(X)„np(Y),pp(Z) vp(vp(X,Y)) >v(X),pp(Y) 21 vp(vp(X,Y,Z)) >v(X),np(Y),np(Z) vp(vp(X,Y,Z)) >v(X),np(Y),vp(Z) 3 vp(vp(X,Y,Z)) >v(X),np(Y) ,advp(Z) 24 vp(vp(X,Y)) >advp(X) ,pp(Y) 25 vp(vp(X,Y)) >advp(X) ,vp(Y) N NN N 27 vp(vp(X,Y)) >adjp(X),np(Y) 9 đet(det(X)) >cd(X) 29 nem(nom(X,Y)) >un(X),n(Y) " 364 users online Search Q table results 3 Ạ- 5 vp(vp(X,Y,Z)) >advp(X),vp(Y),pp(Z) [# phrase(s(Tree),[nam,thuong,o,thu,vien]) s `" np vp | wos propn advp pp | | nam ad p np II I1 thuong o n un thu vien Next | 10 | 100 | 1,000 || Stop | ~ phrase(s(Tree), [nam,thuong,o,thu,vien])

Examples | History | Solutions

Nam thường ở gần trường

Tiêu đề	Xây Dựng Parser Dựa Trên Văn Phạm DCG (Definite Clause Grammar) Để Phân Tích Cú Pháp
Tác giả	Hoàng Bệnh Minh
Người hướng dẫn	Thầy Nguyễn Tuấn Đăng
Trường học	Trường Đại Học Sài Gòn
Chuyên ngành	Công Nghệ Thông Tin
Thể loại	báo cáo tiểu luận cuối kỳ
Năm xuất bản	2022 - 2023
Thành phố	Thành Phố Hồ Chí Minh

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Số trang	102
Dung lượng	12,84 MB