On the weighted partial maximum satis ability problem / Mohamed Hesham Mohamed Emam Elhalaby ; Supervised L. F. Abdelal , Rasha Mohamed Shaheen
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- دراسة بعض حالات مسألة التحقق الجزئي للصيغة البولياوية ذات الوزن الاكبر [Added title page title]
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قاعة الرسائل الجامعية - الدور الاول | المكتبة المركزبة الجديدة - جامعة القاهرة | Cai01.12.17.M.Sc.2015.Mo.O (Browse shelf(Opens below)) | Not for loan | 01010110067559000 | ||
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مخـــزن الرســائل الجـــامعية - البدروم | المكتبة المركزبة الجديدة - جامعة القاهرة | Cai01.12.17.M.Sc.2015.Mo.O (Browse shelf(Opens below)) | 67559.CD | Not for loan | 01020110067559000 |
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Cai01.12.17.M.Sc.2015.Kh.D Deformation of long thermoelastic rods with normal cross-section bounded by a rectangle under mixed mechanical and thermal boundary conditions by a boundary integral method / | Cai01.12.17.M.Sc.2015.Kh.D Deformation of long thermoelastic rods with normal cross-section bounded by a rectangle under mixed mechanical and thermal boundary conditions by a boundary integral method / | Cai01.12.17.M.Sc.2015.Mo.O On the weighted partial maximum satis ability problem / | Cai01.12.17.M.Sc.2015.Mo.O On the weighted partial maximum satis ability problem / | Cai01.12.17.M.Sc.2015.Mu.T TeV scale left right symmetric model with minimal higgs sector / | Cai01.12.17.M.Sc.2015.Mu.T TeV scale left right symmetric model with minimal higgs sector / | Cai01.12.17.M.Sc.2015.No.C Codes over group rings / |
Thesis (M.Sc.) - Cairo University - Faculty of Science - Department of Mathematics
This thesis is concerned with the Weighted Partial Maximum Satis- ability problem (WPMax-SAT). Let z = zS{u222A}zH be a Boolean formula such that zS = {(C1, w1), . . . , (Cs, ws)} and zH = {(Cs+1, {u221E}), . . . , (Cs+h, {u221E})}, Ci, (1 {u2264} i {u2264} s + h) are clauses and wj, (1 {u2264} j {u2264} s + h) (called weights) is either a natural number or {u221E}. The WPMax-SAT problem for z is nding an assignment that satis es all the hard clauses and maximizes the sum of the weights of the soft clauses. We dis- cuss four aspects of WPMax-SAT. The rst is the computational complexity of the problem from the classical and the parametrized perspectives. Secondly, the two solving techniques of WPMax-SAT: branch and bound and SAT-based methods. Third, our experimental investigation on a number of selected solvers. Finally, the applica- tions of WPMax-SAT in real-life.
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