Estratégias de monitorização e automação de um SMB combinando simulação dinâmica em gProms e optimização em AMPL

Dissertação para obtenção do Grau de Mestre em Engenharia Química e Bioquímica

Productos químicos : guía básica de etiquetado y fichas de datos de seguridad. 3ª ed. corr. y ampl.

Publicado en la página web de la Consejería de Salud y Bienestar Social: www.juntadeandalucia.es/salud (Consejería de Salud y Bienestar Social / Ciudadanía / Nuestra Salud / Medio ambiente y Salud / Productos Químicos y riesgos sanitarios)

Permissu ampl. collegii phil. in Acad. Christinea Fennorum

Arkit: 2 arkintunnuksetonta lehteä, A-B8.

Dissertatio metaphysica Kantianorum de re in se (Ding an sich) doctrinam breviter examinans. Quam cons. ampl. facult. philos. Aboënsis. Publico examini modeste offerunt Fredericus Bergbom

Painovuosi nimekkeestä.

Exercitium academicum de usu quem praestat psychologia oeconomo quod cons. ampl. fac. philos. in Acad. Auraicae praeside viro maxime reverendo atque amplissimo

I.N.J.

Meletemata philosophica varii argumenti, cons ampl. fac. phil Aboëns. auctore Johanne Ström, phil. mag. v.d.m & apolog. sch. triv. Björneb. Respondente Dieterico Johanne Lohman, stip. reg. Bor. Finl. die XXV Junii MDLLCXXIII, loco horisque a. m. solitis, publice examinanda

Invokaatio: D.D.

De poësi Orphica, specimen academicum, quod venia ampl. fac. philos. Ab. Publico examini modeste subjiciunt mag. Johannes Jacob. Tengström historiae litterariae docens, ad bibliothecam acad. amanuensis extraord. et Robertus Tengström, Ostrobotnienses. In auditorio philos. die V Dec. MDCCCXII. h. a. m. s

Painovuosi nimekkeestä.

Animadversiones de libris raris. Quarum partem priorem cons. ampl. fac. phil. Aboënsis praeside m. Henrico Gabriele Porthan, eloq. prof. reg. [et] ord. R. Acad. litt. hum. hist. [et] antiquitt. membro. Publico examini modeste submittit Petrus Johannes Alopaeus, Wiburgensis, in audit. maj. die XVI Jun. MDCCXCI, h. a. m. c

Painovuosi nimekkeestä.

Animadversiones de libris raris. Quarum partem posteriorem cons. ampl. fac. phil. Aboënsis praeside m. Henrico Gabriele Porthan, eloq. prof. reg. [et] ord. R. Acad. litt. hum. hist. [et] antiquitt. membro. Pro gradu publico examini modeste submittit Petrus Johannes Alopaeus, Wiburgensis, in audit. maj. die XVIII. Jun. MDCCXCII. h. a. m. c

Painovuosi nimekkeestä.

Modelli e Algoritmi per Problemi di Coloring con il Linguaggio AMPL

Come il titolo suggerisce, due sono gli aspetti oggetto di questo elaborato: i modelli e gli algoritmi (con le rispettive criticità), e il linguaggio di modellazione AMPL. Il filo conduttore che integra le due parti, nonché mezzo ultimo per un’applicazione pratica dell’attività di modellazione, è l’ottimizzatore, la ”macchina” che effettua la risoluzione vera e propria dei suddetti modelli.

Novitiae florae Suecicæ : quas, venia ampl. ord. phil. Lundens, praeside Carolo Ad. Agardh ... pro laurea publico examini subjicit /

Respondents: ii. Petrus Ahlquist -- iii. David Theolander-- iv. Adolph. Alexanderson -- v. Harald. Sjoeborg -- v. cont. N. Lofberg -- vi. Carolus Fr. Bodach -- vi. cont. H.M. Melin -- vii. cont. II. Johannes E. Ringius -- vii. Alexis Eduard Lindblom.

Nova plantarum genera : quae, cum consensu ampl. facult. medicae in regia acad. Upsaliensi /

Library of Congress collection: Dissertationes academicae (Linné) no. 13.

Solving MPCC problem with the hyperbolic penalty function

The main goal of this work is to solve mathematical program with complementarity constraints (MPCC) using nonlinear programming techniques (NLP). An hyperbolic penalty function is used to solve MPCC problems by including the complementarity constraints in the penalty term. This penalty function [1] is twice continuously differentiable and combines features of both exterior and interior penalty methods. A set of AMPL problems from MacMPEC [2] are tested and a comparative study is performed.

Solving a signalized traffic intersection problem with an hyperbolic penalty function

Mathematical Program with Complementarity Constraints (MPCC) finds many applications in fields such as engineering design, economic equilibrium and mathematical programming theory itself. A queueing system model resulting from a single signalized intersection regulated by pre-timed control in traffic network is considered. The model is formulated as an MPCC problem. A MATLAB implementation based on an hyperbolic penalty function is used to solve this practical problem, computing the total average waiting time of the vehicles in all queues and the green split allocation. The problem was codified in AMPL.

Numerical optimization experiments using the hyperbolic smoothing strategy to solve MPCC

In this work we solve Mathematical Programs with Complementarity Constraints using the hyperbolic smoothing strategy. Under this approach, the complementarity condition is relaxed through the use of the hyperbolic smoothing function, involving a positive parameter that can be decreased to zero. An iterative algorithm is implemented in MATLAB language and a set of AMPL problems from MacMPEC database were tested.