fragmenta varia simul compacta hoc ordine : — 1.° Anonymi libellus de nativitatibus. — 2.° Excerptum è libro Petri de Alliaco, Cameracensis Episcopi, de imagine mundi. — 3.° Fragmentum registri cujusdam Procuratoris nomine Guaillardi. — 4.° Fragmentum Ciceronis de optimo genere Oratorum. — 5.° Fragmentum libri cui titulus : manipulus florum, è variis sanctorum Patrum locis collectus à Magistro Thoma de Hybernia, quondam Socio de Sorbona. — 6.° Catalogus operum quorum authores feruntur Dionysius, Augustinus, Ambrosius, Hieronymus, Gregorius, Bernardus, Hilarius, Isidorus, Chrysostomus, Rabanus, Prosper, Damascenus, Anselmus, Richardus et Hugo de Sancto Victore, Alanus, Cicero, Boëtius et Seneca : finis desideratur. — Hujusce codicis pars duodecimo, pars decimo quarto saeculo videtur exarata.

nuper comparatus

1.° Venerabilis Bedae tractatus de orthographia ; nono saeculo exaratus. — 2.° Wandelberti, Prumiensis Monachi, martyrologium, carmine heroïco ; uncialibus litteris nono saeculo exaratum. — 3.° Prisciani epitome : authore Gosberto ; undecimo saeculo exarata. — 4.° Anonymi opusculum de lectione sacrarum Scripturarum ; duodecimo saeculo exaratum. — 5.° Mag. Petri Hispani secreta contra aegritudines oculorum ; decimo quarto saeculo exarata. — 6.° Miracula sanctorum Martyrum Urgeliensium, Mauri Episcopi, Sergii et Pantaleonis ; italico idiomate, anno 1475. exarata.

Puteanus

Tieto ja tietäminen organisaatiossa : kahden epistemologian yhdistäminen uuden tiedon luomisen malliksi

Summary: Knowledge and knowing in organizations. Combining two epistemologies to a model of knowledge creation

Processionale ad usum monasterii Sancti Petri de Latiniaco.

F. 1 Processionnal, depuis le 1er dim. de l'Avent jusqu'au 2 novembre : « Asperges me... » F. 66 Procession à N.-D. de Haut-Soleil (mardi de Pâques). F. 170 « Ant. et resp. cantanda in processionibus... secundum exigentiam temporis. » F. 181v Contre les épidémies et les fléaux (addit. fin XVIe s.).

A Petri Nets-based Scheduling Methodology forMultipurpose Batch Plants.

This article presents an optimization methodology of batch production processes assembled by shared resources which rely on a mapping of state-events into time-events allowing in this way the straightforward use of a well consolidated scheduling policies developed for manufacturing systems. A technique to generate the timed Petri net representation from a continuous dynamic representation (Differential-Algebraic Equations systems (DAEs)) of the production system is presented together with the main characteristics of a Petri nets-based tool implemented for optimization purposes. This paper describes also how the implemented tool generates the coverability tree and how it can be pruned by a general purpose heuristic. An example of a distillation process with two shared batch resources is used to illustrate the optimization methodology proposed.