ETTINGHAUSEN, Henry (a cura de), Le Guerra deIs Segadors a través de la premsa de l´época (4 vols.).

Sin resume

Dos casos para el estudio de la evolución de la motivación en el estudiante de inglés

La estadística no siempre nos descubre todos los aspectos de la realidad. Este artículo pretende profundizar en el conocimiento de algunos factores capaces de generar alteraciones en la motivación a través del análisis descriptivo de las trayectorias de dos estudiantes de inglés durante un periodo de tres cursos de secundaria. Esto nos ha permitido acercarnos al lado más humano de la respuesta del estudiante ante el reto de la educación.Statistics do not always reveal all the aspects of reality. This paper tries to go deeper into the knowledge of some factors capable of altering motivation through the descriptive analysis of the experience of two students of English as a foreign language over three years of their secondary studies. It has allowed us to approach the most human side of the student's response when faced with the challenge of education.Les statistiques ne nous montrent pas toujours tous les aspects de la réalité. Cet article essaie d'approfondir sur la connaissance de certains facteurs capables de produire des changements sur la motivation a travers l'analyse descriptive de 1'experience scolaire de deux étudiants d'Anglais langue étrangére pendant trois années de l'enseignement secondaire.Ceci nous a permis une approche sur le cóté le plus humain de la réponse de l'étudiant face au défí de l'education

Guerra y propaganda en la Cataluña de 1635-1659.

Sin resume

Preeminència règia versus llibertats a la Catalunya de Felip IV i Lluís XIV

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Fine-scale thermohaline ocean structure retrieved with 2-D prestack full-waveform inversion of multichannel seismic data: Application to the Gulf of Cadiz (SW Iberia)

18 pages, 9 figures, supporting information https://dx.doi.org/10.1002/2016JC011844This work demonstrates the feasibility of 2-D time-domain, adjoint-state acoustic full-waveform inversion (FWI) to retrieve high-resolution models of ocean physical parameters such as sound speed, temperature and salinity. The proposed method is first described and then applied to prestack multichannel seismic (MCS) data acquired in the Gulf of Cadiz (SW Iberia) in 2007 in the framework of the Geophysical Oceanography project. The inversion strategy flow includes specifically designed data preconditioning for acoustic noise reduction, followed by the inversion of sound speed in the shotgather domain. We show that the final sound speed model has a horizontal resolution of ∼ 70 m, which is two orders of magnitude better than that of the initial model constructed with coincident eXpendable Bathy Thermograph (XBT) data, and close to the theoretical resolution of O(λ). Temperature (T) and salinity (S) are retrieved with the same lateral resolution as sound speed by combining the inverted sound speed model with the thermodynamic equation of seawater and a local, depth-dependent T-S relation derived from regional conductivity-temperature-depth (CTD) measurements of the National Oceanic and Atmospheric Administration (NOAA) database. The comparison of the inverted T and S models with XBT and CTD casts deployed simultaneously to the MCS acquisition shows that the thermohaline contrasts are resolved with an accuracy of 0.18oC for temperature and 0.08 PSU for salinity. The combination of oceanographic and MCS data into a common, pseudo-automatic inversion scheme allows to quantitatively resolve submeso-scale features that ought to be incorporated into larger-scale ocean models of oceans structure and circulationThe work has been partially supported by the projects KALEIDOSCOPE and CO-Dos financed by REPSOL and MINECO project POSEIDON (CTM2010-21569) and HADES (CTM2011-30400-C02). B. Biescas work has been funded by the European Commission through the Marie Curie Action FP7-PEOPLE-2012-COFUND-600407Peer Reviewe

Desenvolupament d'aplicacions per a la sincronització entre EngelDroid (Smart TV) i tabletes Android.

[CATALÀ] El principal objectiu d'aquest projecte és desenvolupar una aplicació mòbil que emuli el control remot dels dispositius de la companyia EngelAxil S.L. Engeldroid és un dispositiu molt similar a un telèfon mòbil però amb la capacitat de convertir qualsevol televisió amb entrada HDMI amb una Smart TV amb un entorn Android. L'aplicació de control remot, anomenada Engelmote, permet a l'usuari controlar qualsevol Engeldroid de forma remota dins de la mateixa xarxa local, tot sobre un dispositiu Android (e.x. SmartPhone o tabletas). Engelmote integra un controlador tàctil per realitzar moviments uïts d'un punter, un teclat remot per inserir text, un sistema de control de veu així mateix un control de les opcions de Engeldroid (e.x. Volum, multimèdia i/o botons físics). Aquestes funcions són capturades des del dispositiu de l'usuari i transmeses al Engeldroid a través de la xarxa. Aquest software ha estat comprovat i millorat en diferents iteracions, així como adaptat especialment per tabletes Android de la companyia i per als dispositius que compleixin els requisits mínims. El software desenvolupat és utilitzat per la companyia Engel Axil i és troba disponible al Google Play Market .[ANGLÈS] The main objective of this project is to develop an Android application which emulates a remote control for an Engeldroid device from the company Engel Axil. Engeldroid is an Android device similar to a mobile phone with the capacity to convert any TV with HDMI input to a Smart TV with Android environment. The remote control application, called Engelmote, enables users to control the Engeldroid remotely inside the same local network with their own Android devices (i.e. smart phones and tablets). Engelmote integrates a tactile controller to ensure smooth movements of a mouse pointer, a keyboard function to input text, a voice system control as well as the control of Engeldroid device options (e.g. volume, multimedia and hardware buttons). The integrated functions are captured on the user's device and reproduced on the Engeldroid. Furthermore the software has been tested and improved in several iterations as well as adapted to the Engel tablets and Android devices ful_lling the needed requirements. The developed software of this project is used by Engel Axil and available on the Android market