Indexierung und erweiterte Suche für visualisierte TEI-Dokumente in Drupal

Die Diplomarbeit beschäftigt sich mit der erweiterten Suche innerhalb von Dokumenten, die im TEI-Lite kodierten Format im Content-Management-System Drupal vorliegen. Aufgrund des modularen Aufbaus von Drupal wird die erweiterte Suche in Form eines Moduls verwirklicht. In einem ersten Schritt werden die Merkmale der im TEI-Lite Format vorliegenden Dokumente beschrieben. Dies umfasst Angaben sowohl zur Definition des TEI-Standards als auch zu grundlegenden Dokumenteneingenschaften. Weiterhin wird auf das CMS Drupal eingegangen und die Konzepte bereits existierender Suchmodule betrachtet. Die Präsentation des entwickelten Konzeptes zur Implementierung eines Suchmoduls, das auf die Bedürfnisse von TEI-Lite standardisierten Dokumenten ausgerichtet ist, ergibt sich aus den vorangegangenen Arbeitsschritten. Daraus resultieren Ansätze zur Indexierung, Durchsuchbarkeit sowie der visuellen Präsentation der Suchergebnisse. Die Schilderung der Verwendung und der Funktionen, die das Modul nach abgeschlossenen Programmierarbeiten kennzeichnen, geht der Darstellung des Implementierungsvorgangs voran, der gleichsam den Kern der Diplomarbeit bildet. Unter Zuhilfenahme von Quelltext-Auszügen werden Details zu einzelnen Entwicklungsstadien präsentiert. Abschließend wird ein Ausblick auf weitere Optimierungsmöglichkeiten des erarbeiteten Suchmoduls gegeben.

A Framework for TEI-Based Scholarly Text Editions

In this paper, we describe an interdisciplinary project in which visualization techniques were developed for and applied to scholarly work from literary studies. The aim was to bring Christof Schöch's electronic edition of Bérardier de Bataut's Essai sur le récit (1776) to the web. This edition is based on the Text Encoding Initiative's XML-based encoding scheme (TEI P5, subset TEI-Lite). This now de facto standard applies to machine-readable texts used chiefly in the humanities and social sciences. The intention of this edition is to make the edited text freely available on the web, to allow for alternative text views (here original and modern/corrected text), to ensure reader-friendly annotation and navigation, to permit on-line collaboration in encoding and annotation as well as user comments, all in an open source, generically usable, lightweight package. These aims were attained by relying on a GPL-based, public domain CMS (Drupal) and combining it with XSL-Stylesheets and Java Script.

Geo-habilitación de Gestores de Contenidos: CMSMap

El mundo del software está cambiando. El desarrollo de Internet y las conexiones de datos hacen que las personas estén conectadas prácticamente en cualquier lugar. La madurez de determinadas tecnologías y el cambio del perfil de los usuarios de consumidor a generador de contenidos son algunos de los pilares de este cambio. Los Content Management Systems (CMS) son plataformas que proporcionan la base para poder generar webs colaborativas de forma sencilla y sin necesidad de tener excesivos conocimientos previos y son responsables de buena parte de este desarrollo. Una de las posibilidades que todavía no se han explotado suficientemente en estos sistemas es la georreferenciación de contenidos. De esta forma, aparece una nueva categoría de enlaces semánticos en base a las relaciones espaciales. En el actual estado de la técnica, se puede aprovechar la potencia de las bases de datos espaciales para manejar contenidos georreferenciados y sus relaciones espaciales, pero prácticamente ningún CMS lo aprovecha. Este proyecto se centra en desarrollar un módulo para el CMS Drupal que proporcione un soporte verdaderamente espacial y una interfaz gráfica en forma de mapa, mediante las que se puedan georreferenciar los contenidos. El módulo es independiente del proveedor de cartografía, ya que se utiliza la librería Open Source de abstracción de mapas IDELab Mapstraction Interactive. De esta forma se aúna la independencia tecnológica con la gestión verdaderamente espacial de los contenidos

Diseño web con Drupal 7

En este documento se van a desarrollar las técnicas para la creación de páginas web utilizando uno de los sistemas de gestión de contenido, también llamado CMS, por sus siglas en inglés, Content Manager System, más potentes del mercado, y open source, es decir de código abierto, como es el caso de Drupal. Se usará este sistema de gestión en su versión 7, y la actualización 37, o lo que es lo mismo, se usará Drupal 7.37, aunque se actualizará a la versión 38, puesto que esta versión fue publicada a mitad de los desarrollos y la versión 8 todavía está en versión beta y no es suficientemente estable como para crear una página web robusta con esa versión del CMS. Estas explicaciones están basadas en dos páginas web creadas en dicho gestor de contenidos, una de ellas ya en producción, www.lrl.es, que también podrá ser accedida desde www.luqueagentescomerciales.es, página web diseñada para un agente comercial de herramientas. La segunda, todavía no está en producción pero se puede acceder a ella desde el servidor wamp montado en local, 81.37.0.251/epi, que es una mejora de la página www.elpactoinvisible.es, diseñada para una galería de arte de Málaga. A lo largo del documento se verán distintas opciones que se pueden llegar a utilizar gracias a Drupal para obtener el resultado esperado y se darán las explicaciones pertinentes para saber cuál de ellas usar para focalizar distintos aspectos según se decida ir por una vía u otra de desarrollo, y se mostraran, con código cuando sea necesario, las soluciones utilizadas en las distintas páginas, de las que se ha hablado en el párrafo precedente, y el porqué de usar esa solución en vez de otras alternativas que también son viables para dichos objetivos. ABSTRACT This paper will develop techniques for creating web pages using one of the systems content management, also called CMS, for its acronym in English, Content Manager System, and the most powerful in the market, and open source, as is the case of Drupal. This management system in its version 7, and updating 37, or as it is called, Drupal 7.37 is used, although it will be updated to version 38, because this version was published in the middle of the developments and version 8 is still in beta and is not stable enough to create a robust site with this version of CMS. These explanations are based on two websites created in this CMS, one of them already in production, www.lrl.es, which also can be accessed from www.luqueagentescomerciales.es, web page designed for a tools commercial agent. The second one, is not yet in production but can be accessed from the WAMP server installed locally, 81.37.0.251/epi, which is an improvement to www.elpactoinvisible.es page, designed for an art gallery in Malaga. Throughout the document you can get several options to be used thanks to Drupal in order to achieve result and explanations will be given to indicate one of theme to use for targeting different aspects and which developing method or path to follow and will be shown, in code if it should be necessary, the solutions used in different pages which have been discussed in the preceding paragraph, and why to use that solution instead of other alternatives are also viable for such purposes.

Geant4 Hadronic Cascade Models and CMS Data Analysis : Computational Challenges in the LHC era

This work belongs to the field of computational high-energy physics (HEP). The key methods used in this thesis work to meet the challenges raised by the Large Hadron Collider (LHC) era experiments are object-orientation with software engineering, Monte Carlo simulation, the computer technology of clusters, and artificial neural networks. The first aspect discussed is the development of hadronic cascade models, used for the accurate simulation of medium-energy hadron-nucleus reactions, up to 10 GeV. These models are typically needed in hadronic calorimeter studies and in the estimation of radiation backgrounds. Various applications outside HEP include the medical field (such as hadron treatment simulations), space science (satellite shielding), and nuclear physics (spallation studies). Validation results are presented for several significant improvements released in Geant4 simulation tool, and the significance of the new models for computing in the Large Hadron Collider era is estimated. In particular, we estimate the ability of the Bertini cascade to simulate Compact Muon Solenoid (CMS) hadron calorimeter HCAL. LHC test beam activity has a tightly coupled cycle of simulation-to-data analysis. Typically, a Geant4 computer experiment is used to understand test beam measurements. Thus an another aspect of this thesis is a description of studies related to developing new CMS H2 test beam data analysis tools and performing data analysis on the basis of CMS Monte Carlo events. These events have been simulated in detail using Geant4 physics models, full CMS detector description, and event reconstruction. Using the ROOT data analysis framework we have developed an offline ANN-based approach to tag b-jets associated with heavy neutral Higgs particles, and we show that this kind of NN methodology can be successfully used to separate the Higgs signal from the background in the CMS experiment.

Identification of Hadronically Decaying Tau Leptons in Searches for Heavy MSSM Higgs Bosons with the CMS Detector at the CERN LHC

This thesis describes methods for the reliable identification of hadronically decaying tau leptons in the search for heavy Higgs bosons of the minimal supersymmetric standard model of particle physics (MSSM). The identification of the hadronic tau lepton decays, i.e. tau-jets, is applied to the gg->bbH, H->tautau and gg->tbH+, H+->taunu processes to be searched for in the CMS experiment at the CERN Large Hadron Collider. Of all the event selections applied in these final states, the tau-jet identification is the single most important event selection criterion to separate the tiny Higgs boson signal from a large number of background events. The tau-jet identification is studied with methods based on a signature of a low charged track multiplicity, the containment of the decay products within a narrow cone, an isolated electromagnetic energy deposition, a non-zero tau lepton flight path, the absence of electrons, muons, and neutral hadrons in the decay signature, and a relatively small tau lepton mass compared to the mass of most hadrons. Furthermore, in the H+->taunu channel, helicity correlations are exploited to separate the signal tau jets from those originating from the W->taunu decays. Since many of these identification methods rely on the reconstruction of charged particle tracks, the systematic uncertainties resulting from the mechanical tolerances of the tracking sensor positions are estimated with care. The tau-jet identification and other standard selection methods are applied to the search for the heavy neutral and charged Higgs bosons in the H->tautau and H+->taunu decay channels. For the H+->taunu channel, the tau-jet identification is redone and optimized with a recent and more detailed event simulation than previously in the CMS experiment. Both decay channels are found to be very promising for the discovery of the heavy MSSM Higgs bosons. The Higgs boson(s), whose existence has not yet been experimentally verified, are a part of the standard model and its most popular extensions. They are a manifestation of a mechanism which breaks the electroweak symmetry and generates masses for particles. Since the H->tautau and H+->taunu decay channels are important for the discovery of the Higgs bosons in a large region of the permitted parameter space, the analysis described in this thesis serves as a probe for finding out properties of the microcosm of particles and their interactions in the energy scales beyond the standard model of particle physics.

Search for heavy neutral resonances in the dielectron channel with the CMS detector at the LHC

A search for dielectron decays of heavy neutral resonances has been performed using proton-proton collision data collected at √s = 7 TeV by the Compact Muon Solenoid (CMS) experiment at the Large Hadron Collider (LHC) in 2011. The data sample corresponds to an integrated luminosity of 5 fb⁻¹. The dielectron mass distribution is consistent with Standard Model (SM) predictions. An upper limit on the ratio of the cross section times branching fraction of new bosons, normalized to the cross section times branching fraction of the Z boson, is set at the 95 % confidence level. This result is translated into limits on the mass of new neutral particles at the level of 2120 GeV for the Z′ in the Sequential Standard Model, 1810 GeV for the superstring-inspired Z′_ψ resonance, and 1940 (1640) GeV for Kaluza-Klein gravitons with the coupling parameter k/M_Pl of 0.10 (0.05).

Extraction of CP Properties of the H(125) Boson Discovered in Proton-Proton Collisions at sqrt(s) = 7 and 8 TeV with the CMS Detector at the LHC

In this thesis we build a novel analysis framework to perform the direct extraction of all possible effective Higgs boson couplings to the neutral electroweak gauge bosons in the H → ZZ^(*) → 4l channel also referred to as the golden channel. We use analytic expressions of the full decay differential cross sections for the H → VV' → 4l process, and the dominant irreducible standard model qq ̄ → 4l background where 4l = 2e2μ,4e,4μ. Detector effects are included through an explicit convolution of these analytic expressions with transfer functions that model the detector responses as well as acceptance and efficiency effects. Using the full set of decay observables, we construct an unbinned 8-dimensional detector level likelihood function which is con- tinuous in the effective couplings, and includes systematics. All potential anomalous couplings of HVV' where V = Z,γ are considered, allowing for general CP even/odd admixtures and any possible phases. We measure the CP-odd mixing between the tree-level HZZ coupling and higher order CP-odd couplings to be compatible with zero, and in the range [−0.40, 0.43], and the mixing between HZZ tree-level coupling and higher order CP -even coupling to be in the ranges [−0.66, −0.57] ∪ [−0.15, 1.00]; namely compatible with a standard model Higgs. We discuss the expected precision in determining the various HVV' couplings in future LHC runs. A powerful and at first glance surprising prediction of the analysis is that with 100-400 fb^-1, the golden channel will be able to start probing the couplings of the Higgs boson to diphotons in the 4l channel. We discuss the implications and further optimization of the methods for the next LHC runs.