Mensaje de Tesis Hilo conductor

1. Mensaje de TesisHilo conductor Raúl Monroy

2. Mensaje de tesis • Strunk, W. Elements of Style, Bartleby. 1918 13. Make the paragraph the unit of composition

3. Qué es • Resumen de tesis: • En el que cada frase, idealmente, corresponde a un capítulo de la tesis, delineando el objetivo del mismo • Que declara el argumento central de la tesis (el objeto del comunicado)

4. Para qué sirve • Asegurar la articulación y covertura de la tesis • Coordinar la organización de todos los textos producidos durante el doctorado • Responder al qué he hecho y al por qué esto merece un PhD • Determinar el contenido y el objetivo de cada capítulo • Habilitar el desarrollo top – down, bottom – up de la tesis • Habilitar el desarrollo independiente de cada capítulo.

5. The Computational Modelling of Religious Conceptsby Fr. Aloysius Hacker • We apply ideas from Computer Science to the understanding of religious concepts. • Previous attempts to explain religious concepts, • e.g. the holy trinity and miracles. have often encountered philosophical problems. • These problems arose because the appropriate terminology was not available. • Computational terminology often provides an appropriate analogy. • Although some problems still remain, • e.g. free will, • We are seeing the beginning of a new, computational theology.

6. Planning Proofs of Correctness of CCS Systemsby Raúl Monroy • The specification and verification of communicating systems have captured increasing interest, because they are error prone. • CCS was especially designed to help this enterprise, and is widely used in both industry and academia. • Existing methods to automate the use of CCS to verification have centred around finite-state systems, using bisimulations. • This, though, is insufficient to deal with systems that contain infinite states or a finite, but arbitrary, number of components, VIPS; there is an alternative approach, based on fixed point equations, which does not exhibit such limitations; however, automated verification in this context is extremely difficult.

7. This thesis investigates the use of explicit proof plans for automating the verification of VIPS. • We have extended inductive proof planning, with special plans that exploit both the inductive structure and • the expected behaviour of a system during its verification. • With these plans, we have developed a fully automated verification method, which has been successfully tested on a number of examples that are outside the domain of other, rival techniques. • Therefore, even though it has still got plenty of room for improvement. • Our techniqe successfully automates the equational approach to verification of CCS systems.

8. Towards Building a Masquerade Detection Method • Masquerade detection has been actively studied for more than a decade, especially after the seminal work of Schonlau’s group • Schonlau suggested that, to profile a user, one should model the history of the commands she would enter into a UNIX session; he developed a masquerade dataset, SEA, which has been the standard for comparing masquerade detection methods. • However, the performance of SEA-based methods is not conclusive, and, as a result, research on masquerade detection has resorted to other sources of information for profiling user behaviour. • We claim that to better characterise user behaviour, it is necessary to consider how and what the user browses while working on her own file system. • To capture this behaviour, we introduce a navigation structure, which contains information about the use (visit) of file system objects, and about the structure of the user file system; we have used the navigation structure to build a one-class classifier for masquerade detection. • While preliminary, our results are encouraging and suggest a number of ways in which new methods can be constructed.

9. Conclusiones • El mensaje de tesis comunica un argumento central, articulado y completo • Puede aplicarse para la especificación de libros, capítulos, secciones • Privilegiando la redacción orientada a párrafos • Agiliza la escritura y estructuración de documentos, permitiendo el desarrollo independiente de secciones, bajo un modelo top–down y bottom–up

10. Ejercicio • Desarrolla el mensaje de tu tesis • Compleméntalo con una especificación más detallada de cada capítulo, ejemplo: • “Chapter 1 introduces the general notion of computer modelling and how it might be applied to religion by drawing analogies between computational concepts and religious ones to suggest consequences and non-consequences of religious positions, and hence debug some of the theological debate of the last two millenia.” • Fecha de entrega: próximasesión