La presente tesis tiene como objetivo la implementación de un Sistema Web para el Colegio de Notarios de Lima que será utilizado principalmente por el área de archivo de ex-Notarios en el proceso de Conclusión de Escrituras, proceso que consiste en culminar las firmas pendientes de las personas que intervienen en una Escritura Pública, en la actualidad este servicio se realiza de forma manual, es lento y engorroso. El sistema permitirá al cliente contar con una respuesta inmediata del estado actual de la Escritura Pública, costo del servicio y de esta manera decidir al instante si continua con el servicio solicitado, todo gracias a la base de datos de Escrituras Públicas digitalizadas, que han sido enviadas por los notarios que han cesado de su función. Además, agilizará el proceso de respuesta del Notario encargado respecto a los informes de Conclusión de Escritura enviados por el Encargado del archivo, la fecha de conclusión y notificación por correo electrónico. El sistema permitirá tener un mejor control del proceso actual gracias a que las tareas serán administradas y personalizadas según el perfil de cada usuario. Dicho sistema utiliza la tecnología web que dispone de información en tiempo real y está orientado a la búsqueda de documentos digitalizados. Por último el sistema podrá generar reportes respecto al servicio realizado en el área de archivo permitiendo a la Junta Directiva del Colegio de Notarios de Lima tomar decisiones para planificar estrategias de gestión. This thesis aims to implement a Web System for the College of Notaries of Lima which will be used mainly for the archive area of former notaries in the process of concluding Scriptures process of culminating the outstanding signatures people involved in a public deed, at present this service is performed manually, it is slow and cumbersome. The system will allow customers to have immediate feedback of the current state of the Deed, cost of service and thus decide immediately whether to continue with the requested service, thanks to the database Deeds digitized, which have been submitted by notaries who have ceased to function. In addition, it will streamline the process commissioned Notary response regarding Conclusion Writing reports sent by the File Manager, the completion date and email notification. The system will allow better control of the current process by which tasks are managed and customized to each user's profile. This system uses web technology that provides real-time information and is aimed at finding scanned documents. Finally the system can generate reports regarding the service performed in the area of file allowing the Board of the Association of Notaries of Lima make decisions to plan management strategies.

Against the background of increasing multidisciplinarity as well as the focus on quality, transparency and economic efficiency of medical services, clinical pathways (CPs) have been established as a promising tool at the organizational level in recent years. They are primarily intended to ensure an adequate description of the care processes and to manage the balance between best treatment practice and economic viability. CPs standardize the internal care services by explicating the institution-specific knowledge with regard to recommendations for action, service portfolio, organizational structures, infrastructure, etc. of a specific service provider. The development of hospital information systems (HIS) has so far been characterized by an evolutionary development of modules in the field of laboratory, radiology, nursing and picture archiving systems as well as in the area of administrative systems. As one result of this development, the HIS usually comprises a heterogeneous network of software systems of different types and manufacturers. However, the actual control of patients by means of evidence-based processes and integration of CPs into HIS was not addressed until the recent years, when HIS manufacturers started developing modules for CP modeling and workflow support. The objective of this thesis is to provide a holistic methodical support for the description of clinical pathways and their integration into a hospital information system to finally improve the compliance of daily care to standard process definitions. Therefore, conceptual models provide an adequate mean to describe and communicate complex matters in a comprehensible form as well as to configure IT systems due to their semi-formal nature. Hence, a first research thread investigates the question, how clinical pathways can be described adequately using conceptual models. This results in an iterative design of adequate modeling languages for clinical pathways. A second research thread further investigates the question, how conceptual models of clinical pathways can be used to configure process-oriented application systems in health care. This thread therefore describes the design of a model-based method, that enables a consecutive transformation of CPs into technical (workflow) specifications, based on the principles of the Model-Driven Architecture.

Made available in DSpace on 2016-08-17T14:52:55Z (GMT). No. of bitstreams: 1 Hugo Sampaio Fialho.pdf: 1392552 bytes, checksum: e55123b12ce9538699537f943a47229e (MD5) Previous issue date: 2003-11-26 / FUNDAÇÃO DE AMPARO À PESQUISA E AO DESENVOLVIMENTO CIENTIFICO E TECNOLÓGICO DO MARANHÃO / The Workflow Management Systems (WfMS) have been used in many organizations with the objective of reducing, improve and control the workflow in their internal process. Current WfMS are, usually, designed to the administration of loosely structured businesses process, where the logical flow of the tasks totally predefined. However, not all business processess are like this. With the coming of the new communication technologies among the 6 organizations, the business environment becoming more and more dynamic demanding more complex processes. Considering this scenario, existent WfMS have some disadvantages and limitations and need improvements and modifications. Many researchers have been exploring the power of software agent's technology to provide solutions for current WfMS. There are several approaches, some are improvements with agents, another are based on agents. In this work we present the WorkFlage as a tool for the development Workflow Management Systems based on to technologies of Software Agents for the model proposed by the project WEICOT. The work is organized in 9 chapters where we cover from the technology of Workflow, going through a summary of the agents' technology, the state of the art in workflow based on agents, to case stud y of materials purchase where we demonstrate the application of the WorkFlage tool. At the end of this work we will make some final considerations where we propose improvements and suggestions for future works. / Os Sistemas de Gerenciamento de Workflow (WfMS) tem sido utilizados em muitas organizações com o objetivo de reduzir, melhorar e controlar o fluxo de trabalho nos seus processos internos. Os WfMS atuais são, quase sempre, voltados para o gerenciamento de processo de negócios pouco estruturados onde o fluxo lógico das tarefas é totalmente predefinido. Porém, nem todos os processos de negócios são assim. Com o advento das novas tecnologias de comunicação entre as organizações, o ambiente do negócio está se tornando cada vez mais dinâmico e vem exigindo processos mais complexos. Diante deste cenário, os WfMS existentes tem algumas desvantagens e limitações e necessitam de melhorias e modificações. Muitos pesquisadores têm explorado o poder da tecnologia de agente de software para prover soluções para os WfMS atuais. Há varias abordagens, algumas são melhorias com agentes, outras são baseadas em agentes. Neste trabalho apresentamos a WorkFlage como uma ferramenta para o desenvolvimento de Sistemas de Gerenciamento de Workflow baseado na tecnologia de Agentes de Software, utilizando o modelo proposto pelo projeto WEICOT. O trabalho esta organizado em 9 capítulos onde abordamos deste a tecnologia de Workflow, passando por um resumo da tecnologia de agentes, o estado da arte em Workflows baseados em agentes, indo até um estudo de caso de compra de materiais onde demonstramos a aplicação da ferramenta WorkFlage. Ao final deste trabalho faremos algumas considerações finais onde propomos melhorias e sugestões para trabalhos futuros.

Submitted by isabela.moljf@hotmail.com (isabela.moljf@hotmail.com) on 2017-05-05T13:06:54Z No. of bitstreams: 1 wanderantunesgasparvalente.pdf: 18725317 bytes, checksum: 3ee881993096b45e72f9522887e7e2e0 (MD5) / Approved for entry into archive by Adriana Oliveira (adriana.oliveira@ufjf.edu.br) on 2017-05-17T13:37:14Z (GMT) No. of bitstreams: 1 wanderantunesgasparvalente.pdf: 18725317 bytes, checksum: 3ee881993096b45e72f9522887e7e2e0 (MD5) / Made available in DSpace on 2017-05-17T13:37:14Z (GMT). No. of bitstreams: 1 wanderantunesgasparvalente.pdf: 18725317 bytes, checksum: 3ee881993096b45e72f9522887e7e2e0 (MD5) Previous issue date: 2011-01-18 / CAPES - Coordenação de Aperfeiçoamento de Pessoal de Nível Superior / A e-Science se caracteriza pela manipulação de um vasto volume de dados e utilização de recursos computacionais em larga escala, muitas vezes localizados em ambientes distribuídos. Nesse cenário, representado por alta complexidade e heterogeneidade, torna-se relevante o tratamento da proveniência de dados, que tem por objetivo descrever os dados que foram gerados ao longo da execução de um experimento científico e apresentar os processos de transformação pelos quais foram submetidos. Assim, a proveniência auxilia a formar uma visão da qualidade, da validade e da atualidade dos dados produzidos em um ambiente de pesquisa científica. O SciProv consiste em uma arquitetura cujo objetivo é interagir com sistemas de gerenciamento de Workflows científicos para promover a captura e a gerência dos metadados de proveniência gerados. Para esse propósito, o SciProv adota uma abordagem baseada em um modelo abstrato para a representação da proveniência. Esse modelo, denominado Open Provenance Model, confere ao SciProv a capacidade de prover uma infraestrutura homogênea e interoperável para a manipulação dos metadados de proveniência. Como resultado, o SciProv permite disponibilizar um arcabouço para consulta às informações de proveniência geradas em um cenário complexo e diversificado de e-Science. Mais importante, a arquitetura faz uso de tecnologia web semântica para processar as consultas aos metadados de proveniência. Nesse contexto, a partir do emprego de ontologias e máquinas de inferências, o SciProv provê recursos para efetuar deduções sobre os metadados de proveniência e obter resultados importantes ao extrair informações adicionais além daquelas que encontram-se registradas de forma explícita nas informações gerenciadas. / E-Science is characterized by manipulation of huge data set and large scale computing resources usage, often located in distributed environments. In this scenario, represented by high complexity and heterogeneity, it becomes important to treat data provenance, which aims to describe data that were generated during a scientific experiment execution and presents processes of transformation by which underwent. Thus, lineage helps to form a quality, validity and topicality vision of data produced in a scientific research environment. SciProv consists of an architecture that aims to interact with scientific workflows management systems for capture and manipulation of generated provenance metadata. For this purpose, SciProv adopts an approach based on an abstract model for representing the lineage. This model, called Open Provenance Model, provides to SciProv the ability to set up a homogeneous and interoperable infrastructure for handling provenance metadata. As a result, SciProv is able to provide a framework for query data provenance generated in a complex and diverse e-Science scenario. More important, the architecture makes use of semantic web technology to process metadata provenance queries. In this context, using ontologies and inference engines, SciProv provides resources to make inferences about lineage and to obtain important results in allowing the extraction of information beyond those that are registered explicitly from managed data.

Submitted by Renata Lopes (renatasil82@gmail.com) on 2017-06-06T18:14:11Z No. of bitstreams: 1 vitorfreitasesouza.pdf: 4838221 bytes, checksum: 593f759949de45c0b044f62ba94f9a1a (MD5) / Approved for entry into archive by Adriana Oliveira (adriana.oliveira@ufjf.edu.br) on 2017-06-07T13:31:03Z (GMT) No. of bitstreams: 1 vitorfreitasesouza.pdf: 4838221 bytes, checksum: 593f759949de45c0b044f62ba94f9a1a (MD5) / Made available in DSpace on 2017-06-07T13:31:03Z (GMT). No. of bitstreams: 1 vitorfreitasesouza.pdf: 4838221 bytes, checksum: 593f759949de45c0b044f62ba94f9a1a (MD5) Previous issue date: 2015-02-27 / FAPEMIG - Fundação de Amparo à Pesquisa do Estado de Minas Gerais / A concepção de workflows científicos é uma abordagem amplamente utilizada no contexto de e-Science e experimentação científica. Existem muitas pesquisas voltadas para o gerenciamento e execução de experimentos baseados em workflows. No entanto, experimentos complexos envolvem interações entre pesquisadores geograficamente distribuídos, demandando utilização de grandes volumes de dados, serviços e recursos computacionais distribuídos. Este cenário categoriza um ecossistema de experimentação científica. Para conduzir experimentos neste contexto, cientistas precisam de uma arquitetura flexível, extensível e escalável. Durante o processo de experimentação, informações valiosas podem ser perdidas e oportunidades de reutilização de recursos e serviços desperdiçadas, caso a arquitetura de ecossistema para e-Science não considere estes aspectos. Com o objetivo de tratar a flexibilidade, a extensibilidade e a escalabilidade de plataformas de ecossistemas, este trabalho apresenta uma arquitetura orientada a serviços apoiada por uma rede ponto a ponto, desenvolvida para tratar as etapas do ciclo de vida de um experimento científico. Este trabalho apresenta como contribuições uma arquitetura para ecossistemas de software científico, a implementação desta arquitetura, bem como a sua avaliação. / The conception of scientific workflows is a widely used approach in the context of eScience and scientific experimentation. There are many researches about the management and execution of experiments based on workflows. However, scientific experiments involve complex interactions between geographically distributed researchers, requiring the usage of large amount of data, services and distributed computing resources. This scenario categorizes a scientific experimentation ecosystem. In order to carry out experiments in this context researchers need an architecture for e-Science that supports flexibility, extensibility and scalability. During the experimentation process, valuable information can be unexploited and reusing opportunities of resources and services could be lost if the ecosystem architecture for e-Science does not consider previous mentioned requirements. In order to address the flexibility, extensibility and scalability of ecosystems platforms, this dissertation presents a service-oriented architecture supported by a peer-to-peer network. It was developed to support life-cycle stages of a scientific experiment. This work also presents, as contributions, an architecture to support experiments execution of scientific software ecosystems, the implementation of this architecture, as well as its evaluation.

Submitted by Renata Lopes (renatasil82@gmail.com) on 2017-07-25T11:45:46Z No. of bitstreams: 1 anrafelfernandespereira.pdf: 2313256 bytes, checksum: 6c0ecfc310a8132b96bf765825f34222 (MD5) / Approved for entry into archive by Adriana Oliveira (adriana.oliveira@ufjf.edu.br) on 2017-08-09T13:49:22Z (GMT) No. of bitstreams: 1 anrafelfernandespereira.pdf: 2313256 bytes, checksum: 6c0ecfc310a8132b96bf765825f34222 (MD5) / Made available in DSpace on 2017-08-09T13:49:22Z (GMT). No. of bitstreams: 1 anrafelfernandespereira.pdf: 2313256 bytes, checksum: 6c0ecfc310a8132b96bf765825f34222 (MD5) Previous issue date: 2014-07-11 / CAPES - Coordenação de Aperfeiçoamento de Pessoal de Nível Superior / A necessidade de colaboração no domínio científico vem sendo discutida em alguns trabalhos. A sua relevância no contexto desta dissertação é justificada por problemas clássicos neste domínio, como a falta de apoio para a composição de workflows científicos, dificuldade para reutilização de aplicações científicas, dificuldade de cooperação e comunicação entre as equipes de cientistas geograficamente distribuídas, entre outros. Abordagens como Linha de Produtos de Software - LPS têm sido empregadas para apoiar os cientistas na concepção de workflows científicos. Entretanto muitas informações relevantes sobre estas aplicações são perdidas ou mesmo não fornecidas pelos cientistas. Esta dissertação apresenta uma abordagem denominada Collaborative PL-Science, a qual é uma extensão de uma abordagem denominada PL-Science. Na abordagem PL-Science os cientistas possuíam apenas os artefatos persistidos no núcleo da LPS como componentes de trabalho. Com isso, o cientista desenvolvia um workflow científico baseado apenas em seu conhecimento sobre o domínio. Nenhum histórico, ou "rationale", era gerado neste ambiente, ficando todo o conhecimento sobre as funcionalidades dos artefatos, as experiências do cientista e as tomadas de decisões por conta do usuário. Como proposta de solução para estes problemas, a Collaborative PL-Science utiliza elementos de colaboração, tais como informações de percepção, contexto e um mecanismo de suporte à comunicação, em uma Linha de Produtos de Software Científico - LPSC. Com isso, espera-se gerar oportunidades de interação entre os pesquisadores e contextualizá-los em sua atividade de concepção de workflows científicos. / The need for collaboration in the scientific field has been discussed in some papers. Its relevance in the context of this thesis is justified by classical problems in this area, such as lack of support for the composition of scientific workflows, difficult reuse to scientific applications, difficulty of cooperation and communication among geographically distributed teams of scientists, among others. Approaches to Software Product Line - SPL have been used to support scientists in the design of scientific workflows. However many relevant information about scientific applications are lost or even not provided by scientists. This paper presents an approach named Collaborative PL-Science, which is an extension of an approach called PL-Science. In the PL-Science approach scientists had only the artifacts persisted in the core of the SPL as components of work. No historical or "rationale" was generated in this environment. Therefore all the knowledge about the functionalities of the artifacts, the experiences of the scientist and the decisions made are attributed to the user. As a proposed solution to these problems, the Collaborative PL-Science uses collaboration elements, such as awareness and context information and a mechanism to support communication in a Scientific Software Product Line - SSPL. Thus, it is expected to generate opportunities for interaction between researchers and contextualize them in their activity of designing scientific workflows.

[pt] Aplicações extensíveis por usuários finais representam uma proposta para tratar o problema de que é improvável que um software consiga atender a todas as necessidades específicas de cada usuário em um domínio. Uma das áreas de pesquisa de aplicações extensíveis é a de Programação por Usuários Finais ou End-User Programming (EUP). Investigações empíricas de EUP evidenciam a existência de práticas colaborativas relacionadas ao processo de extensão de aplicação, onde pessoas se comunicam com diversos objetivos: para ajudarem-se a resolver seus problemas com computação, para compartilhar extensões prontas ou construí-las conjuntamente. Nosso trabalho complementa essas investigações, contribuindo com um tratamento aprofundado e teoricamente motivado dos fenômenos de comunicação relacionados às práticas colaborativas observadas. Com base na teoria da Semiótica e na Engenharia Semiótica, propomos um modelo desses fenômenos, descrevendo sua estrutura e comportamento, permitindo assim uma melhor compreensão das questões relacionadas aos mesmos. De acordo com o modelo, projetamos uma linguagem computável para a representação de extensões de forma associada aos discursos das comunicações estudadas. / [en] Applications that are extensible by end-users represent a proposal to cope with the issue that it is improbable that a software will attend every specific need of each different user within a domain. One of the research areas approaching extensible applications is End-User Programming (EUP). EUP empirical investigations evidence the existence of collaborative practices related to the process of application extension. In these practices, people communicate with each other with various purposes: to help themselves deal with their problems regarding computing, to share ready-made extensions or to build extensions together. Our work complements these investigations by offering a deep and theoretically motivated treatment of the communication phenomena related to the observed collaborative practices. Based on Semiotics theory and Semiotic Engineering, we propose a model of these phenomena, describing its structure and behavior thus supporting a better understanding of the issues related to them. According to the model, we designed a computable language for the representation of extensions in association with corresponding communicative discourse.

More and more print jobs are delivered from customer to printer digitally over the Internet. Although Internet-based job delivery can be highly efficient, companies in the graphic arts and printing industry often suffer unnecessary costs related to this type of inflow of print jobs to their production workflows. One of the reasons for this is the lack of a well-defined infrastructure for delivering print jobs digitally over the Internet. This thesis presents INFLOW - a prototype for a print job delivery system for the graphic arts and printing industry. INFLOW is a web-based job delivery system that is hosted on an Internet-connected server by the organization receiving the print jobs. Focus has been on creating a system that is easy to use, highly customizable, secure, and easy to integrate with existing and future systems from third-party vendors. INFLOW has been implemented using open standards, such as XML and JDF (Job Definition Format). The requirements for ease-of-use, high customizability and security are met by choosing a web-based architecture. The client side is implemented using standard web technologies such as HTML, CSS and JavaScript while the serverside is based on J2EE, Java Servlets and Java Server Pages (JSP). Using a web browser as a job delivery client provides a highly customizable user interface and built in support for encrypted file transfers using HTTPS (HTTP over SSL). Process automation and easy integration with other print production systems is facilitated with CIP4’s JDF (Job Definition Format). INFLOW also supports"hot folder workflows"for integration with older preflight software and other hot folder-based software common in prepress workflows.

RED Digital Cinema is a rather new company that has developed a camera that has shaken the world of the film industry, the RED One camera. RED One is a digital cinema camera with the characteristics of a 35mm film camera. With a custom made 12 megapixel CMOS sensor it offers images with a filmic look that cannot be achieved with many other digital cinema cameras. With a new camera comes a new set of media files to work with, which brings new software applications supporting them. RED Digital Cinema has developed several applications of their own, but there are also a few other software supporting RED. However, as of today the way of working with the RED media files together with these software applications are yet in progress. During the short amount of time that RED One has existed, many questions has risen about what workflow is the best to use. This thesis presents a theoretical background of the RED camera and some software applications supporting RED media files. The main objective is to analyze RED material as well as existing workflows and find the optimal option.

Dans le cadre d'une démarche d'Open science, nous nous intéressons aux systèmes de gestion de workflows (WfMS) scientifiques et à leurs applications pour l'analyse de données intensive en bioinformatique. Nous partons de l'hypothèse que les WfMS peuvent évoluer pour devenir des plates-formes pivots capables d'accélérer la mise au point et la diffusion de méthodes d'analyses innovantes. Elles pourraient capter et fédérer autour d'une thématique disciplinaire non seulement le public actuel des consommateurs de services mais aussi celui des producteurs de services. Pour cela, nous considérons que ces environnements doivent à la fois être adaptés aux pratiques des scientifiques concepteurs de méthodes et fournir un gain de productivité durant la conception et le traitement. Ces contraintes nous amènent à étudier la capture rapide des workflows, la simplification de l'intégration des tâches techniques, comme le parallélisme nécessaire au haut-débit, et la personnalisation du déploiement. Tout d'abord, nous avons défini un langage graphique DataFlow expressif, adapté à la capture rapide des workflows. Celui-ci est interprétable par un moteur de workflows basé sur un nouveau modèle de calcul doté de performances élevées, obtenues par l'exploitation des multiples niveaux de parallélisme. Nous présentons ensuite une approche de conception orientée modèle qui facilite la génération du parallélisme de données et la production d'implémentations adaptées à différents contextes d'exécution. Nous décrivons notamment l'intégration d'un métamodèle des composants et des plates-formes, employé pour automatiser la configuration des dépendances des workflows. Enfin, dans le cas du modèle Container as a Service (CaaS), nous avons élaboré une spécification de workflows intrinsèquement diffusable et ré-exécutable. L'adoption de ce type de modèle pourrait déboucher sur une accélération des échanges et de la mise à disposition des chaînes de traitements d'analyse de données. / As part of an Open Science initiative, we are particularly interested in the scientific Workflow Management Systems (WfMS) and their applications for intensive data analysis in bioinformatics. We start from the assumption that WfMS can evolve to become efficient hubs able to speed up the development and the dissemination of innovative analysis methods. These software platforms could rally and unite not only the current stakeholders, who are service consumers, but also the service producers, around a disciplinary theme. We therefore consider that these environments must be both adapted to the practices of the scientists who are method designers and also enhanced with increased productivity during design and treatment. These constraints lead us to study the rapid capture of workflows, the simplification of technical tasks integration, like parallelisation and the deployment customization. First, we define an expressive graphic worfklow language, adapted to the quick capture of workflows. This is interpreted by a workflow engine based on a new model of computation with high performances obtained by the use of multiple levels of parallelism. Then, we present a Model-Driven design approach that facilitates the data parallelism generation and the production of suitable implementations for different execution contexts. We describe in particular the integration of a components and platforms meta-model used to automate the configuration of workflows’ dependencies. Finally, in the case of the cloud model Container as a Service (CaaS), we develop a workflow specification intrinsically re-executable and readily disseminatable. The adoption of this kind of model could lead to an acceleration of exchanges and a better availability of data analysis workflows.