Colaboração e cooperação entre sistemas produtivos dispersos de empresas virtuais.

No mercado global e digital, as empresas são desafiadas a encontrar caminhos inovadores para atender o aumento da pressão -competitiva. A competição é uma das formas de interação das organizações, além da colaboração e da cooperação. A cooperação e a colaboração apresentam formas de produzir conjuntamente aumentando o potencial de atendimento das empresas. Os desafios mais encontrados no mercado são: reduzir os custos, sempre assegurar qualidade e personalizar os produtos e serviços. Um fenômeno de negócios comum hoje é a terceirização da manufatura e da logística para fornecedores domésticos e estrangeiros e provedores de serviços. Essa terceirização provoca, intrinsecamente, um espalhamento geográfico da produção em novos centros que oferecem vantagens nos recursos energéticos, matérias primas e centros de produção de conhecimento. Essa terceirização pode ser realizada também nas formas de colaboração e cooperação. Para isso, as empresas necessitam estabelecer uma forma de confiança entre si. No conceito de empresa virtual, a confiança é amplamente discutida para atingir uma colaboração e/ou cooperação entre empresas. O objetivo deste trabalho é propor e modelar uma ferramenta que atenda as necessidades das empresas para colaboração e/ou cooperação entre elas, considerando suas necessidades de confiança. As empresas aqui são vistas como sistemas produtivos, com suas camadas de gerenciamento de negócios, de acordo com o padrão ANSI/ISA 95. Além disso, um tipo de interpretação da rede de Petri, chamada de rede de Petri produtiva é introduzida como ferramenta para descrever o processo produtivo realizado pelas empresas na forma de workflow. A modelagem dessa arquitetura do sistema produtivo utiliza técnicas de sistemas distribuídos, como a arquitetura orientada a serviços. Além disso, um dos enfoques é das necessidades para o desenvolvimento de novos produtos, que envolve o desafio de personalização. Testes foram realizados para avaliar a proposta de workflow com pessoas de diferentes níveis de conhecimento sobre os processos, sejam de manufatura, sejam de outras áreas. Já a arquitetura proposta foi submetida a um estudo analítico das hipóteses levantadas no ambiente colaborativo.

A new paradigm: cloud agile manufacturing

Cloud Agile Manufacturing is a new paradigm proposed in this article. The main objective of Cloud Agile Manufacturing is to offer industrial production systems as a service. Thus users can access any functionality available in the cloud of manufacturing (process design, production, management, business integration, factories virtualization, etc.) without knowledge — or at least without having to be experts — in managing the required resources. The proposal takes advantage of many of the benefits that can offer technologies and models like: Business Process Management (BPM), Cloud Computing, Service Oriented Architectures (SOA) and Ontologies. To develop the proposal has been taken as a starting point the Semantic Industrial Machinery as a Service (SIMaaS) proposed in previous work. This proposal facilitates the effective integration of industrial machinery in a computing environment, offering it as a network service. The work also includes an analysis of the benefits and disadvantages of the proposal.

Cloud agile manufacturing

This paper proposes a new manufacturing paradigm, we call Cloud Agile Manufacturing, and whose principal objective is to offer industrial production systems as a service. Thus users can access any functionality available in the cloud of manufacturing (process design, production, management, business integration, factories virtualization, etc.) without knowledge — or at least without having to be experts — in managing the required resources. The proposal takes advantage of many of the benefits that can offer technologies and models like: Business Process Management (BPM), Cloud Computing, Service Oriented Architectures (SOA) and Ontologies. To develop the proposal has been taken as a starting point the Semantic Industrial Machinery as a Service (SIMaaS) proposed in previous work. This proposal facilitates the effective integration of industrial machinery in a computing environment, offering it as a network service. The work also includes an analysis of the benefits and disadvantages of the proposal.

A formal framework for modelling complex network management systems

Society today is completely dependent on computer networks, the Internet and distributed systems, which place at our disposal the necessary services to perform our daily tasks. Subconsciously, we rely increasingly on network management systems. These systems allow us to, in general, maintain, manage, configure, scale, adapt, modify, edit, protect, and enhance the main distributed systems. Their role is secondary and is unknown and transparent to the users. They provide the necessary support to maintain the distributed systems whose services we use every day. If we do not consider network management systems during the development stage of distributed systems, then there could be serious consequences or even total failures in the development of the distributed system. It is necessary, therefore, to consider the management of the systems within the design of the distributed systems and to systematise their design to minimise the impact of network management in distributed systems projects. In this paper, we present a framework that allows the design of network management systems systematically. To accomplish this goal, formal modelling tools are used for modelling different views sequentially proposed of the same problem. These views cover all the aspects that are involved in the system; based on process definitions for identifying responsible and defining the involved agents to propose the deployment in a distributed architecture that is both feasible and appropriate.

A Construction Management Framework for Mass Customisation in Traditional Construction

A Mass Customisation model is discussed as a competitive positioning strategy in the marketplace adding value to the customer’s end-use. It includes the user as part of the construction process responding to the customer’s demands and wishes. To the present day, almost all proposals for Mass Customisation have been focused on the design phase and single family houses. The reality is that the processes carried out in the work execution are so inefficient that the costs of the Mass Customisation models are assumed by the customer and they do not offer solutions that support the change management. Furthermore, this inefficiency often makes Mass Customisation unfeasible in terms of deadlines and site management. Therefore, the present proposal focuses on achieving the paradigm of Mass Customisation in the traditional residential construction complementary to the existing proposals in the design phase. All this through the proposal of a framework for the integral management in the work execution, which will address change management introduced by the users offering an efficient and productive model that reduces costs in the process. This model will focus on the synergy between different strategies, techniques and technologies currently used in the construction management (such as Lean Construction or Six Sigma), together with, other strategies and technologies that have proven to be valid solutions in other fields (such as Business Process Management, Service Oriented Architecture, etc.).

Conceptual Modelling of Complex Network Management Systems

Society, as we know it today, is completely dependent on computer networks, Internet and distributed systems, which place at our disposal the necessary services to perform our daily tasks. Moreover, and unconsciously, all services and distributed systems require network management systems. These systems allow us to, in general, maintain, manage, configure, scale, adapt, modify, edit, protect or improve the main distributed systems. Their role is secondary and is unknown and transparent to the users. They provide the necessary support to maintain the distributed systems whose services we use every day. If we don’t consider network management systems during the development stage of main distributed systems, then there could be serious consequences or even total failures in the development of the distributed systems. It is necessary, therefore, to consider the management of the systems within the design of distributed systems and systematize their conception to minimize the impact of the management of networks within the project of distributed systems. In this paper, we present a formalization method of the conceptual modelling for design of a network management system through the use of formal modelling tools, thus allowing from the definition of processes to identify those responsible for these. Finally we will propose a use case to design a conceptual model intrusion detection system in network.

Implementation Feasibility of a Digital Nervous System for the Construction Industry: For Efficient and Effective Information Management across the Project Lifecycle

The construction industry has long been considered as highly fragmented and non-collaborative industry. This fragmentation sprouted from complex and unstructured traditional coordination processes and information exchanges amongst all parties involved in a construction project. This nature coupled with risk and uncertainty has pushed clients and their supply chain to search for new ways of improving their business process to deliver better quality and high performing product. This research will closely investigate the need to implement a Digital Nervous System (DNS), analogous to a biological nervous system, on the flow and management of digital information across the project lifecycle. This will be through direct examination of the key processes and information produced in a construction project and how a DNS can provide a well-integrated flow of digital information throughout the project lifecycle. This research will also investigate how a DNS can create a tight digital feedback loop that enables the organisation to sense, react and adapt to changing project conditions. A Digital Nervous System is a digital infrastructure that provides a well-integrated flow of digital information to the right part of the organisation at the right time. It provides the organisation with the relevant and up-to-date information it needs, for critical project issues, to aid in near real-time decision-making. Previous literature review and survey questionnaires were used in this research to collect and analyse data about information management problems of the industry – e.g. disruption and discontinuity of digital information flow due to interoperability issues, disintegration/fragmentation of the adopted digital solutions and paper-based transactions. Results analysis revealed efficient and effective information management requires the creation and implementation of a DNS.

Gestão de processos de negócio: uma abordagem ao processo de acreditação dos cursos no Gabinete de Avaliação da Qualidade da Escola Superior de Desporto de Rio Maior

Atualmente, as instituições do ensino superior, onde se inclui a Escola Superior de Desporto de Rio Maior do Instituto Politécnico de Santarém, deparam-se com várias questões e desafios relacionados com a sua acreditação e a dos seus ciclos de estudo, e consequentemente, com a melhoria da qualidade do seu desempenho e o acesso a financiamento. Esta realidade exige novas abordagens e o aumento do nível de exigência a todos os intervenientes que contribuem para a qualidade do serviço prestado. No sentido de dar resposta a estes desafios, o Gabinete de Avaliação e Qualidade tem desenvolvido iniciativas e abordagens das quais o presente trabalho é um exemplo. Com este trabalho pretendeu-se, a partir de numa abordagem de Business Process Management, demonstrar a viabilidade e operacionalidade da utilização de uma ferramenta de Business Process Management System neste contexto. Para tal, realizou-se a modelação do processo de avaliação e acreditação desenvolvido pela Agência de Avaliação e Acreditação do Ensino Superior, através da utilização do Business Process Model and Notation. Esta proposta permitiu modelar os processos na instituição, demonstrando a utilização de uma abordagem Business Process Management numa organização desta natureza, com o objetivo de promover a sua melhoria.

Gestão de processos de negócio em organizações desportivas: um estudo de caso no Comitée Européen de Rink-Hockey

A Gestão de Processos de Negócio (BPM – Business Process Management) é uma abordagem que tem como objetivo melhorar a eficiência nas organizações, através da gestão dos processos, em que se realiza a sua modelação, organização e otimização de uma forma iterativa e contínua. O BPM permite suportar os processos de negócio, através da utilização de métodos, técnicas e software para projetar, representar e analisar processos organizacionais que envolvem, pessoas, organizações, aplicações, documentos e outras fontes de informação (Aalst, Hofstede, & Weske, 2003). Neste estudo é utilizado um Business Process Management System (BPMS) para realizar a modelação dos processos do Comité Européen de Rink-Hockey (CERH), para a inscrição de equipas e atletas, nos eventos realizados sob a responsabilidade deste comité. A modelação é realizada através da utilização do Business Process Model and Notation (BPMN). A utilização do BPMS foi realizada considerando as seguintes etapas: (1) desenho do processo; (2) definição do processo; (3) desenvolvimento do processo e (4) administração e utilização de processos. Pretendeu-se, demonstrar a viabilidade e operacionalidade na utilização de uma ferramenta BPMS open-source, numa abordagem BPM, na modelação e implementação de processos, em detrimento de soluções proprietárias de custo elevado. O critério adotado para a seleção da ferramenta baseia-se na análise de relatórios sobre BPMS, que nos permitiu identificar e sustentar a solução adotada (Hill, Cantara, & Kerremans, 2009; Ovum, 2010; Richardson, Moore, Clair, & Vitti, 2010; Sinur & Hill, 2010). O resultado foi o desenvolvimento dos processos na organização, com a sua modelação em BPMN e implementação num BPMS, onde podemos comprovar a abordagem BPM numa organização desportiva.

Analisi e riprogettazione dei processi aziendali in un’azienda di Global Service. Il caso A.C.R. S.p.A.

La tesi tratta dell'analisi e della riprogettazione dei processi in un'azienda di global service. Vengono pertanto illustrati le principali metodologie e teorie riguardanti il process management e gli strumenti di supporto più utilizzati per la modellazione dei processi. Viene inoltre presentato il caso riguardante l'azienda ACR SpA, in cui si è eseguita la riprogettazione dei processi critici al fine di migliorare sensibilmente i principali parametri di performance del sistema. Tale riprogettazione è stata finalizzata all'introduzione di un sistema di document management all'interno delle principali funzioni aziendali, grazie a cui si è potuto razionalizzare e automatizzare i processi ritenuti critici ottenendo una sensibile riduzione dei relativi lead time e costi di processo, quantificata attraverso KPI definiti ad hoc. In conclusione la tesi ha permesso di illustrare con un caso pratico l'applicazione degli strumenti di business process reengineering, evidenziandone i pregi e ribadendo l'importanza della continua ricerca di efficienza all'interno dei processi di business aziendali.

The management improvement initiative : progress report to the General Assembly, Public Act 97-0558 /

On August 25, 2011, Governor Pat Quinn signed House Bill 1488 into law, now Public Act 97-0558 (The Act). The Act specifically directs a Management Improvement Initiative Committee (The Committee) to implement recommendations outlined in the January 2011 report to the General Assembly as required under Public Act 96-1141. The Act directs the group, formed under the auspices of Public Act 96-1141, to continue their work based on categories of recommendations. Each recommendation area has the common goal of reviewing providers from redundant monitoring, auditing, and reporting requirements. Implementing the recommendations of the Act will result in efficiency in business process for our providers, reinvestment of dollars saved from inefficient or unrealized administrative costs, and ultimately foster a network of sustainable human services providers in Illinois while increasing the level of direct service by the State agencies, contracted providers, and communities, who are all facing current economic pressures in the fiscal crisis.

How do practitioners use conceptual modeling in practice?

Much research has been devoted over the years to investigating and advancing the techniques and tools used by analysts when they model. As opposed to what academics, software providers and their resellers promote as should be happening, the aim of this research was to determine whether practitioners still embraced conceptual modeling seriously. In addition, what are the most popular techniques and tools used for conceptual modeling? What are the major purposes for which conceptual modeling is used? The study found that the top six most frequently used modeling techniques and methods were ER diagramming, data flow diagramming, systems flowcharting, workflow modeling, UML, and structured charts. Modeling technique use was found to decrease significantly from smaller to medium-sized organizations, but then to increase significantly in larger organizations (proxying for large, complex projects). Technique use was also found to significantly follow an inverted U-shaped curve, contrary to some prior explanations. Additionally, an important contribution of this study was the identification of the factors that uniquely influence the decision of analysts to continue to use modeling, viz., communication (using diagrams) to/from stakeholders, internal knowledge (lack of) of techniques, user expectations management, understanding models' integration into the business, and tool/software deficiencies. The highest ranked purposes for which modeling was undertaken were database design and management, business process documentation, business process improvement, and software development. (c) 2005 Elsevier B.V. All rights reserved.

Managing change and time in dynamic workflow processes

Business environments have become exceedingly dynamic and competitive in recent times. This dynamism is manifested in the form of changing process requirements and time constraints. Workflow technology is currently one of the most promising fields of research in business process automation. However, workflow systems to date do not provide the flexibility necessary to support the dynamic nature of business processes. In this paper we primarily discuss the issues and challenges related to managing change and time in workflows representing dynamic business processes. We also present an analysis of workflow modifications and provide feasibility considerations for the automation of this process.

Data flow and validation in workflow modelling

A complete workflow specification requires careful integration of many different process characteristics. Decisions must be made as to the definitions of individual activities, their scope, the order of execution that maintains the overall business process logic, the rules governing the discipline of work list scheduling to performers, identification of time constraints and more. The goal of this paper is to address an important issue in workflows modelling and specification, which is data flow, its modelling, specification and validation. Researchers have neglected this dimension of process analysis for some time, mainly focussing on structural considerations with limited verification checks. In this paper, we identify and justify the importance of data modelling in overall workflows specification and verification. We illustrate and define several potential data flow problems that, if not detected prior to workflow deployment may prevent the process from correct execution, execute process on inconsistent data or even lead to process suspension. A discussion on essential requirements of the workflow data model in order to support data validation is also given..

A reference methodology for conducting ontological analyses

The ontological analysis of conceptual modelling techniques is of increasing popularity. Related research did not only explore the ontological deficiencies of classical techniques such as ER or UML, but also business process modelling techniques such as ARIS or even Web services standards such as BPEL4WS. While the selected ontologies are reasonably mature, it is the actual process of an ontological analysis that still lacks rigor. The current procedure leaves significant room for individual interpretations and is one reason for criticism of the entire ontological analysis. This paper proposes a procedural model for the ontological analysis based on the use of meta models, the involvement of more than one coder and metrics. This model is explained with examples from various ontological analyses.