Past, Present, and Future Trends in Software Patterns

Buschmann, Frank; Henney, Kevlin; Schmidt, Douglas C.

doi:10.1109/ms.2007.115

Cited by 84 publications

(126 citation statements)

References 1 publication

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“…This is possible, because in realizing and programming of IT systems decoupling modules and functions by way of interfaces between different components in a system is good practice in software engineering. Patterns of decoupling system components are seen as qualitative high standards of software and are described in standard IT publications, such as in Larman [11], Buschman [12] and Bass [13]. Therefore we have concluded that Axiomatic design can be applied for defining independent or decoupled elements as Design parameters in IT systems in health care.…”

Section: Decoupling Design Parameters In Itmentioning

confidence: 93%

Applying Axiomatic Design and Conceptual Independence in the Domain of IT Systems

Tarenskeen

Bakker

2017

MATEC Web Conf.

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Abstract. In this paper we explain why Axiomatic design has not been applied in large system of systems information technology architectures in health care organizations in the Netherlands. We have found in extensive case studies of IT systems that the Independence axiom could not be found in the existing Information systems. This causes great concern for the adaptability of systems. Although best practices in system engineering advice decoupling of system functionality, findings show that the Independence Axiom has not been applied to functional requirements. A number of difficulties was exposed to the researcher and IT architects, when they tried to identify and to demarcate functional requirements in existing systems. In IT systems a distinction is made between business and system functions and software engineers emphasize decoupling of system functions. That has resulted in a strong coupling of business information and technical application logic. This means Conceptual dependencies are often at the heart of the difficulties. Decoupling these dependencies in applications seems a candidate for ordering requirements in a way that keeps the functional requirements independent from each other. Conceptual independence signifies a complete decoupling of the concepts and relations of the Business domain from the technical functionality. The paper describes the difficulties when applying the Independence Axiom in the Information systems domain and argues that a combination of Conceptual independence and Axiomatic design is achievable. The authors adapt the Design matrix with Conceptual independence. We conclude that applying Conceptual independence is crucial when constructing IT systems based on Axiomatic design.

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Section: Decoupling Design Parameters In Itmentioning

confidence: 93%

Applying Axiomatic Design and Conceptual Independence in the Domain of IT Systems

Tarenskeen

Bakker

2017

MATEC Web Conf.

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“…There is wide agreement that patterns can both accelerate the process of designing a solution and reduce modeling time [9]. Patterns enable participants of a community to communicate more effectively, with greater conciseness and less ambiguity [10], [11]. A pattern is an abstraction from a concrete form which keeps recurring in specific non-arbitrary contexts [12].…”

Section: Control Flow Modeling For Process-oriented Mashupsmentioning

confidence: 99%

Lightweight Process Modeling for Virtual Enterprise Process Collaboration

Xu¹,

Vrieze²,

Phalp³

et al. 2010

IFIP Advances in Information and Communication Technology

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Abstract. Mashup is a new web 2.0 technology for data aggregation applications, combining data from different sources to create valuable information. The uses of mashups are often more data related than process related. In this paper, we explore the differences between data-oriented mashups and process-oriented enterprise mashups and consider how process mashups can be used for virtual enterprise collaboration. We highlight the modeling of end users' process mashup applications from both a control flow and a data flow perspective. Based on our analyses, a lightweight process modeling approach is proposed for process enterprise mashup applications. Our approach, illustrated by reference to an example personal collaborative activity, will support collaboration among users with different levels of modeling skills and expertise in a virtual enterprise environment.

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“…Therefore, generative programming techniques should be used to apply software patterns (Buschmann et al, 2007) which constitute abstract reusable concepts that can be configured for a range of situations. The reuse of these abstract concepts is facilitated by the fact that applications in the same domains are similar and carry out comparable functions (Sommerville, 2006).…”

Section: Modularizationmentioning

confidence: 99%

Dynamically Reconfigurable Data-Intensive Service Composition

Ezenwoye

Busi

Sadjadi

2010

Proceedings of the 6th International Conference on Web Information Systems and Technology

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Abstract:The distributed nature of services poses significant challenges to building robust service-based applications. A major aspect of this challenge is finding a model of service integration that promotes ease of dynamic reconfiguration, in response to internal and external stimuli. Centralized models of composition are not conducive for data-intensive applications such as those in the scientific domain. Decentralized compositions are more complicated to manage especially since no service has a global view of the interaction. In this paper we identify the requirements for dynamic reconfiguration of data-intensive composite services. A hybrid composition model that combines the attributes of centralization and decentralization is proposed. We argue that this model promotes dynamic reconfiguration of data-intensive service compositions.

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Past, Present, and Future Trends in Software Patterns

Cited by 84 publications

References 1 publication

Applying Axiomatic Design and Conceptual Independence in the Domain of IT Systems

Applying Axiomatic Design and Conceptual Independence in the Domain of IT Systems

Lightweight Process Modeling for Virtual Enterprise Process Collaboration

Dynamically Reconfigurable Data-Intensive Service Composition

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