A model for dependency-oriented prototyping in the agile development of complex technical systems

Riesener, Michael; Rebentisch, Eric; Dölle, Christian; Schloesser, Sebastian; Kuhn, Marius; Radermacher, Jan; Schuh, Günther

doi:10.1016/j.procir.2019.04.196

Cited by 9 publications

(7 citation statements)

References 17 publications

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“…Agile prototyping approaches for technology development and implementation are powerful approaches that stand in stark contrast to traditional innovation, where a complete technology architecture is developed top-down and implemented (Schloesser et al, 2017). Such approaches, coined interactive rapid validity testing or agile prototyping, are characterized by iterative prototypes as functional system increments (Riesener et al, 2019;Häufler et al, 2020). Developing scalable solutions that facilitate current accounting processes, particularly for actors with limited capacities-it is not about developing the fanciest solution-to establish and test the problem-solution fit.…”

Section: Policy Recommendations and Conclusionmentioning

confidence: 99%

Nested Climate Accounting for Our Atmospheric Commons—Digital Technologies for Trusted Interoperability Across Fragmented Systems

et al. 2022

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The Paris Agreement’s decentralized and bottom-up approach to climate action poses an enormous accounting challenge by substantially increasing the number of heterogeneous national, sub-national, and non-state actors. Current legacy climate accounting systems and mechanisms are insufficient to avoid information asymmetry and double-counting due to actor heterogeneity and fragmentation. This paper presents a nested climate accounting architecture that integrates several innovative digital technologies, such as Distributed Ledger Technology, Internet of Things, Machine Learning, and concepts such as nested accounting and decentralized identifiers to improve interoperability across accounting systems. Such an architecture can enhance capacity building and technology transfer to the Global South by creating innovation groups, increasing scalability of accounting solutions that can lead to leapfrogging into innovative systems designs, and improving inclusiveness.

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Section: Policy Recommendations and Conclusionmentioning

confidence: 99%

Nested Climate Accounting for Our Atmospheric Commons—Digital Technologies for Trusted Interoperability Across Fragmented Systems

et al. 2022

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“…In a complex product development context, some change iterations are unavoidable, and may even be crucial for a successful outcome; thus, the aim should be not to eliminate iterations but rather to induce them at the most productive points of the development process (Leon, Farris, and Letens 2013). When applying agile techniques to the development of complex technical systems, however, existing frameworks known from the software industry not adequately consider the complexity caused by strong interdependencies between and within the system elements (Riesener et al 2019). Through the early use of simulation software, a simulation-driven development process is aimed at which designers and engineers create a basis for joint developments and thus a basis for discussion, suggestions and new ideas (Enkler and Sporleder 2019).…”

Section: Agility As a Foundation Of Productivitymentioning

confidence: 99%

Agile product development process transformation to support advanced one-of-a-kind manufacturing

Varl

Duhovnik

Tavčar

2020

International Journal of Computer Integrated Manufacturing

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Increased competition in the global market has forced companies to diversify their product ranges to meet the customers' changing needs and adopt product development strategies for mass customization or even one-of-a-kind production, which inevitably requires designing modular products. Product modularity is achieved via platform-based systems, in which various combinations of different modules are assembled within a common platform. The smart factories that are already beginning to appear to employ a completely new approach to product creation. In smart industry, dynamic business and engineering processes enable last-minute changes to design and production, delivering the ability to respond flexibly to disruptions and failures on behalf of suppliers. This paper presents a case study of product development and design process renovation according to agile and lean principles in one-of-a-kind industrial environments. It defines how changeability integrates with robust, concurrent and smart design strategies. Introduction of agility to highly individualized production environments is mostly about enhancing the robustness of new product development processes. Product development and manufacturing processes are interconnected therefore they need to be re-engineered together. The presented work aims to deliver a generalized conceptual framework that demonstrates how companies in such specific environments can improve smartness and profitability through the utilization of agility concepts.

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“…Города являются результатом сочетания технических [1,2], культурных [3], институциональных [4], экономических [5] и психологических систем [6]. Для эффективного обеспечения населения необходимым снабжением, в рамках концепции «ресурс-потребление», в городах требуется планомерное и грамотное ведение работ по всем областям, к примеру: взаимосвязь между городским населением и функциональными процессами, субъектом и объектом потребления [7], сбалансированное сотрудниче-ство между населенными пунктами, нормирование и учет для обеспечения безопасности, здоровья и комфорта городского населения.…”

Section: Introductionunclassified

Life Cycle of Urban Planning System

Proshunina

Khomenko

2022

Inž.-stroit. vestn. Prikaspiâ

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Градостроительные системы являются сложными образованиями, характеризующиеся ресурсными мощностями и взаимосвязанными процессами. Для пролонгированной жизнеспособности градостроительной системы, отвечающей своевременному эволюционному развитию, необходимы взвешенные решения и ориентирующие алгоритмы на каждом этапе жизненного цикла системы. Жизненный цикл градостроительной системы многими исследователями раскрывается с разных подходов, тем не менее, отдельные составляющие многокомпонентной и полиориентированной градостроительной системы являются плохо изученными и требуют более детального рассмотрения. В статье анализируется современный взгляд на градостроительную систему с точки зрения жизненного цикла системы. Формируются представления о становлении стадийности цепи жизненного цикла и определяется место исследования в общей структуре жизненного цикла градостроительной системы.

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A model for dependency-oriented prototyping in the agile development of complex technical systems

Cited by 9 publications

References 17 publications

Nested Climate Accounting for Our Atmospheric Commons—Digital Technologies for Trusted Interoperability Across Fragmented Systems

Nested Climate Accounting for Our Atmospheric Commons—Digital Technologies for Trusted Interoperability Across Fragmented Systems

Agile product development process transformation to support advanced one-of-a-kind manufacturing

Life Cycle of Urban Planning System

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