Focusing Business Modelling Exercise Using The Modelling Constraint Matrix.

2021 ◽  
Author(s):  
Wangchuk Chungyalpa
2021 ◽  
Vol 65 (1) ◽  
Author(s):  
Hongbo Gao ◽  
Fang Guo ◽  
Juping Zhu ◽  
Zhen Kan ◽  
Xinyu Zhang

Author(s):  
Ufuk Alpsahin Cullen

Circular entrepreneurship is becoming a new, promising reality, in the manner of needed radical paradigmatic change in the era of Anthropocene. Circular entrepreneurs intend to create social and environmental value while they build financially viable businesses. They are embedded in multiple institutionalised value systems that they are expected to adhere to. Those institutionalised systems provide circular entrepreneurs with different, in many cases, contradictory norms, values and guiding principles. Substantial amount of research has been done to date to examine the impact of institutions on entrepreneurial endeavours. And yet, research lacks sufficient insights into how circular entrepreneurs engage with the institutional structures in designing business models on a financially feasible ground while creating social and environmental value. To address this, this paper investigates how circular entrepreneurs respond to the value systems of surrounding institutions in business modelling and how two fundamental aspects of embeddedness, namely resource integration and value cocreation, are achieved within a circular business model that is coherent in itself and with the entrepreneur's ambitions. Both the institutional context and the institutional logics surrounding entrepreneurs are examined to comprehend the surrounding institutional systems more in-depth and extensively. By analysing a longitudinal in-depth case study, this article aims to develop better insights into circular business modelling and underlying mechanisms of embeddedness. The case is a born-circular small cidermaker in Cornwall (UK), namely Wasted Apple. The findings show that the circular entrepreneur is surrounded by dominant normative institutions forming the principles of business model design. circular entrepreneurs mark fidelity to the institutional norms to obtain a range of microcompetencies and to manage integrated hybrid tensions within the value creation system. And therefore, a circular business model is a more holistic and inclusive structure as compared to a typical conventional linear business model. And yet, paradoxically embeddedness facilitates business survival but hinders strategic business planning as well as business profitability and growth.


2021 ◽  
Vol 2021 ◽  
pp. 1-11
Author(s):  
Min Yu ◽  
Rongrong Cui

In order to improve the design effect of minority clothing, according to the needs of minority clothing design, this paper uses data mining and Internet of Things technologies to construct an intelligent ethnic clothing design system and builds an intelligent clothing design system that meets customer needs based on the idea of human-computer interaction. In data processing, this paper uses the constraint spectrum clustering algorithm to take the Laplacian matrix and the constraint matrix as input and finally outputs a clustering indicator vector to improve the data processing effect of minority clothing design. Finally, this paper verifies the performance of the system designed in this paper through experiments. From the experimental research, it can be known that the minority clothing design system based on the Internet of Things and data mining constructed in this paper has a certain effect and can effectively improve the minority clothing design effect.


Author(s):  
Peter Lindgren

Advanced Green technologies integrated in Business Models and Green Multi Business Model Innovation processes introduce a new leadership and management agenda of Green Business Models. Fast innovation of sensing, persuasive and virtual Business Modelling that can operate autonomously and dynamically primarily lead by machines. Green Multi Business Model Innovation Brains will soon be the state of the art in Business that want to become Green – but also for businesses that want to do circular and/or sustainable business modelling. Businesses will build Green Multi Business Model Innovation competence and advanced Green Multi Business Models Innovation Brains capable to innovated and operate Green Business Models to all kinds of Business Model Ecosystems. This will open up to new Green Multi Business Model Innovation potential and create a new generation or archetypes of Business Models, new practice of Multi Business Model Innovation. The paper is a second articles and extension of a conceptual paper on Multi Business Model Brains. First paper was presented at the BIT Sindri IEEE Conference 2020 conceptualizing on how a Multi Business Model Brain could be constructed and would operate supported by advance sensor technologies, artificial intelligence technologies, deep learning, persuasive technologies, Multi Business Model Innovation pattern analysis and libraries of BM archetypes. In combination they will all be important supporting tools to the Multi Business Model Innovation Brain – but now also to the Green Multi Business Model Innovation Brain. 8 case examples shows how Green Multi Business Model Innovation Brains can work in different contexts – in physical, digital, virtual and combined Business Model ecosystems.


1998 ◽  
Vol 65 (4) ◽  
pp. 811-819 ◽  
Author(s):  
F. Giambanco ◽  
L. Palizzolo ◽  
L. Cirone

The step-by-step analysis of structures constituted by elastic-plastic finite elements, subjected to an assigned loading history, is here considered. The structure may possess dynamic and/or not dynamic degrees-of-freedom. As it is well-known, at each step of analysis the solution of a linear complementarity problem is required. An iterative method devoted to solving the relevant linear complementarity problem is presented. It is based on the recursive solution of a linear complementarity, problem in which the constraint matrix is block-diagonal and deduced from the matrix of the original linear complementarity problem. The convergence of the procedure is also proved. Some particular cases are examined. Several numerical applications conclude the paper.


Author(s):  
Jian-She Gao ◽  
Ren-Cheng Zheng ◽  
Yong-Sheng Zhao

The actuating input selection is an important basic problem for the parallel mechanism. Based on the screw theory, the constraint screw can be got after locking a kinematic pair in any limb, which can be taken as actuating wrench acted on the moving platform of the parallel mechanism. The constraint screw matrix is composed of the structure constraint screws and the constraint screws of the actuating pairs. The reasonableness of input selection can be judged by the rank of the constraint matrix. The performance of the combinations of actuating inputs is evaluated by the condition numbers of the force constraint matrix and the torque constraint matrix respectively. The theory presented is validated by the simulation and the maching test.


Author(s):  
KOEN VANHOOF ◽  
MIKHAIL BONDARENKO ◽  
KATERYNA SOLOVYOVA ◽  
OLEXIY UKRAYINETS
Keyword(s):  

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