A System Development Life Cycle for Persuasive Design for Sustainability

Mustaquim, Moyen Mohammad; Nyström, Tobias

doi:10.1007/978-3-319-20306-5_20

Cited by 6 publications

(4 citation statements)

References 27 publications

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“…In the third step, Mobile System Traceability will be evaluated by verifying and validating the system with a data sample from BPCS. The detailed work for this framework is divided into four stages: business process analysis, identification of mobile system components, a designing prototype of a mobile traceability system, and system verification and validation [7].…”

Section: Methodsmentioning

confidence: 99%

A system analysis and design for mobile digital business traceability at a food manufacturing

Djatna

Koswara

Kuncoro

2022

IOP Conf. Ser.: Earth Environ. Sci.

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As one of the multinational biscuit manufacturers in Bekasi, the X company is supported by Business Planning and Control System (BPCS) for the traceability in their supply chain. Although it has covered upstream and downstream supply chains, the company’s traceability is still considered ineffective. It is seen from the results of the company’s evaluation through the mock recall procedure. The research aims to identify the requirement of a mobile traceability system for mock recall procedures, design components of mobile traceability system prototype based on an android system, and validate the mobile traceability system and performances. The business process analysis in this research is using Business Process Model and Notation (BPMN) to trace the system. The results show that traceability is still less effective because activities are done manually, which takes much time. Therefore, the system is developed with cosine similarity calculation and verification of the model and validation of the black box. The verification and validation of the system against its needs show that the mobile traceability system can improve the effectiveness of company traceability and can be applied in the internal supply chain.

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Section: Methodsmentioning

confidence: 99%

A system analysis and design for mobile digital business traceability at a food manufacturing

Djatna

Koswara

Kuncoro

2022

IOP Conf. Ser.: Earth Environ. Sci.

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“…While the elements of a human-computer persuasive interaction is locked within the sphere of a software, a website or an electronic/mobile device and are dependent, the entities in a product-user persuasive interaction system are independent entities intended to work together to achieve a particular persuasive goal. Different persuasive system development methodologies exist [13]. One of such methodologies had been earlier projected.…”

Section: Pros Of the Product/entity-human Interaction Persuasive Smentioning

confidence: 99%

“…It is no longer unusual to use computers and other electronic devices in attempts to change human behaviours [11]. An example is Captology, which involves using computers as persuasive technologies [12,13]. This is the idea in which persuasive designs are rooted.…”

Section: Introductionmentioning

confidence: 99%

Influencing Children: Limitations of the Computer-Human-Interactive Persuasive Systems in Developing Societies

Ebenezer¹

2020

IJMECS

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The phenomenon of product/business failure, as well as lack of environmental sustainability and learning limitations, is fast becoming a recurrent 'disease' for investors, designers, design sponsors and education policy makers in many developing countries with poor persuasiveness contributing a large quota to such failures. This has greatly hampered the education, poverty alleviation and developmental efforts of the governments of such societies. In a bid to curb this negative trend, children, who are major influencers in product purchase behaviours of adults, have been targeted specifically by persuasive designers, in an effort to both educate and adopt them as means of reaching the larger populace. However, most researches in current persuasive system designs are limited to the information communication/management technology or computerized environments. These systems are technology/internet-driven and many potential users, in reality, in the developing world, unlike the rest of the world is often made to believe, do not have open access to such systems. Unfortunately, the effectiveness of any persuasive system is dependent on its accessibility to its user(s). Technological backwardness (often concealed behind ostentatious self-deceptive facades) has led to the poor persuasiveness of local persuasive systems and products in the third worlds. Therefore, adopting a mixed method for establishing the factor(s) limiting the efficiency of the computer/electronic-human interaction persuasive systems (CHIPS) in SouthWest Nigeria (N=900), this study established the need to adopt more of the product/entityhuman interaction persuasive system (PEHIPS) as an effective alternative for third world countries as, based on the study outcomes, the CHIPS proved less relatively effective in comparison to PEHIPS in rural regions. It however recommends the alternating adoption of a combination of both computerized and entity/product driven systems for the purpose of optimizing persuasive effectiveness in developing worlds.

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“…A proposed "Development life cycle for persuasive design for sustainability" [25] could be used as a starting-point to remedy this problem. For the system development life cycle (SDLC) to succeed, active user participation and understanding of the context is important, and some adjustments might be necessary when using gamification.…”

Section: Preliminary Findingsmentioning

confidence: 99%

Gamification of persuasive systems for sustainability

Nyström

2017

2017 Sustainable Internet and ICT for Sustainability (SustainIT)

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This work in progress presents some initial findings concerning the use of gamification and persuasive technology in the domain of reaching a set sustainability goal by using persuasive systems. Both gamification and persuasive technology have become more pervasive elements in the research community in the domain of human-computer interaction (HCI) and information systems. This paper argues for research addressing the designing of these systems since we currently have a vague understanding of the important underlying mechanism. Sustainability is genuinely complex and the designer of a persuasive system with a set sustainability goal must consider numerous parameters when designing the artefact.

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A System Development Life Cycle for Persuasive Design for Sustainability

Cited by 6 publications

References 27 publications

A system analysis and design for mobile digital business traceability at a food manufacturing

A system analysis and design for mobile digital business traceability at a food manufacturing

Influencing Children: Limitations of the Computer-Human-Interactive Persuasive Systems in Developing Societies

Gamification of persuasive systems for sustainability

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