2023
Wang, Yulu; Kaya, Fadime; Gordijn, Jaap
Blockchain Network Governance - A Literature Perspective Proceedings Article Forthcoming
In: Proceedings BC4IS workshop CAiSE 2023, Forthcoming.
@inproceedings{Wang2023,
title = {Blockchain Network Governance - A Literature Perspective},
author = {Yulu Wang and Fadime Kaya and Jaap Gordijn},
url = {https://dise-lab.nl/wp-content/uploads/2023/04/A_SLR_on_Decentralized_Governance_Design_YuluFadime.pdf},
year = {2023},
date = {2023-04-09},
urldate = {2023-04-09},
booktitle = {Proceedings BC4IS workshop CAiSE 2023},
abstract = {In a decentralized governed ecosystem, decisions are made through a collaborative and consensus building design mechanism. Such a governance process is multifaceted, complex, dynamic, and challenging. Appropriate design contributes to the success and sustainability of the ecosystems. This paper presents a systematic literature review (SLR) of decentralized governance design (DGD), by exploring concepts such as Decentralized Governance (DG), Decentralized Autonomous Organization (DAO) from a computer science perspective. We identify and assess the characteristics of DG and the drawbacks that exist in current DGD approaches. A novel approach on DGD has been recently introduced, coined as DECENT that utilizes a conceptual modeling approach to improve decentralized ecosystems modeling. Contribution of this SLR study are: (1) Present a concise overview of current approaches on DG (2) Discuss decentralized ecosystems that employ DG and identification of
drawbacks (3) Motivate why conceptual modeling is a design requirement for DGD and discuss a DGD modeling method DECENT (5) Provide a clear direction to evolve the development of decentralized governance frameworks.
Keywords: Decentralized},
keywords = {},
pubstate = {forthcoming},
tppubtype = {inproceedings}
}
In a decentralized governed ecosystem, decisions are made through a collaborative and consensus building design mechanism. Such a governance process is multifaceted, complex, dynamic, and challenging. Appropriate design contributes to the success and sustainability of the ecosystems. This paper presents a systematic literature review (SLR) of decentralized governance design (DGD), by exploring concepts such as Decentralized Governance (DG), Decentralized Autonomous Organization (DAO) from a computer science perspective. We identify and assess the characteristics of DG and the drawbacks that exist in current DGD approaches. A novel approach on DGD has been recently introduced, coined as DECENT that utilizes a conceptual modeling approach to improve decentralized ecosystems modeling. Contribution of this SLR study are: (1) Present a concise overview of current approaches on DG (2) Discuss decentralized ecosystems that employ DG and identification of
drawbacks (3) Motivate why conceptual modeling is a design requirement for DGD and discuss a DGD modeling method DECENT (5) Provide a clear direction to evolve the development of decentralized governance frameworks.
Keywords: Decentralized
drawbacks (3) Motivate why conceptual modeling is a design requirement for DGD and discuss a DGD modeling method DECENT (5) Provide a clear direction to evolve the development of decentralized governance frameworks.
Keywords: Decentralized