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@ -3,7 +3,7 @@ title: "Permissionless and Permissioned, Technology-Focused and Business Needs-D
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tags:
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link: doi: 10.1109/TEM.2020.3003565
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date:
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authors: H. M. Kim, H. Turesson, M. Laskowski, A. F. Bahreini
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authors:
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---
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# Summary
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@ -7,6 +7,7 @@ authors:
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---
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# Summary
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As the title states, this paper is a systematic literature review on blockchain governance.
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# Extracts
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@ -56,4 +57,16 @@ p14 "process mechanisms describe the steps of blockchain development via the gov
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- How is it implemented
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- Process Mechanisms - steps of development via governance meta-rules
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- Product Mechanisms - features of a blockchain, as outcomes of the development process
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# Related
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- J. Werner, S. Frost, and R. Zarnekow, “Towards a taxonomy for governance mechanisms of blockchain-based platforms,” 2020.
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- Z. Bao, K. Wang, and W. Zhang, “An auditable and secure model for permissioned blockchain.” New York, NY, USA: Association for Computing Machinery, 2019.
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- Governance in the Blockchain Economy: A Framework and Research Agenda
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- The invisible politics of bitcoin: governance crisis of a decentralized infrastructure
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- Regulatory issues in blockchain technology
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- The internal and external governance of blockchain-based organizations: Evidence from cryptocurrencies
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- M. Finck, Blockchain regulation and governance in Europe. Cambridge University Press, 2018
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- S. Azouvi, M. Maller, and S. Meiklejohn, “Egalitarian society or benevolent dictatorship: The state of cryptocurrency governance,” in Financial Cryptography and Data Security, A. Zohar, I. Eyal, V. Teague, J. Clark, A. Bracciali, F. Pintore, and M. Sala, Eds. Berlin, Heidelberg: Springer Berlin Heidelberg, 2019, pp. 127–143.
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- W. Reijers, I. Wuisman, M. Mannan, P. De Filippi, C. Wray, V. Rae-Looi, A. C. Velez, and L. Orgad, “Now the ´ code runs itself: On-chain and off-chain governance of blockchain technologies,” Topoi, pp. 1–11, 2018.
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- B. D. Trump, M. Florin, H. S. Matthews, D. Sicker, and I. Linkov, “Governing the use of blockchain and distributed ledger technologies: Not one-size-fits-all,” IEEE Engineering Management Review, vol. 46, no. 3, pp. 56–62, 2018.
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- T. John and M. Pam, “Complex adaptive blockchain governance,” in MATEC Web of Conferences, vol. 223. EDP Sciences, 2018, p. 01010.
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@ -88,20 +88,7 @@ Blockchain technology falls into two distinct classes: open (permissionless) blo
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- https://www.ndss-symposium.org/wp-content/uploads/2019/02/ndss2019_02A-2_Zhang_paper.pdf A Treasury System for Cryptocurrencies: Enabling Better Collaborative Intelligence
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- Quadratic voting
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- https://ieeexplore.ieee.org/document/8818409 # A Full-Spectrum Blockchain-as-a-Service for Business Collaboration
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- J. Werner, S. Frost, and R. Zarnekow, “Towards a taxonomy for governance mechanisms of blockchain-based platforms,” 2020.
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- Z. Bao, K. Wang, and W. Zhang, “An auditable and secure model for permissioned blockchain.” New York, NY, USA: Association for Computing Machinery, 2019.
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- Governance in the Blockchain Economy: A Framework and Research Agenda
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- The invisible politics of bitcoin: governance crisis of a decentralized infrastructure
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- Regulatory issues in blockchain technology
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- The internal and external governance of blockchain-based organizations: Evidence from cryptocurrencies
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- M. Finck, Blockchain regulation and governance in Europe. Cambridge University Press, 2018
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- S. Azouvi, M. Maller, and S. Meiklejohn, “Egalitarian society or benevolent dictatorship: The state of cryptocurrency governance,” in Financial Cryptography and Data Security, A. Zohar, I. Eyal, V. Teague, J. Clark, A. Bracciali, F. Pintore, and M. Sala, Eds. Berlin, Heidelberg: Springer Berlin Heidelberg, 2019, pp. 127–143.
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- W. Reijers, I. Wuisman, M. Mannan, P. De Filippi, C. Wray, V. Rae-Looi, A. C. Velez, and L. Orgad, “Now the ´ code runs itself: On-chain and off-chain governance of blockchain technologies,” Topoi, pp. 1–11, 2018.
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- B. D. Trump, M. Florin, H. S. Matthews, D. Sicker, and I. Linkov, “Governing the use of blockchain and distributed ledger technologies: Not one-size-fits-all,” IEEE Engineering Management Review, vol. 46, no. 3, pp. 56–62, 2018.
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- T. John and M. Pam, “Complex adaptive blockchain governance,” in MATEC Web of Conferences, vol. 223. EDP Sciences, 2018, p. 01010.
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- [systematic review Related papers](notes/a%20systematic%20literature%20review%20on%20blockchain%20governance.md#Related)
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**Other maybe relevant Papers**
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@ -6,9 +6,9 @@ tags:
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---
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# Albums
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- https://open.spotify.com/album/63EL3UcZwzgO8rLyCnvNj6?si=TBa8bX_sRZ28oPDsfJjUNw
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- https://open.spotify.com/album/63EL3UcZwzgO8rLyCnvNj6
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- plantation lullabies
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-
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- the way through, deca
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# Books
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- 2022
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@ -28,6 +28,8 @@ tags:
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- Jane Eyre
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- a midsummer nights dream
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- the second sex
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- cryptonicon
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- the amazing maurice and his educated rodents
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- future
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- actual air david berman
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- woman in the dunes
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@ -1,120 +0,0 @@
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---
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title: "review-i201"
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aliases:
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tags:
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---
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# soft. dev. methods
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- [SDLC](notes/systems-development-life-cycle.md)
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- [1 traditional](notes/approaches-to-systems-development.md#1%20traditional) (predictive) vs [1 object oriented](notes/approaches-to-systems-development.md#1%20object%20oriented) (flexible)
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- [UP](notes/unified-processes.md) (OO)
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- [scrum](notes/scrum.md)
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- [xp](notes/extreme-programming.md)
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# requirements engineering
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- [business-process](notes/business-process.md) re engineering
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- [requirements](notes/requirements.md)
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- properties of good ones [requirements-guidelines](notes/requirements-guidelines.md)
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- functional vs not [furps](notes/furps.md)
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- importance (moscow)
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- elicitation [requirements-elicitation](notes/requirements-elicitation.md)
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- stakeholders techniques [stakeholders](notes/stakeholders.md) [Stakeholders](notes/requirements-elicitation.md#Stakeholders)
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- outcome validation [Validation of Requirements](notes/requirements-elicitation.md#Validation%20of%20Requirements)
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# business functions and use cases
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- business functions - how to identify [1 Id business functions](notes/business-functions.md#1%20Id%20business%20functions)
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- use cases - how to model [2 Use case](notes/business-functions.md#2%20Use%20case)
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- uml use case diagrams [use-case-diagrams](notes/use-case-diagrams.md)
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- actors usecases [2 1 Actor](notes/use-case-diagrams.md#2%201%20Actor) [2 2 Use case](notes/use-case-diagrams.md#2%202%20Use%20case)
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- associations, dependencies [2 3 Association](notes/use-case-diagrams.md#2%203%20Association) [2 5 Dependency](notes/use-case-diagrams.md#2%205%20Dependency)
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# BPM
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- business processes and how the are modelled [business-process](notes/business-process.md) [[bsin]]
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- BPMN vs (high level) UML activity [business-process-model-and-notation](notes/business-process-model-and-notation.md) [activity-diagrams](notes/activity-diagrams.md)
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# Data modelling
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- erd concepts [ERD](notes/entity-relationship-diagrams.md)
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- subtypes [subtypes](notes/entity-relationship-diagrams.md#subtypes)
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- parrallel and reursive relationships [parallel relationship](notes/entity-relationship-diagrams.md#parallel%20relationship) [recursive relationship](notes/entity-relationship-diagrams.md#recursive%20relationship)
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- historical data [dealing with data history](notes/entity-relationship-diagrams.md#dealing%20with%20data%20history)
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- normalisation [normalisation](notes/normalisation.md)
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- redundancy and anomalies [redundancy-and-anomalies](notes/redundancy-and-anomalies.md)
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- function and multivaly dependencies [dependencies](notes/dependencies.md)
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- normal forms [2 Normal forms](notes/normalisation.md#2%20Normal%20forms)
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# Modelling object structure
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- oop concepts [10-oop-concepts-and-uml](notes/10-oop-concepts-and-uml.md)
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- state behaviiour encapsilation
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- class vs instance, object reference
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- uml diagrams [what-are-uml-diagrams](notes/what-are-uml-diagrams.md)
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- steriotypes, visibility, multiplicity [1 Stereotypes](notes/class-diagrams.md#1%20Stereotypes) [3 1 multuplicity](notes/class-diagrams.md#3%201%20multuplicity)
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- specialsation/generalisation, navigability [3 8 Specialisation generalisation](notes/class-diagrams.md#3%208%20Specialisation%20generalisation) [3 4 Navigability](notes/class-diagrams.md#3%204%20Navigability)
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- erd vs class diagram [4 Domain class model](notes/class-diagrams.md#4%20Domain%20class%20model) vs [5 System class model](notes/class-diagrams.md#5%20System%20class%20model)
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# object behaviour
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- inheritance [1 Inheritance](notes/modelling-behaviour.md#1%20Inheritance)
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- specialisation vs implementing an interface [1 1 Via Specialisation](notes/modelling-behaviour.md#1%201%20Via%20Specialisation) vs [1 2 Via Interface](notes/modelling-behaviour.md#1%202%20Via%20Interface)
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- separation of public private API (programming to interface) [1 3 Public vs Private](notes/modelling-behaviour.md#1%203%20Public%20vs%20Private)
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- rich vs anaemic domaini models "processor objects" [2 Behaviour](notes/modelling-behaviour.md#2%20Behaviour)
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- modelling behaviour with uml [modelling-behaviour](notes/modelling-behaviour.md)
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- sequnce diagrams [sequence-diagrams](notes/sequence-diagrams.md)
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- low level activity and state diagrams [activity-diagrams](notes/activity-diagrams.md)
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# round trip engineering
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- foward engineering [UML to Java Foward Engineering](notes/uml-java-forward-engineering.md)
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- erd -> SQL
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- uml class diagram -> e.g., java
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- correspondenc with use cases
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- reverse engineering (code <- diagrams) [reverse engineering](notes/uml-java-reverse-engineering.md)
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# Data access
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- data persistence file vs database [Data Access](notes/data-access.md)
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- database APIs (JDBC etc) [JDBC](notes/java-database-connectibity.md)
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- DAOs [DAO](notes/data-access-object.md)
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- oner per use case (not just per domain class)
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- often programming via DAO interface
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# Database transactions
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- ACID [ACID](notes/18-advanced-sql-1.md#ACID)
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- what and why [Transactions](notes/18-advanced-sql-1.md#Transactions)
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- commit vs rollback [commit and rollback](notes/18-advanced-sql-1.md#commit%20and%20rollback)
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# SQL select
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- select from where [Select](notes/19-advanced-sql-2.md#Select)
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- sorting grouping aggregation [Aggregation and grouping](notes/19-advanced-sql-2.md#Aggregation%20and%20grouping)
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- view, inner and outer joins, subqueries [Inline views](notes/19-advanced-sql-2.md#Inline%20views) [Joins](notes/19-advanced-sql-2.md#Joins), [Subqueries](notes/19-advanced-sql-2.md#Subqueries)
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# data integrity
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[20-data-integrity](notes/20-data-integrity.md)
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- nulls and their issues
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- business rules, databas contrainsts, veification, validation [Validation](notes/20-data-integrity.md#Validation) [Verification](notes/20-data-integrity.md#Verification) [Check constrainsts](notes/20-data-integrity.md#Check%20constrainsts) [Primary and foreign key constraints](notes/20-data-integrity.md#Primary%20and%20foreign%20key%20constraints)
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- in-database vs outside database
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- in data base automation: sequence, triggers, stored procedures [Automation](notes/20-data-integrity.md#Automation)
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# softare architectures, patterns, and templates
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[08-business-patterns](notes/08-business-patterns.md)
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- monolithic vs client/server vs distributed (services) [Monolithic architecture](notes/software-architectures.md#Monolithic%20architecture)
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- separation of reponsilbilities [Separation of reponsibilities](notes/software-architectures.md#Separation%20of%20reponsibilities)
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- "standard patters" of design (recognise) [Generic old info sys architecture](notes/software-architectures.md#Generic%20old%20info%20sys%20architecture)
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- sysstem templates [system-templates](notes/system-templates.md)
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# performance and security
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- performance requirements [Performance requirements](notes/22-performance-and-security.md#Performance%20requirements)
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- how to quantify and measure
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- response time, workload, scalability
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- caching pooling
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- system reliability
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- security and integrity requirements [Integity and securuty controls](notes/22-performance-and-security.md#Integity%20and%20securuty%20controls)
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- consider throughout development
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- authentication and authorisation
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- principle of least privilege
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- hat a user should only have access to what they absolutely need in order to perform their responsibilities, and no more.
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# cost benefit analysis
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- project feasbility [justifying a project](notes/25-cost-benefit-analysis.md#justifying%20a%20project)
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- need, funding, strong will
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- duration, priority, rick, uncertainty
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- should we, can we, is it worth it?
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- economic feasibility: [costs and benefits](notes/25-cost-benefit-analysis.md#costs%20and%20benefits)
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- costs vs benefits (tangigble/intangible)
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- payback time (break even), NPV, ROI
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