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Library/R2 - Autonomous allocation process

Design Requirement

R2 - Autonomous allocation process

A solution must provide an autonomous allocation process.

OverviewLinked conceptsRelationshipsGraphRaw metadata

01

Overview

Producer metadata and the represented concept document.

Concept identity

design-knowledge/decentralized-procurement-logistics-dr2
Open concept record
Producer label
R2
Source paper
Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach
Timestamp
2026-08-08T00:00:00+00:00
Bundle path
design-knowledge/decentralized-procurement-logistics-dr2.md
decentralized-procurement-logisticsdesign-requirementlogisticsprocurementsmart-contractssupply-chain

Design requirement R2: Autonomous allocation process

A solution must provide an autonomous allocation process.

Source paper

This design requirement is proposed by Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach (Tiphaine Henry, Roman Beck, Nassim Laga, Walid Gaaloul, Shenle Pan, 2022).

Addresses

  • Design objective P1: Platform operating costs reduction - The paper states platform operating costs reduction "relies on an eased allocation process (cf R2)."

02

Linked concepts

Concepts connected by incoming or outgoing native Markdown links.

1 Design Objective

design-knowledge/decentralized-procurement-logistics-do1

P1 - Platform operating costs reduction

Platform operating costs reduction of the FTSP system should be considered to enhance the transportation process.

decentralized-procurement-logisticsdesign-objectivelogisticsprocurement+2

1 Paper

papers/decentralized-procurement-logistics

Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach

The paper designs, implements and evaluates a decentralized blockchain-based logistics procurement system that addresses the carrier-shipper allocation problem, deriving five design requirements, three artifact (design) objectives, and three nascent design principles - understandability, automation and metrics privacy - for decentralized procurement mechanisms.

blockchaindecentralized-procurement-logisticsdesign-science-researchlogistics+3

03

Relationships

Directed links from Markdown. Heading context is displayed as derived metadata, not as a formal OKF predicate.

Outgoing links

2
  • →

    Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach

    Paper
    Source
    R2 - Autonomous allocation process
    Target
    Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach
    Link label
    Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach
    Status
    Resolved

    Derived heading context: Source paper

  • →

    P1 - Platform operating costs reduction

    Design Objective
    Source
    R2 - Autonomous allocation process
    Target
    P1 - Platform operating costs reduction
    Link label
    Design objective P1: Platform operating costs reduction
    Status
    Resolved

    Derived heading context: Addresses

Incoming backlinks

2
  • ←

    Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach

    Paper
    Source
    Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach
    Target
    R2 - Autonomous allocation process
    Link label
    Design requirement R2: Autonomous allocation process
    Status
    Resolved

    Derived heading context: Design knowledge

  • ←

    P1 - Platform operating costs reduction

    Design Objective
    Source
    P1 - Platform operating costs reduction
    Target
    R2 - Autonomous allocation process
    Link label
    Design requirement R2: Autonomous allocation process
    Status
    Resolved

    Derived heading context: Addressed by

04

Local graph

One-hop by default, with an optional bounded two-hop view. Nodes are concept files and arrows are Markdown links.

Knowledge graph

3 of 3 concepts · 6 directed relationships

Concept types
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Design RequirementSeed

Autonomous allocation process

Concept identity

Concept ID
design-knowledge/decentralized-procurement-logistics-dr2
Producer label
R2
Native type
design-requirement

Description

A solution must provide an autonomous allocation process.

Tags

  • decentralized-procurement-logistics
  • design-requirement
  • logistics
  • procurement
  • smart-contracts
  • supply-chain
Description and publication link from the library record.

05

Raw metadata

The complete producer frontmatter, serialized without server paths or runtime data.

Show producer frontmatter+
{
  "type": "design-requirement",
  "title": "R2 - Autonomous allocation process",
  "description": "A solution must provide an autonomous allocation process.",
  "resource": "https://hdl.handle.net/10125/79952",
  "source_paper": "Decentralized Procurement Mechanisms for Efficient Logistics Services Mapping - a Design Science Research Approach",
  "label": "R2",
  "tags": [
    "decentralized-procurement-logistics",
    "design-requirement",
    "logistics",
    "procurement",
    "smart-contracts",
    "supply-chain"
  ]
}