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January 2015

32. Relevance Metric

   NBP-RI-Sample-Chart-v0.2

NBP Relevance Index - Sample Chart v0.2 (Full Size Image - 102Kb)

The Relevance Metric is primarily used to compare the relevance (impact, currency and authority) of one entity relative to another, or relative to a specific stakeholder group. For example the Noteworthy BIM Publication Relevance Index (NBP-RI) compares the relevance of an NBP relative to other NBPs within and across markets. It can be also used to establish the relevance of an NBP to a group of practitioners, policy makers or researchers at a specific organizational scale - e.g. the relevance of NBIMS-US to contractors in the US (OrgScale 2), or relevance of PAS1192-4 to facility owners worldwide (OrgScale1). 

Relevance is measured using a five-level index (R0-R4). Below is an explanation of each level as applied within Paper B2:

  • R0 - Redundant: the NBP includes out-dated information which is no longer usable or useful
  • R1 - Relevant: the NBP is relevant, current and contains actionable information
  • R2 - Regarded: the NBP is highly-relevant, well-cited and well-used in comparison to other similar-topic NBPs
  • R3 - Recommended: the NBP is authoritative and impactful and considered a reference (among other references)
  • R4 - Requisite: the NBP is the most authoritative document covering a specific topic

Please note that the NBP-RI applies to all types of noteworthy publications. However, academic articles and scientific papers typically resort to more specialised metrics for establishing topical relevance and publications' overall impact.


31. Research Continuum

Research-Continuum-v1.1-Small

Research Continuum v1.1 (partial, showing sample relations | Full Size - 1.1Mb)

The Research Continuum v1.1 represents a network of conceptual and practical deliverables across a number of papers till December 2013 (model to be updated in 2016). The continuum highlights how each paper delivers a number of conceptual constructs which either extend earlier constructs/tools or support the development of new ones. Constructs are hierarchical  - frameworks, models, taxonomies, classifications and dictionary terms - yet interconnect through explicit ontological relations. At the bottom of the image are sample Knowledge Tools TL1-TL5 (e.g. TL4 is the online BIM Dictionary) which are dependent on these conceptual constructs. 

Updated 19 July 2016: The continuum clarifies how the BIM Maturity Matrix (TL2 - a practical tool introduced in Paper A3 and later released in a number of  languages) is dependent on several models (e.g. MD7-MD9), which are in-turn ontologically-connected to a number of taxonomies, classifications and dictionary terms.