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8/14/2019 Mapping Noosphere
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Mapping the NoosphereA semantic engineering perspective
Pierre Lvy, CRC, FRSC
Planetary CollegiumMontreal Summit 2007
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Collective Intelligence
Definition
Collective memory
Coordinated cognitive operations
Dynamic of improvements
The use of intellectual/noetic technologies
Coupled with human development and theexpansion of consciousness
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Digital Memory Architecture
Computer Interconnection between transistors.Computer memory = bits addresses.Operating systems. Applications software
Augmentation of logical and arithmetical processing.
Internet Interconnection between computers.Internet Protocol = information servers addresses.
Routers.Personal computing. Virtual communities. Digitized mediaconvergence.
Interconnection between documents.
URL = http://pages addresses.Search engines, browsers.Global multimedia hypertextual public sphere.
Web
Noosphere Interconnection between significations.
concepts addresses .Semantic computing,multimedia exploration of semantic space.A shared virtual semantic memory. Global collectiveintelligence. Augmentation of interpretation.
1950
1980
1995
2015
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The Noosphere Conundrum
Finding a concepts addressing system ableto coordinate collective memory
Independent from languages and ontologies,with neither exclusion nor privilege =>
(semantic metadata). Supporting the automation of cognitive
fonctions =>(semantic programming).
Allowing the representation, observation,simulation and enhencement of collectiveintelligence by cyberspace/pervasivecomputing.
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An Architecture for the Noosphere
Generative semantics
Information Economy Meta Language
Semantic Space Semantic addresses
Semantic perspectives
Collective Intelligence
Semantic metadata (values & references onsemantic addresses)
Semantic automata (transformation ofsemantic metadata)
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Linguistics: SignifierScholastics: VoxPeirce: sign foundationHusserl: NoemSemantic addressing Fonction
Linguistics : ReferentScholastics : ResPeirce: ObjectHusserl: Object
Indexing Function
Linguistics: Signified, interpretationScholastics: ConceptusPeirce: InterpreterHusserl: Intentionnality
Evaluation function
Sign
Being
Thing
Pierre Lvy, CRC, Universit dOttawa
Representation
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Semantic Elements
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IEML
25 Events
625 Relations
240.106 Ideas
Root Ideas
Inflected Ideas
1026 Phrases
Performatives Phrases (O source)
Propositional Phrases (M source)
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Events
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Semantic / Noetic Automata
Definition of a semantic automaton
A composition of semantic functions(trajectories, metamorphosis, automatic
ranking, logical functions, set operations,semantic form recognition...) defined onsemantic metadata.
Semantic programming
The design of semantic metadata(variables) should be closely linked withaddressing, valuation and indexingfunctions (operators).
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Planetary Collegium
Noosphere Observatories ?
Collective intelligence (noetic life) can
be represented, observed, supportedand augmented by ecosystems of
semantic automata in semantic space
Artistic R & D: semantic metadata,
automata and transformations can feed
multimedia production programs and
machines
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Collective
Intelligence creationcreation
creation creation
Collective Intelligence Dynamics
aspiration
aspiration
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IEML
25 Events D = {ESo, EDe}
625 Relations R = {DSo, DDe}
240.106 Ideas I = {RSo, RDe, RTr}
Root Ideas = {RSo, RDe} Inflected Ideas = {RSo, RDe, RTr}
1026 Phrases P = {ISo, IDe, ITr}
Performatives Phrases (O source) {So action, De object, Tr actant}
Propositional Phrases (M source) {So subject, De attribute, Tr condition}
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Generative semantics
Semantic flow: {So, De, Tr}
Empty roles
Articulation degrees, semantic product
Elements : {U, A, S, B, T} Semantic colors : {O, M}
Verbal color O = {U, A}
Nominal color M = {S, B, T}
Flows are coloured by their sources Semantic weights : {O1, M2, U1, A2, S3,
B4, T5}
Weights of same degrees can be added
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Semantic Addressing
Semantic Space 3 axis : PSo, PDe, PTr
Semantic Space units are semes, triplescomposed ofSo phrase, De phrase and
Trphrase Semantic perspectives (there are as many
semantic perspectives as strict orders on thephrases of the axes)
Semantic addresses A semantic address is :
a set of semes
a graph of phrases
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Semantic Metadata
Metadata structure
S: Unique Semantic Address
B : Values
Ordinal numbers / ranking functions Cardinal numbers / measurement functions
T : References links toward documents addresses / indexation
functions
Concept : a set of metadata on which afunction is defined
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Semantic functions S* : Addressing functions
Semantic products (matrices)
Semantic transformations (substitutions) Trajectories
Symmetries (So / De / Tr)
Rotation (cycles)
Translation (reversibles
Metamorphosis Operations on sets (union, intersection, difference)
Folding (wraping-compression/ unwraping-decompression)
Other
B* : Valuation functions Automatic ranking
Logical functions (truth) Semantic form recognition
Other arithmetic functions
T* : Indexation functions