BCSSS

International Encyclopedia of Systems and Cybernetics

2nd Edition, as published by Charles François 2004 Presented by the Bertalanffy Center for the Study of Systems Science Vienna for public access.

About

The International Encyclopedia of Systems and Cybernetics was first edited and published by the system scientist Charles François in 1997. The online version that is provided here was based on the 2nd edition in 2004. It was uploaded and gifted to the center by ASC president Michael Lissack in 2019; the BCSSS purchased the rights for the re-publication of this volume in 200?. In 2018, the original editor expressed his wish to pass on the stewardship over the maintenance and further development of the encyclopedia to the Bertalanffy Center. In the future, the BCSSS seeks to further develop the encyclopedia by open collaboration within the systems sciences. Until the center has found and been able to implement an adequate technical solution for this, the static website is made accessible for the benefit of public scholarship and education.

A B C D E F G H I J K L M N O P Q R S T U V W Y Z

TAKE-OVER LAW 1)4)

TAMPERING 1)

TASK ALLOCATION 1)4)

TAUTOLOGY 3)

TAXON MEMORY 3)5)

TAXONOMIES of systems 1)

TEAM SYNTEGRITY 2)

TECHNICAL MACROSYSTEM 1)4)

TECHNOCENTRISM 1)4)

TECHNOLOGICAL DETERMINISM 1)4)

TECHNOLOGY 1)4)

TECHNOLOGY ASSESSMENT 1)4)5)

TECHNOLOGY CREATION (Ethics of)

TECHNOLOGY (Sustainable) 1)

TECHNOSPHERE 1)4)

TEKTOLOGY 1)

TELEOGENESIS 1)

TELEOLOGICAL CONCEPTS 1)3)

TELEOLOGICAL EQUATIONS 2)

TELEOLOGICAL EXPLANATIONS 3)

TELEOLOGY 1)2)3)

TELEON 1)2)4)

TELEONICS 1)3)

TElEONOMY 1)3)

TELEOS:"Purpose, aim, goal or end" 1)3)

TELESITIC BEHAVIOR 1)

TEMPLATE 1)

TEMPO, PULSE AND RHYTHMS IN SYSTEMS

TEMPORAL HIERARCHIES

TENSEGRITY

TENSION

TENSOR 2)5)

TERM (Short-, Medium-, Long-) 1)

TERRITORY 1)

TESSARACT 1)2)

TESSELATION 2)

TEXT 1)

THEMATIC ATTRACTOR 1)5)

THEORIES as DEDUCTIVE SYSTEMS 3)

THEORY ? (What is a) 2)3)

THEORY (Minimal axiomatics of any general) 3)

THEORY OF TYPES 3)

THEORY (Projective) 3)

THEORY and PRACTICE

THERMODYNAMICS (First law of) 2)5)

THERMODYNAMICS (Generalized) 2)5)

THERMODYNAMICS (Limitations to classical) 2)3)5)

THERMODYNAMICS (Linear) 2)

THERMODYNAMICS (Second Law of) 5)

THERMODYNAMICS (The Second. Law of) as an ATTRACTOR 2)5)

THERMODYNAMICS (Third Law of) 1)5)

THERMODYNAMICS (Equilibrium) 2)

THINKING (Integrative) : E. MORIN's seven principle 1)3)

THREE BODIES PROBLEM 3)5)

THREE R's of Hard Sciences (The) 1)3)

THRESHOLD 1)

THRESHOLD OF STIMULATION 1)2)

THRESHOLD UNIT 2)5)

THROUGHPUT 2)

TIGHTNESS (Excessive) 1)2)

TIME 1)3)

TIME (Access) 1)

TIME and ENTROPY 1)

TIME as an Observer's acquired frame 3)

TIME ASYMMETRY 1)

TIME BINDING 1)3)4)

TIME DIMENSIONS 1)

TIME DOMAIN 1)

TIME FRAME 1)2)

TIME HORIZON 2)5)

TIME LAG 1)2)

TIME LAPSE 1)2)

TIME (Object-in-)

TIME of A SYSTEM (Internal) 1)4)

TIME OF A SYSTEM 1)

TIME PERCEPTION 3)

TIME POLYMORPHISM 1)3)

TIME RESOLUTION LEVEL 2)

TIME SCALE 1)

TIME SCALES (Differences in) 1)

TIME – SPACE NEXUS 2)3)

TIME SPANS for REACTIONS 1)4)

TIME (Thermodynamic) 1)3)

TIME-CONSTANCY 1)3)

TIME-ENERGY NEXUS in systems 1)

TIME-FRAME MECHANISM 1)2)

TIMEKEEPER (Biological) 2)5)

TIMER 2)

TIME's ARROW 1)

TIMING 1)2)

TINKERING 1)2)4)

TIPPING POINT 1)2)

TIT-for-TAT STRATEGY 2)4)

TOKEN 1)3)

TOLERANCE 1)2)

TOOLKIT PRINCIPLE 2)

TOOLS (Conceptual) 3)

TOP DOWN 1)2)

TOPOLOGICAL DYNAMICS 2)

TOPOLOGICAL SPACE 2)

TOPOLOGY 1)2)

TOPOTAXIS 1)2)4)

TOROID 2)

TORUS 2)

TOTAL SYSTEM INTERVENTION (TSI) 4)

TOTIPOTENCY 1)

TOTIPOTENTIALITY 1)

TRADE-OFF 2)

TRADE-OFF DECISION 4)

TRAINING 1)3)

TRAINING (Methods of Systemic) 1)2)3)

TRAJECTORY 2)

TRAJECTORY in classical representation 2)

TRAJECTORY of a network 2)

TRAJECTORY (Stability of a) 2)

TRANSCODING 2)

TRANSCULTURATION 4)

TRANSDISCIPLINARITY 1)3)

TRANSDUCER 1)2)

TRANSDUCTION 2)

TRANSFER FUNCTION

TRANSFER (Inverse) 2)3)

TRANSFORM 3)

TRANSFORMATION 2)4)

TRANSFORMATION (General Theory of)

TRANSFORMATION MODEL 2)4)

TRANSFORMATION (Principle of nonproportional) 1)2)

TRANSFORMATIONS (Topological) 2)

TRANSFORMITY 1)

TRANSIENT STATE 1)2)

TRANSITION 1)

TRANSITION (BÉNARD's) 2)

TRANSITION (Discontinuous) 2)

TRANSITION (Principle of asymmetric) 2)

TRANSITION PROBABILITY 2)

TRANSITION PROBABILITY MATRIX 2)

TRANSITION (Rule obeying) 2)

TRANSITION STEP 2)

TRANSITIONS (Register of the) 2)

TRANSITIVITY 2)

TRANSLATION 1)3)

TRANSLATION RULE 2)

TRANSLOCATION 2)5)

TRANSMISSION LAG 1)2)

TRANSMITTER 1)

TRANSPARENCY 1)3)

TRANSPARENCY TO ONESELF 3)4)5)

TRANSPUTER 5)

TREE 2)

TREND 1)3)

TRENDS (Types of) 1)2)

TRIAD 2)

TRIADIC RELATION 2)

TRIADICITY 2)3)

TRIAL and ERROR 1)

TRIFURCATION 2)3)

TRIGGER 1)

TRIGGER EFFECT 1)2)

TRIGGERING QUESTIONS 2)

TRIVIALIZATION 1)

TROPHIC NET

TROPISM 1)2)

TROPOS 1)5)

TRUTH: (no definition given, of course… and quote marks "….." should be used) 3)

TUNNEL VISION 1)3)

TURBULENCE 2)4)

TURING MACHINE 2)

TURING STRUCTURES 1)2)

TURING's TEST 1)3)

TURNOVER 1)

TURNOVER TIME 1)

TWO-BODIES PROBLEM 2)

TYPES (Theory of logical)

TYPOLOGY OF ORGANIZATIONALLY-CLOSED (SELF-REFERENTIAL) SYSTEMS

Categories

  • 1) General information
  • 2) Methodology or model
  • 3) Epistemology, ontology and semantics
  • 4) Human sciences
  • 5) Discipline oriented

Publisher

Bertalanffy Center for the Study of Systems Science(2020).

To cite this page, please use the following information:

Bertalanffy Center for the Study of Systems Science (2020). Title of the entry. In Charles François (Ed.), International Encyclopedia of Systems and Cybernetics (2). Retrieved from www.systemspedia.org/[full/url]

We thank the following partners for making the open access of this volume possible:

© 2020 BCSSS Contact/Imprint