**4. Theory**

250 Semantics – Advances in Theories and Mathematical Models

Fig. 2. How strategic management process outcomes drive domain groupings (Hawkins, 1993; Raimond & Eden, 1990; Camillus & Datta, 1991; David, 2002; CSMINTL, 2002;

areas = KPAs; Key performance indicators = KPIs.

initially using Ackoff system of filters1::

information–knowledge patterning?

(Hobbs, 2005; Bellinger, 2004; Ackoff, 1962; Wikipedia, 2009).

McNeilly, 2002; Goold & Campbell , 2002; Miller et al., 1996). Legend: Critical Success Areas = CSAs; Critical performance indicators = CPIs; Key result areas = KRA; Key performance

The second part of the journey involves distilling the critical Theme (Conjecture) questions

 What cross platform control systems and memory exist with information–knowledge? When does the combining the 'logic gates' and 'event horizon' of enablers used in

1 Ackoff system of filters: information ('who', 'what', 'where', and 'when'); knowledge (application of 'how'); understanding (appreciation of 'why') and wisdom (evaluated 'why' [e–Why]) continnum

How did the Literature Review to get Information Theory Themes?

Why is there variability within a 'fit–for–purpose' ethos?

Coalescence Theory based Semantic mapping has two principle conceptualisations, that is, 'Wisdom open–system semantic identification' (WOSSI) and the existence of 'Causality Logic gates' (COR gates) for use of Human—machine interfaces (Ronczka, 2006).

Human—machine interfaces could tend to be COR gates meshed and reflected within cognitive processes that semantic—semiotic mapping assists with. Current methods have extensive notations and mathematical fractals that make it difficulty for tech managers to understand the outcomes to be met and then develop the metrics to assist in monitoring.

As a stakeholders and partners the owner—funder—managers with the developer must have clarity and a common purpose. That is, the traditionally C3 (say C3T) has been 'Command—communication—control' but does not fit the current realities of 'Command causalities—consequences' (C3N) required for transparency, clarity of purpose and having processes that met the required corporate governance (Ronczka [2], 2006).

WOSSI based on Coalescence Theory may have application to rheology of entangled, single and multiple chains to suggest biorheology logic gates - Coalescence Theory (CT) application to rheology of entangled, of single and multiple chains suggests the existence of biorheology logic gates using CT developed at the University of Tasmania. Using CT may

C3

**6D[U]** (a fold)

2006).

of:

1979).

berlin, 2010).

processes') to overcome impairments?

W semantic Temporal Entanglement Modelling for Human - Machine Interfaces 253

**Continuum of inputs and outputs**

Multiple decision points

Fig. 3. Entangled*–*single*–*multiple chains—*Biorheology Markov chains* (Brand, 1993; Ronczka,

To allow validation and plausibility of the existence of WOSSI data cube embedded KILDEE packets conceptualization a process may use Information Theory, plausible hypotheses. Secondly, hypotheses could allow highlighting of WOSSI—B*–*COR entangled single–to– multiple chain KILD's philosophies to undergo convergence and merging at event horizons

C5M ('Command—communication—control' with *'Management—causalities—*

SIAN (Synergy, integration (Interoperability), assimilation and narratives) (Carbonell,

 BRI (Biorheological informatics: use of mathematics, statistics, and computer science approaches to study biological interfaces of life sciences (e.g. biology, genome) (Fu-

WOSSI—B*–*COR entangled single–to–multiple chain KILD's convergence and merging as Biorheology interface hybrid access act as drivers. Conceivably the fusion of human machine in the workplace—community may achieve life style and Health benefits. "*In the workplace of the future the most important ingredients will be people and knowledge. The technologies that are mesmerizing us today will be recognised for what they really are—the embedded tools for doing business"* (Goldsworthy, 2002). Semantic and Semiotic neutral nets may be a way forward for Biorheology interface hybrid access ('devices—entities—events—

Human–machine delivery engine

*consequences'* ) (Carbonell, 1979; Ronczka, 2010).

COR Delivery engine Critical path of COR's (kernel)

Spoof delivery engine

**Multiplexing**

**5D[K]** (a split)

have plausibility in understanding the dynamics of deformation and flow of matter (rheology) as related to entanglement of single and multiple chains as possible biological logic gates (B-gate or biorheology logic gates) within bio-delivery engines and sub delivery engines. Entanglements perhaps are the outcomes of coalescence processes and possible are part of a biologically based control systems approach. With the assistance of 'Wisdom open—system semantic identification' (WOSSI) mapping, what might be further suggested is the existence of entangled single*–*to*–*multiple chain 'causality logic gates' (COR gates). A likely outcome could be biorheology machine systems that provide SIANS (synergy, integration, assimilation narrative and synchronization) for strand–to–threads–to– chains (S2T2C), to accounts for random radicals in a dynamic continuum and achieve a human—machine partnership with enhanced biological entities (Ronczka, 2010).
