**18.4.6 Reasoning**

262 Semantics – Advances in Theories and Mathematical Models

minimising the influence of 'de Montaigne' paradoxes (negative outcomes: '*nothing is so firmly believed as that which we least know'* (Lin, 2003 ; Collins, 2002)) and providing foresight based on knowledge—information—learning delivery engines (KILDEE's). Therefore CT used within WOSSI drives the development of KILDEE's to suggest the existence of 'biorheology causality logic gates' (B*–*COR gates) (Answers, 2010; Senese, 2005; Ronczka,

This covers themes that are put forward in the general literature within the causality logic

The logic decomposition uses standard-C architecture for complex gates to promote

Discrete space-time, but discrete space-time tends not to be quantum, as C drives Boolean logic and might not allow cycles but does suggest mapping quantum space-time into proto-

Researchers from Kondratyev, Cortadella, Kishinevsky, Lavagno and Yakovlev (1999) through to Zizzi (2003) and Schneider, Brandt, Schucle and Tuerk (2005) have looked at

Causality cycles between systems, preconditions, and "that stronger notions of causality are reasonable, as long as they retain the relation between stabilization of circuits, existence of

Effect of logic circuits based on Markov random fields in Complementary metal–oxide– semiconductor (CMOS) occur using 'complementary–symmetrical' (C–S) pairs for logic

Logic gate need a level of simulation that provides comparable accuracy and control of events without expensive code pre-processing (Riepe et al., 1994). Digital circuits known as

Binary decision diagrams allow Boolean function computations (Schneider et al., 2005).

Boundaries, surfaces and gaps exist between gates that that may lead to random radicals. This may lead to spoofing and making the circuit behave in combination with externality gates not within the desired operating space or bandwidth parameters

gates context maybe suggested being 'Decomposition' to 'Enablers'.

dynamic schedules and constructive programs" (Schneider, 2005).

functions and the need for a paradigm shift (Nepa, 2006).

combinational circuits occur with cycles (Riedel et al., 2003).

2009).

**18.4 Causality logic gate themes** 

optimization (Kondratyev, 1999).

space-time via XOR gates (Zizzi, 2003).

**18.4.3 Complementary–symmetrical** 

relationships with logic gates.

**18.4.1 Decomposition** 

**18.4.2 Discrete** 

**18.4.4 Decisions** 

(Neiroukh, 2006).

Logic (reasoning) circuits with logic gate inputs and outputs with associated Truth Tables to develop a reasonable or logical conclusion based on known information (NAVEDTRA, 1998).

To provide a plausible avenue for the development of new ideas and paradigm shifts in digital circuit logic gates does one 'return to the future' by drawing on Aristotelian logic or Non-Aristotelian Logic. (Alder, 2004).

Another way forward might be to remain sceptical and focus on plausible conjectures based on deductive logic strands covering propositional, contemporary, and traditional through to monadic and dyadic. An Ockham's razor approach may have simple logic symbols: negation (~), conjunction (&), inclusive disjunction (v), exclusive disjunction (Җ), conditional (ב (and bi-conditional (≡) (QSA, 2004).
