**22. Results**

Information and Causality Logic Gate Themes, as an initial stage, a review starts with statements and conjectures about what the literature considers Information Theory and Causality logic gates to be. The outcome required was the establishment of common themes that aid any 'place–time–way' C3M3.

## **22.1 Themes**

Using Ockham's razors, Information Theory, and Causality logic gates enables themes to be filtered (Table 4).

These Themes appear as a continuum (Tables 4 and 5) that could be further clarified through the Theory of conversation shown in Fig 6.

## **22.2 Logic gates - blocks**

Possible circuit construct blocks and plausible within Logic gates using the highlighted themes (Table 6).

266 Semantics – Advances in Theories and Mathematical Models

Cognitive: a visual focus due to eye construction - 3D mapping temporal dilation

Administer "special users" (e.g., forum moderators) to Online Account Management

Information and Causality Logic Gate Themes, as an initial stage, a review starts with statements and conjectures about what the literature considers Information Theory and Causality logic gates to be. The outcome required was the establishment of common themes

Using Ockham's razors, Information Theory, and Causality logic gates enables themes to be

These Themes appear as a continuum (Tables 4 and 5) that could be further clarified

Possible circuit construct blocks and plausible within Logic gates using the highlighted

Create and edit applications and app versions including Off campus access

AIBAS, 2006; CSCS, 2004).

Biological interfaces tend to drive:

preloaded firmware a feature of the biological entity

Entity-event-data cascade (coalescence Theory)

An administrative web interface provides for:

 View recent results, metrics and analyze failures Browse stripcharts and system flowcharts

through the Theory of conversation shown in Fig 6.

Security and screening user profiles

 Send mass email to users Recording malfunctioning hosts Distribution of how many Flops used Cancelling user access and work units

Browse log files (BOINC, 2007).

that aid any 'place–time–way' C3M3.

(OAM)

**22. Results** 

**22.1 Themes** 

filtered (Table 4).

themes (Table 6).

**22.2 Logic gates - blocks** 

Spoofing (rejection rates; skewed data-actions; random radical events?)

(version of atom structure). (Carbonell, 1979; Adkins et al., 2003).

**21.4 Administrative Web Interface (AWI) for telecommunications** 

Browse database, account management, orders and repairs

**21.3 Biological interfaces** 

of concepts the user *thinks* exists in the system); D4: the actual system (Joslyn, 2001;


Table 4. Title of table, left justified Information Theory—causality logic gate themes (CSCS, 2005; Wikipedia 2008; Mei, 2008).


C3

2005).

**(Conjectures)**

**Causality logic gate Themes** 

W semantic Temporal Entanglement Modelling for Human - Machine Interfaces 269

The feature that stands out is that the COR's occur as required any 'place–time–way' C3M3. COR's and not mono, they will find the cross platform control systems and memory with information–knowledge cipher–prima strings that may support families of delivery engines to achieve the desired outcome. The analogy may be from project management and the use

Fig. 9. NAND Equivalent Circuits Concept of WOSSI (COR gates) Logic circuit for function

A further refinement could be by providing a level of causality (Table 7), and relationship association. This is likely to indicate how useful the information might be considered and tested with an Ockham's razor outcomes aligned to causality (Carbonell, 1979; Wagner et al.

Synthesized and adaptability — — Remote cause Reasoning — — Remote cause

A note on Causality: Symptoms: Affects—factors specific to an event or occurrence. Immediate cause explains why the event or occurrence has occurred. Remote cause may explain why the event or occurrence has occurred (Carbonell, 1979; Wagner et al., 2005;

Decomposition Symptoms — — Discrete Symptoms — — Complementary–symmetrical — Immediate cause — Decisions — Immediate cause —

Enablers to logic Symptoms — —

Hobbs, 2005; Bellinger, 2004; Mei, 2008; Ackoff, 1962; Wikipedia, 2009).

**Symptoms Immediate** 

**cause** 

**Remote cause** 

**10D** (a point) *Length–width– depth–time*

*N-dimensional* **space**

**7D** (a line) *Sixth dimension Single point*

**4D** (a line)*Length–width–depth–time* 

"Kernel on the critical path = Möbius strips"

*"Duration"*

**Plasmozoids** 'apparitions'

**COR** 

*AB AB* i.e. the complement of "A NAND B" (Collins, 2002; Als, 1999).

**22.3 Symptoms– immediate cause– remote cause** 

Table 7. Causality Themes —logic gates – Causality.

of critical paths for the tasks and required resources.


Table 5. Literature Review to get Information Theory Themes.


Table 6. Causality themes —logic gates—blocks

Venn diagrams, Boolean algebra and Karnaugh maps (K map) may be developed for all logic gates detailed within Table 6 to detail operations. Fig 7 details a traditional Venn diagrams for NAND Equivalent Circuits stressing the input to output relationship. If log gate Kernels are on the critical path the WOSSI concept can be used to highlighted them (Fig 9) (Collins, 2002; Als, 1999).

268 Semantics – Advances in Theories and Mathematical Models

optimal

conditional; entropies: equivocation; conditions;

probabilities; prediction**;** selection, perception, memory; decision making; performances;

choice; testing; accuracy; reliability; skills; analysis; determination; application; synonyms; simulations

> **Input to output connectivity** (Collins, 2002; Als, 1999)

single input; single output

two input; single output

two input; single output

two input; single output

two input; single output

two input; single output

two input; single output

uncertainty; ambiguity; failure; distortion; additions; problems; random noise, beyond control; complexity; limitations; nonsense; improbability; negative feedback; random variable; ergodic; error; disorder Conditions

Limitations

Foresight

**Valid Building Blocks** (Collins, 2002; Als, 1999)

output to input; no cycles circuits

output to input; no cycles circuits

output to input; no cycles circuits

output to input; no cycles circuits

output to input; no cycles circuits

output to input; no cycles circuits

output to input; no cycles circuits

Bellinger, 2004

Bellinger, 2004

2005; Bellinger, 2004

FEDEE, 2002; Kremer, 1998; Wikipedia; 2009; Coppock. 2005; Schneider, et al.,

FEDEE, 2002; NSF, 2004; Brand, 1993; Sturm, 1994; Wikipedia; 2009; Antsaklis, 1997; Sowa, 2006; Carbonell, 1979; Coppock. 2005; Tancredi, 2007; Zizzi, 2003; Wikipedia; 2009; Riepe et al., 1994; Riedel et al. 2003; Schneider, et al., 2005;

NSF, 2004; Brand, 1993; Sowa, 2006; Carbonell, 1979; Kiss, 2004; Kondratyev et al., 1999; Tancredi, 2007; Eiter et al., 1999; Wikipedia; 2009; Riepe et al., 1994;

Riedel et al. 2003; Bellinger, 2004

**Causality logic gate Themes (Conjectures)** 

> Complementary– symmetrical

Synthesized and adaptability

9) (Collins, 2002; Als, 1999).

Table 5. Literature Review to get Information Theory Themes.

Decomposition NOT [inputs

Discrete AND [1 if both

Decisions NAND [-1 if both

Reasoning XOR [1 if both

Enablers to logic XNOR [1 if both

Table 6. Causality themes —logic gates—blocks

**Traditional Logic gates** (Collins, 2002; Als, 1999)

opposite to output]

inputs 1]

OR [0 if both inputs 0]

inputs -1]

NOR [-0 if both inputs -0]

inputs opposite]

inputs same]

Venn diagrams, Boolean algebra and Karnaugh maps (K map) may be developed for all logic gates detailed within Table 6 to detail operations. Fig 7 details a traditional Venn diagrams for NAND Equivalent Circuits stressing the input to output relationship. If log gate Kernels are on the critical path the WOSSI concept can be used to highlighted them (Fig The feature that stands out is that the COR's occur as required any 'place–time–way' C3M3. COR's and not mono, they will find the cross platform control systems and memory with information–knowledge cipher–prima strings that may support families of delivery engines to achieve the desired outcome. The analogy may be from project management and the use of critical paths for the tasks and required resources.

Fig. 9. NAND Equivalent Circuits Concept of WOSSI (COR gates) Logic circuit for function *AB AB* i.e. the complement of "A NAND B" (Collins, 2002; Als, 1999).
