Theory of spectral logic for optical processor

Spectral theory for optical logic processor

Spectral logic is a software tool for calculations in the optical processor.

Spectral logic contains concepts such as object, subject, idea, forecast, action plan, calculation, etc., excerpts:

range object, add the first

subtraction action

multiply – connected and forecast,

division – history.

The description of the optical processor

 Automate technology, where the dimensions of the tools are measured in nanometers – the problem is just the power of the system where the software environment goals and objectives, fulfills the requirements microprocess. After all, thousands of operations and thousands of processes at molecular level without technical (intellectual) systems, make a person unable to control the phenomena at the micro level. Especially the control required to build new crystal structures interspersed with such capricious substances such as fluoride.

 Alteration of the crystal lattice at its cultivation makes it possible to change the crystal structure from parallelepipedal or cubic to hexagonal or triclinic. Donor and acceptor impurities will give a wave and electrical properties of such structures able to manage the flow of wave energy. By combining such structures, create a topology of new devices. The ability of devices to operate and control the flow of light by means of changing the properties of the lattice of electric current, to change the reflection direction of the waves will allow you to create a structure with a topology smaller than existing silicon devices. Speed in such devices will be measured by the speed control reflection from the crystal lattice. Inclusions of organic matter will make such devices compatible with biological systems and their use in medicine (Fig. 1). By devices like transistors will be changed to "minirosetta" crystal structure. Management options bio electronic devices are to change the reflection of the crystals are triclinic forms through the action of an electric current or a change in the reflection of the crystals by turbidity organic matter. All exposure or control the flow of electric current or wave energy flux. Of glide planes along the edges of the spatial diagonal of the unit cell vary with the vectors of the axes: tk = (a + b + c) / n.

 The process of creating bio electronic components in the basis of the crystal will require special software and hardware. Structure of matter, generated with the help of nanobots and nanotechnology include the processes of control of each unit (molecule) of the substance, a new form of which it is impossible to create any other way. For example, bombarding a target made of metal, scientists are trying to find traces of substances, time of life are low. But the new structure not found in nature, with a new crystal lattice, it is impossible to create without constructing each crystal and each stable molecules of a substance. In electronics, the ability to weave electric and dielectric strands interspersed with semiconductors, will determine the possibility of creating new electronic systems of the micro-level, which can be the basis of nanobots that control the connections and interactions of matter. But the devices with the wave reflecting structure is possible only with the cultivation of the topology of the crystal.

Characteristics of the problems in the processing of information in the computer:

Information problem (synthesis, transformation, etc.)
Comparative analysis, synthesis of concepts, classification, situational analysis etc.
The formalization of descriptions, a search of precedents, setting up recognition
The still use subject indexing tools, mathematization, modelling, information gathering, synthesis and analysis of parts, taxonomy, klatera-analysis, training, etc.

The selection of a number of algorithms:

Models based on the principle of separation, R model
Statistical models
Models constructed on the basis of the method of potential functions (P-model)
 Calculation model of assessments or voting – Mr. model
Models based on propositional calculus – L-model (predicate logic)
Management especially highlighted the problem of planning that went into the theory of KT and ITU as the basic cybernetic algorithms.
The planning problem is mathematically strictly: formulation of the problem, proof, formalization, program.
All programs are based on constructive logic, deduction and proof.
A computational model is specified by six:
W=< A, D, B, Db, F, H >
A - many attributes
 D - the set of corresponding domains
B - the set of functional dependencies defined by attributes
Db – domain with input X, output Y
F – many descriptions of the types of all used functional dependencies
H – the set of relations (predicates) of attributes

The basic algorithm for computer technology and others include only part of it.

When the computer is often compared to a person, so consider the differences between computer and human:

Aspect : genetic
UOM (natural intelligence) is the Result of evolution (symbiosis of the soul and DNA)
 AI (artificial intelligence) is a Symbiosis of technologies and programs
Aspect: psychological
EI – informal processes of behavior and decision-making
AI – Deterministic (certain) management processes and knowledge processing
Aspect : tehnologicheskiy
EI – Unreachable functional complexity, reliability and security
AI – the limitations of the technical parameters, unreliability
Aspect: Physiological
EI – Homogeneous DNA structure with common rules and transformation of the information, procedure development
 AI is a Diverse functional mechanisms with different reporting and conversion rules
Aspect : Functional
UOM is a Dynamic and pragmatic purpose, intuitive tasking
AI – Algorithm], the optimization and realization of a given objective function
Aspect: self-knowledge and self-understanding
EI – the inner "I" and self, mind and learning
II – External definition of "I," the improvement of man, the choice and search of knowledge without learning through the accumulation
Aspect : development opportunities
 UOM – the Accumulation of culture, knowledge, development, progress
AI – giant brains and the media man

Any computer (computer) – dialectically – booster and a tool that extends human capabilities: intellect (intellectus) – knowledge, comprehension, intellectual ability – Hegel, the capacity to form concepts – E. Kant, that is, the attribute property of the subject. Any computer – "bearer of the human mind", is not able to create the idea, but having too much or search for the concepts transmitted by the human mind:

 Reason (ratio) is a philosophical category denoting a creative cognitive activity that reveals the essence of reality, creating the idea outside the framework of existing concepts.
M. Minsky: artificial intelligence is the science of how to get the machine to do something that would require application of the mind, if it was man made
AI – IIS simulating human decision difficult tasks in the process of his life
 Engels: we can certainly "reduce" someday experimentally thinking to molecular and chemical motions in the brain, but how this does not exhaust the essence of thinking?
That is, the human brain, undoubtedly, as an object of study, is of interest as a mechanism that implements thinking

 The concept of intelligent information system in CT has emerged as a result of generalization of the models of behavior of biological and synthetic systems exhibiting the ability to active perception, mastering of knowledge, forming rules of conduct. Manager hypothesis must use pomoika in the form of intelligent information system (IIS) to recognize economic information.

To be continued...

Added: 2015-07-01