1. The decomposition scheme theory as a prototype of the theory of applied algorithms. The paper copy of the article
is in the magazine (here).
The notion of the decomposition scheme as a core for decomposition scheme theory is proposed and described here. The notions of clump-property and algorithmic dependence are also described. Decomposition scheme is proposed to be used taking into account its algorithmic nature as the basis for building universal (canonical) algorithm. The questions of the canonical algorithm transformation into the specific application-oriented algorithms are discussed. The operations over the decomposition schemes which are itself operations over algorithms are described.
The full text of the article is here. (In Russian)
2. The decomposition scheme theory. Presentation of canonical algorithm by means of algorithmic
language. The
paper copy
of the article is in the magazine (is here).
This work continues the
description of the decomposition scheme as a theoretical model, which
makes possible generation of the applied algorithms. The description of the
algorithmic language made for show the possibility of algorithms generation is
given. One of the factors' group is described, i.e. ways of placing the
properties on the tape of the abstract type which when is taken into
consideration allows to turn canonical algorithm into a real one and applied
algorithm, which is the same as turning the decomposition scheme into the
program text. The notions of algorithmic primitive and algorithmic
joint (operand and operation) as the means for constructing the algorithm
are introduced. These notions of algorithms construction are
the alternatives for the notional system and methods of structured programming.
The notions of functional core, algorithmic frame, functional contents and
algorithmic matrix are introduced. The full text of the article is here. (In Russian)
3. The decomposition scheme theory. Research of R-data division factors in order to generate applied
algorithms. The paper copy of the article is in the magazine (part one is here). The second part of the article is here.
R-data kinds of division
are described and factors of their fragments and components placing are
considered. For all the variants of R-data division the changes into the
canonic algorithm which are necessary for their union are described. From the
standpoint of the complexity changes in algorithm vary from primitives in
several imperative operators to algorithmic constructions with loops and
control constructs. For making the algorithmic constructions there is the
mechanism of synthesis offered – bound to the levels of algorithm tree. For
purposes of the comparative analysis the schemes of decomposition and applied
algorithm there was offered the notion of NAC-conditionality as more fitting
that the graph isomorphism. It is shown that description of the variants and
factors of R-data division is declarative. The full text of the article is here and here. (In Russian)
4. The decomposition scheme theory. The research of R-data factors formatting for algorithms
generation. The
paper copy
of the article is in the magazine
(is here).
This work continues the
presentment of the decomposition scheme theory as the theory of applied
algorithms. The mechanism of conversion of a decomposition scheme into a real
applied algorithm conditioned by the variety of data storage forms on the data
carriers has been considered. Data storage portion as a phenomenon of
electronic data processing has been described and there has also been suggested
a general concept of a storage portion. The factors which generate the need for
formatting and reformatting the data have been described. Generalized picture
of data formatting has been given. The group of algorithmic constructions which
realize the procedures of formatting and reformatting of the data for the
general case has been suggested. The fact that within the theory of the
decomposition schemes there exist considerably more circumstances of combining
and cooperation of the storage portions than described in this work has been
clarified. The mechanism of the canonic algorithm and synthesis of the
algorithmic constructions which realize the procedures of data formatting has
been suggested. The process of putting changes into the canonic algorithm is
logical and methodic. The full text of the article is here. (In Russian)
5. The decomposition scheme theory. Scientific aspects and prospects for
development. The
paper copy
of the article is in the magazine
(is here).
The work presents the decomposition
scheme theory as a scientific theory. Its attributes has been described –
paradigm, field of research, aim of research, main task, decision method, basic
theory model – decomposition scheme. Practical aim of the theory is to suggest
the mechanism of applied algorithms generation (not machine code). It is shown that the decomposition scheme as
a description changes the algorithm description and still remains declarative
on the contrary to the algorithm description as imperative. With this the decomposition scheme is the
description, original for algorithms’ generation. The kinds of decomposition
schemes and operations on them have been described. Algorithmically relevant
factors which should be considered when generating algorithms in order the
algorithms turned real have been described. Working over formalization and mathematical
description of the phenomena and objects of the theory of the decomposition
schemes has been described here. The mechanism for control of conclusions and
results of the theory has been suggested. This work also describes the
direction of development of the theory of the decomposition schemes. The
priority direction relates to the creation and development of the system of capacious
notion and abstractions. From the point of view of the practical application of
the theory of the decomposition schemes there has been suggested the approach
which is alike to the one used in machine-building – development and promoting
of hi-tech when required – as a result of the targeted research.
The full text of the article is here. (In Russian).
The full text of the article is here. (In Russian).
No comments:
Post a Comment