6 research outputs found
DolNet: A Division Of Labour Based Distributed Object Oriented Software Process Model
Distributed Software Development today is in its childhood and not too
widespread as a method of developing software in the global IT Industry. In
this context, Petrinets are a mathematical model for describing distributed
systems theoretically, whereas AttNets are one of their offshoots. But
development of true distributed software is limited to network operating
systems majorly. Software that runs on many machines with separate programs for
each machine, are very few. This paper introduces and defines Distributed
Object Oriented Software Engineering DOOSE as a new field in software
engineering. The paper further gives a Distributed Object Oriented Software
Process Model DOOSPM, called the DolNet, which describes how work may be done
by a software development organization while working on Distributed Object
Oriented DOO Projects.Comment: 9 pages, 3 figures. arXiv admin note: substantial text overlap with
arXiv:1209.445
The Future of Neural Networks
The paper describes some recent developments in neural networks and discusses
the applicability of neural networks in the development of a machine that
mimics the human brain. The paper mentions a new architecture, the pulsed
neural network that is being considered as the next generation of neural
networks. The paper also explores the use of memristors in the development of a
brain-like computer called the MoNETA. A new model, multi/infinite dimensional
neural networks, are a recent development in the area of advanced neural
networks. The paper concludes that the need of neural networks in the
development of human-like technology is essential and may be non-expendable for
it.Comment: 6 pages, 2 figure
Applicability of Crisp and Fuzzy Logic in Intelligent Response Generation
This paper discusses the merits and demerits of crisp logic and fuzzy logic
with respect to their applicability in intelligent response generation by a
human being and by a robot. Intelligent systems must have the capability of
taking decisions that are wise and handle situations intelligently. A direct
relationship exists between the level of perfection in handling a situation and
the level of completeness of the available knowledge or information or data
required to handle the situation. The paper concludes that the use of crisp
logic with complete knowledge leads to perfection in handling situations
whereas fuzzy logic can handle situations imperfectly only. However, in the
light of availability of incomplete knowledge fuzzy theory is more effective
but may be disadvantageous as compared to crisp logic.Comment: 4 pages, 1 tabl
A Metric For The Activeness Of An Object-Oriented Component Library
In this paper, an attempt has been made to analyze the Activeness of an
Object Oriented Component Library and develop a special type of software metric
called Component Activeness Quotient which is defined as the degree of
readiness of an OOCL. The advantages of the CAQ include a possible comparison
between various OOCLs leading to selection of the best OOCL for use during the
development task, and Stability of the software can be gauged as indicated by
the value of the CAQ. The disadvantage of the CAQ is that it may have some
error because of its subjective and random nature. The paper also tries to
improvise the calculation of the Activeness Quotient. The extreme case of a
software organization having an RQ greater than 1 and MQ equal to 0 was not
handled by the method of taking an average of RQ and MQ to calculate the AQ.
The improvisation is that the AQ must be equal to a product of MQ and RQ and
this is mentioned in the Appendix.Comment: 6 pages. arXiv admin note: text overlap with arXiv:1209.445
A Metric for the Activeness of a Distributed Object Oriented Component Library
This paper makes an attempt to analyze the Activeness of a Distributed Object
Oriented Component Library and develops a software metric called Distributed
Component Activeness Quotient which is defined as the degree of readiness of a
DOOCL. The advantages of the DCAQ include a possible comparison between various
DOOCLs leading to selection of the best DOOCL for use during the development
task, and providing a measure for gauging the usefulness of the DOOCL as
indicated by the value of the DCAQ. The disadvantage of the DCAQ is that it may
have some error because of its subjective and random nature. The Stability of a
DOOCL is another characteristic which is indicated by the DCAQ. The greater the
value of the DCAQ, greater will be the stability of the corresponding DOOCL.Comment: 9 page
Application of Fuzzy Mathematics to Speech-to-Text Conversion by Elimination of Paralinguistic Content
For the past few decades, man has been trying to create an intelligent
computer which can talk and respond like he can. The task of creating a system
that can talk like a human being is the primary objective of Automatic Speech
Recognition. Various Speech Recognition techniques have been developed in
theory and have been applied in practice. This paper discusses the problems
that have been encountered in developing Speech Recognition, the techniques
that have been applied to automate the task, and a representation of the core
problems of present day Speech Recognition by using Fuzzy Mathematics.Comment: 6 pages, 3 figures, 1 table. arXiv admin note: text overlap with
arXiv:1001.2267 by other author