ISSN: 1690-4524

Editorial Advisory Board's Chair
William Lesso

Editor-in-Chief
Nagib C. Callaos


Sponsored by:
International Institute of Informatics and Systemics
Published by:
International Institute of Informatics and Cybernetics

 

Editorial Advisory Board

Journal's Reviewers
Reviewers Access
 

Description and Aims

Areas and Subareas

Information to Contributors


Building a Reduced Reference Video Quality Metric with Very Low Overhead Using Multivariate Data Analysis
Tobias Oelbaum

Play games to grow up bilingual: The BlaSquare linguistic game
Andrea Valente

Sustainable Virtual Utilities Based on Microgrids
Rune Gustavsson

Automated Energy Calibration and Fitting of LaCl3(Ce) y-Spectra Using Peak Likelihood and Tabu Search
Timothy P. McClanahan

Giving Devices the Ability to Exercise Reason
Thomas Keeley

Evaluation of Power-Aware Routing for Sensor Networks with Forwarder Nodes
Katsuhiro Naito

Entropy Based Analysis of DNS Query Traffic in the Campus Network
Dennis Arturo Ludeña Romaña

A Grid-Based Cyber Infrastructure for High Performance Chemical Dynamics Simulations
Khadka Prashant

A Rate-Adaptive MAC Protocol Based on TCP throughput for Ad Hoc Networks in Fading Channels
Shoko Uchida

The Development of a Formative and a Reflective Scale for the Assessment of On-Line Store Usability
Timo Christophersen

MLS-Net and SecureParser®: A New Method for Securing and Segregating Network Data
Robert A. Johnson

Infrastructure Systems Interdependencies and Risk Informed Decision Making (RIDM): Impact Scenario Analysis of Infrastructure Risks Induced by Natural, Technological and Intentional Hazards
Rudolph Frederick Stapelberg

Mobility Impact in Initializing Ring-Based P2P Systems over MANETs
Wei Ding

A Framework for Agent-based Human Interaction Support
Axel Bürkle

Measurement of Mechatronic Property of Biological Gel with Micro-Vibrating Electrode at Ultrasonic Frequency
Shuichi Mochizuki

First, Assume a Monopoly: The Failure of Vertical Foreclosure Theory on the Never-Was-Neutral Internet
Douglas A. Hass

Evaluation of Power-Aware Routing for Sensor Networks with Forwarder Nodes
Kazuo Mori

A Framework for Agent-based Human Interaction Support
Wilmuth Müller

Play games to grow up bilingual: The BlaSquare linguistic game
Emanuela Marchetti

A Grid-Based Cyber Infrastructure for High Performance Chemical Dynamics Simulations
Yu Zhuang

Building a Reduced Reference Video Quality Metric with Very Low Overhead Using Multivariate Data Analysis
Klaus Diepold

Automated Energy Calibration and Fitting of LaCl3(Ce) y-Spectra Using Peak Likelihood and Tabu Search
Murray H. Loew

Entropy Based Analysis of DNS Query Traffic in the Campus Network
Yasuo Musashi

A Rate-Adaptive MAC Protocol Based on TCP throughput for Ad Hoc Networks in Fading Channels
Katsuhiro Naito

Mobility Impact in Initializing Ring-Based P2P Systems over MANETs
Alban Moreau

Measurement of Mechatronic Property of Biological Gel with Micro-Vibrating Electrode at Ultrasonic Frequency
Shigehiro Hashimoto

The Development of a Formative and a Reflective Scale for the Assessment of On-Line Store Usability
Udo Konradt

A Grid-Based Cyber Infrastructure for High Performance Chemical Dynamics Simulations
Upakarasamy Lourderaj

Automated Energy Calibration and Fitting of LaCl3(Ce) y-Spectra Using Peak Likelihood and Tabu Search
Jacob I. Trombka

Evaluation of Power-Aware Routing for Sensor Networks with Forwarder Nodes
Hideo Kobayashi

A Rate-Adaptive MAC Protocol Based on TCP throughput for Ad Hoc Networks in Fading Channels
Kazuo Mori

A Framework for Agent-based Human Interaction Support
Uwe Pfirrmann

Measurement of Mechatronic Property of Biological Gel with Micro-Vibrating Electrode at Ultrasonic Frequency
Hajime Otani

A Grid-Based Cyber Infrastructure for High Performance Chemical Dynamics Simulations
William L. Hase

A Rate-Adaptive MAC Protocol Based on TCP throughput for Ad Hoc Networks in Fading Channels
Hideo Kobayashi

A Framework for Agent-based Human Interaction Support
Manfred Schenk


 

Abstracts

 


GENERAL INFORMATION


Editorial Purpose, Strategy and Methodology

As it was emphasized in the editorial of the first issue, the main purpose of the Journal is to collaborate in the systemization of knowledge and experience generated in the areas of Systemics, Cybernetics (communication and control) and Informatics. This systemization process necessarily implies a progressive increase and enlargement of the relatedness among the associated areas, as well as among their respective disciplines. So, improvement in interdisciplinary communication would provide a very good support for the sought systemization process. This is one of the main objectives of the Journal we are launching with this first issue, and our editorial policy will be directed by it.


We are trying to support the process of interdisciplinary communication among and in the areas included in Systemics, Cybernetics and Informatics, by means of:

  1. providing a multidisciplinary forum in the related areas,

  2. fostering interdisciplinary research in them,

  3. publishing papers related to transdisciplinary concepts, allowing different disciplinary perspectives on the same concept, and

  4. encouraging communication among disciplines by means of interdisciplinary tutorials, and among the academic, the public and the private sectors by means of publishing information related multi- and inter-disciplinary projects which involve at least two of them.

In the context of this main purpose, a basic immediate objective of the Journal is to provide a multidisciplinary vehicle for disseminating information about diverse but highly interrelated areas through a single medium. It covers a wide range of areas, sub-areas and topics related to Systems Science, Engineering and Philosophy (Systemics), Communications and Control of Mechanisms and Organisms (Cybernetics) and Computer Science and Engineering, along with Information Technologies (Informatics).

These three major areas are continuously evolving into integrative means of diverse disciplines.

• Informatics supports instrumental multi- and inter-disciplinarity.

• Cybernetics showed to be fruitful for conceptual inter-diciplinarity as well as for analogy generation and cross-fertilization between mechanisms and organisms, in order

o to improve our understanding of organic systems,
o to enhance our designs of mechanical systems, and
o to inspire the conceptualizations and the production of hybrid systems, as it is the case of cyborgs.

• Systemics has been viewed by an increasing number of authors as one of the most fundamental trans-disciplines.

Consequently, each one of these three major areas has been providing an increasing support for multidisciplinary problem solving research and for interdisciplinary communications and integrations among different academic disciplines and among academic, industrial and governmental organizations.

Therefore, the basic aims of this Journal are
  1. To support multidisciplinary information dissemination related to different disciplines in the major areas of Systemics, Cybernetics and Informatics (SC&I).

  2. To foster interdisciplinary communication based on the integrative potential of these three major areas. Accordingly, the journal will include not just areas from SC&I, but also from the relationships among them, among their areas and sub-areas and between them and disciplines from other areas, especially in the form of applications of SC&I disciplines in other disciplines, and vice versa. Consequently, a strong emphasis is made on relationship areas and on what has been named as hyphened sciences, engineering and technologies, in order to refer to the inter-disciplines that are emerging as a consequence of multi- and inter-disciplinary problem-centered research.

  3. To support inter-organizational multi- and inter-disciplinarity among academy, industry and government.
The Journal will initially have a multidisciplinary orientation. Interdisciplinary and transdisciplinary sections will gradually grow. The multidisciplinary part of the Journal will be nourished, basically, from the best papers presented in conferences in the Journal’s areas, basically from the conferences or workshops organized by The International Institute of Informatics and Systemics (IIIS) which is also the publisher of the Journal. The best 5-10 % of the papers presented at IIIS’s conferences will be among the papers accepted for publication, after their respective authors had made the respective modifications and extensions pertinent to archiving and journals.

Consequently, with this approach, we are hoping to produce a very high quality journal, because its basic content will be related to the 5-10 % best papers presented in related conferences, which is the equivalent, though not exactly the same, of a rate of, at least, 90% of refusal. This way of achieving a high quality Journal, will not be based on a high number of actual refusals. With this strategy we will be avoiding being the cause of the hidden psychological and economical costs caused to the authors of refused papers. The greater the refusal rate, the greater the hidden costs caused, by the editors, to potential authors of refused papers by the editors. We are hoping, with our editorial strategy to minimize the hidden costs we might be causing by means of our editorial decision, while not compromising the journal high quality.

Our methodological strategy will be a systemic, not a systematic one. To organize the editorial process and to manage the publishing operational activities will be done with an open, elastic, adaptable and evolutionary methodological system. It will have the flexibility required to adapt the Journal, its editorial policy, its organizational process and its management to the dynamics of its related areas and disciplines, to changes produced by the inherent learning process involved, and to the uncertainty of the environment.