Aim & Scope: International Journal of Advances in Communication Engineering (IJACE) aims to provide a common platform to disseminate recent research works in the theory, simulation and practice of adhoc and mesh networks, communication theory, communications QoS, reliability and performance modeling, communications software and services, computer communications and information systems security, next generation networks, protocols and services, optical networks, signal processing for communications, wireless and mobile communications, wireless and sensor networks and microwave and radio communications. Manuscripts are solicited to cover advances in theoretical, experimental and simulation works in the area of communications engineering. Some of the possible topics but not limited to:
• IPv6
• MAC
• VoIP
• RFID
• UWB
• SNMP
• OFDM
• 2G/3G/4G
• MAS/MIMO
• Cryptography
• IP TV and DTV
• Adaptive antennas
• SONET and DWDM
• CDMA/TDMA/FDMA
• SDR and Cognitive radio
• WLAN/WMAN/WPAN/WIMAX
• Metamaterials/EBG/Bio-electromagnetics
• Space-time coding, Turbo and LDPC codes, etc.
Information for Authors: Papers which have not been published or submitted for publication elsewhere will be considered. All the manuscripts are peer-reviewed by the editorial board members or other expert referees. There are no page
charges. Submission can be made electronically to the Editor-in-Chief (Email: krs@iitg.ernet.in) or through the online submission portal.
Authors are requested to submit their manuscripts according to the following guidelines:
(i) Manuscript must be in English.
(ii) The manuscript must follow IEEE two column format with single-spaced, ten-point font in the text. The maximum length of the manuscript is twenty pages. All figures, tables, references, etc. are included in the page limit.
(iii) Use the IEEE transaction sample manuscript for details of formatting style of the paper.
(iv) Papers for review must be submitted in pdf format only. Final paper after acceptance
should be submitted along with the source file (MS Word).
(v) Figures should be large enough to be easily readable on a computer screen and on paper when printed out. Axes should be labeled with large lettering. Whenever possible, theory and corresponding experimental results should be printed on the same graph for easy comparison.
(vi) Manuscripts that are related to material submitted to or published at conferences are considered only if the content is significantly updated. Please attach .pdf files of previous papers and clearly state the difference with respect to the current submission. The manuscript should have at least 60% additional work accomplished otherwise it will not be considered.
(vii) Copyright: If the paper is accepted for publication, the copyright shall be transferred to the Publisher. Republication of the paper or material extracted from the paper, including figures and tables, can not occur without their written consent. Authors or their representatives are required to sign a copyright transfer agreement form before publication.
(viii) All the manuscripts should contain the following:
(a) First Page: List the title and complete name(s) of the author(s); affiliations and complete address for correspondence, and email address of the corresponding author.
(b) Abstract, Index Terms & Text: The abstract should be followed by Index Terms (maximum five).
The text should follow the index terms.
Any new paragraph should start with indentation. Each section heading of the text should be numbered in Greek Letters viz. I, II, etc. Each subsection heading should be numbered as A, B, etc.
References & Acknowledgements: For references, follow the IEEE transaction format with proper distinction between book and journal/conference proceedings article as reference and acknowledgements should be given at the end of the text before references.
Description: Actually the research related with analysis of biomechanical structures has been a source of hard work in several distinct areas of science as, for example, mathematics, mechanical, physics, informatics, medicine and sport.
The experimental and computational analysis applied to living structures are of the most promising areas of research. However, for its successful, several research topics should be considered, such as image processing and analysis, geometric and numerical modelling, biomechanics, experimental analysis, mechanobiology, visualization, etc., and their application on real cases must be developed and more investigation is needed.
Disclaimer
This publication contains information obtained from authentic and highly regarded sources. Reasonable effort has been made to publish reliable data and information, but the author and the publisher cannot assume responsibility for the validity of all materials or for the consequences of the use.
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted, in any form, or by any means, electronic, mechanical, photocopying, recording or otherwise, without prior permission, in writing, from the publisher or the author.
