Advances in Modelling and Analysis (AMA) is an annual international journal series including four journals: Series A: General Mathematics, Series B: Signal Processing and Pattern Recognition, Series C: Automatic Control, and Series D: Computer Science and Statistics.
This is an open access journal series, which means that all content is freely available without charge. Users are allowed to read, download, copy, distribute, print, search, or link to the full texts of the articles in this journal without asking prior permission from the publisher or the author.
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Instructions for Authors (AMSE periodicals)
Except for some survey papers, the papers must be original (research, development, results). Papers should be related to Modelling and/or Simulation. Then, authors are requested to indicate (if possible) to which AMSE series their paper is intended, although Referees may suggest another choice. Submissions are in English. All contributions are assessed by Referees. Also, don’t forget to quote MS (manuscript) number in all mails (number is given at the first submission). In order to allow a correct reproduction of the paper, submissions must comply with the following requirements:
*Titles (character size being 16), and numbered section headings, should be meaningful and concise, typed in bold characters and not in capital letters; (the rest is in Times 12, or equivalent). Skip a line between title and authors and between authors and affiliation addresses.
*Authors’ names and institution full addresses must be clearly indicated. Institution addresses should be complete; they are placed below the authors’ names and before the abstract. Do not give telephone numbers. E-mail addresses are compulsory, following the institution addresses. Give the initial letter (only and always) of given names.
*An Abstract (in English) of less than 150 words must precede the text; it follows immediately (on the first page) the institution addresses. Then Key Words should be indicated [between abstracts and text].
*Text follows immediately (on the first page) key words. Recommended full size for the text is 10 to 20 pages. Papers should be justified and organised in one column. The text must be typed (“Camera Ready”), on standard A4 size (21x29.7 cm). Finally, papers will be reduced, by the Editor (for the printed journals), to A5 format (beware of small characters). Font must be Times 12 (or equivalent size for the characters). Don’t use colours; papers are printed in black and white only. Use 1.5 spacing between the lines. The text must be about 17 cm width and 25 cm high with almost equal margins (margin will be slightly increased at the top of the first page: 4 cm); thus, margins should be set as indicated: right = 2 cm, left = 2 cm, top = 2.7 cm, bottom = 2 cm. Also, a (good) discussion and a conclusion are expected. Conclusion and discussion should not be in the same section. Please, number the pages (bottom of page).
*Tables and figures, with their captions (in normal font), are included in the text at the correct place and receive numbers, which appear in the text. Photographs (and colours) should be avoided. Don’t make too small figures with too small indications (the publisher reduces the format from A4 to A5 before printing).
*All Footnotes should be placed at the end of the paper, sorted by their reference number.
*A good care in the References must be introduced. Each citation must begin on a new line using the following format: Authors’ family names (preceded by the initial letter of the given name); Title, Year; THEN: Publisher, City, Country (for book) OR journal name, volume, pages, (for journals). Also, for conference proceedings indicate the place (town, country), the date (month, year), the meaning of acronyms (if any) and the pages of the paper in the proceedings (the reader should have access to the information if needed). References must be up to date and a minimum of 10 references is expected. Bibliography follows immediately the conclusion (or possible acknowledgements). Also, don’t forget to cite AMSE papers in the references; this is necessary for our recognition.
*Postal address: (if needed): AMSE Secretary/ 14 Avenue Berthelot/ 69 007 LYON (FRANCE)
Do not send special delivery mail, such as registered mail, to this address.
*Copyrights: In case of acceptance, copyrights are transferred to AMSE (see website).
*Submission: Papers can be submitted for regular processing or for electronic processing (indicate your choice).
Papers should be sent (electronic paper: Word 2003 recommended) to the General Secretary’s e-mail address:
Dr C. Berger-Vachon: firstname.lastname@example.org
-Regular processing: papers will be printed and posted to Referees (the Editorial Committee will find the referees).
-Electronic processing (accelerated reviewing): please suggest 4 RELIABLE referees and indicate their electronic and postal addresses, not from your university, and one at least should not be from the main author’s country; please make sure the Referees will accept the reviewing if requested. Finally, two referees will be selected among them.
*AMSE website: www.amsemodelling.com
Important information from AMSE Board about periodical publication:
Many letters to AMSE deals with the following topic. So, let us make a statement about it.
Publications in AMSE journals are free of charge. Consequently, people working for AMSE are volunteers and they must do , first, their compulsory duties in their institutions.
This may lead to some delay in handling AMSE mail and submissions. The following delays should be regarded as normal:
*Acknowledgement letter (after a submission) : 1½ to 2 month,
*Reply from the Referee: another 4 months.
Unfortunately, sometimes, Referees forget to answer and added recalls have to be done lengthening the procedure and making AMSE work much heavier and the delay longer. And, finally, in the worst case, no reply come after the recall and the paper is taken by the AMSE Board; this is exceptional and really unfair and unpleasant.
After acceptance, papers are forwarded to Spain for printing. Contents of edited journals are indicated on our website.
So please, don't send information requests within these periods (mostly with repeated e-mail messages) as it may even more lengthen the delays.
Thank you for your collaboration and for accepting these rules which help our community to publish at a low cost
The General Secretary
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Browse in this journal:
|Transient stability analysis of two area power system using unified power flow controller||Pag. 123|
|Speed control of doubly star induction motor (DSIM) using direct field oriented control (DFOC) based on fuzzy logic controller (FLC)||Pag. 128|
|Lallouani Hellali, Saad Belhamdi|
|Real time implementation of fuzzy gain-scheduled PID controller for twin rotor MIMO system (TRMS)||Pag. 137|
|Mohammed Zinelaabidine Ghellab, Samir Zeghlache, Abderrahmen Bouguerra|
|Sliding mode control based on backstepping approach for a double star induction motor (DSIM)||Pag. 150|
|H. Rahali, S. Zeghlache, L. Benalia, N. Layadi|
|Robust adaptive control of coaxial octorotor UAV using type-1 and interval type-2 fuzzy logic systems||Pag. 158|
|Hemza Mekki, Ali Djerioui, Samir Zeghlache, Abderrahmen Bouguerra|
|A simple linear quadratic regulator (LQR) approach for active stabilization of mini rotors due to spinning dissipation||Pag. 171|
|Abhro Mukherjee, Satyabrata Das|
|Excitation control of a power plant alternator using interval type-2 fuzzy logic controller||Pag. 182|
|Manoj Kumar Sharma, R.P. Pathak, Manoj Kumar Jha, M.F. Qureshi|
|H∞ control oriented LFT modelling of linear dynamical system||Pag. 189|
|Tamal Roy, Ranjit Kumar Barai, Rajeeb Dey|
|Speed control of induction motor with broken bars using sliding mode control (SMC) based to on type-2 fuzzy logic controller (T2FLC)||Pag. 197|
|Djameleddine. Djafar, Saad. Belhamdi|
|Direct torque control of doubly star induction machine fed by voltage source inverter using type-2 fuzzy logic speed controller||Pag. 202|
|Lallouani Hellali, Saad Belhamdi, Benyettou Loutfi, Reghioui Hassen|
|Interval type-2 fuzzy logic PID excitation control system with AVR in power system stability analysis||Pag. 208|
|Manoj Kumar Sharma, R.P. Pathak, Manoj Kumar Jha, M.F. Qureshi|
|A comparative analysis on two gear tooth materials for low speed and high torque transmission||Pag. 79|
|Sushovan Chatterjee, Krishanu Gupta|
|Reduction of real power loss by upgraded red shaver swarm optimization algorithm||Pag. 84|
|Pareto optimal solutions for fractional multi-objective optimization problems using MATLAB||Pag. 88|
|Tarek H.M. Abou-El-Enien|
|Optimization of three-dimensional disassembly line with green and economic objectives using I-ACO||Pag. 91|
|Yanggang Teng, Jinjie Chen, Ting Chen, Guilin Ge|
|Fuzzy soft set based decision approach for financial trading||Pag. 102|
|Shraddha Harode, Manoj Jha, Namita Srivastava, Sujoy Das|
|Analysis of Math function based controller combined with PID for solar-powered electric vehicle||Pag. 112|
|Raghavaiah Katuri, Srinivasarao Gorantla|
|Comparative study between luenberger observer and extended kalman filter for fault-tolerant control of induction motor drives||Pag. 29|
|Toufik Roubache, Souad Chaouch, Mohamed S. Naït-Saïd|
|Intelligent condition monitoring of variable speed wind energy conversion systems based on decentralized sliding mode observer||Pag. 37|
|Boumaiza Ahlem, Arbaoui Fayçal, SaÏdi Mohammed Larbi|
|Simulation and modelling of Math Function Based controller implemented with fuzzy and artificial neural network for a smooth transition between battery and ultracapacitor||Pag. 45|
|Raghavaiah Katuri, Srinivasarao Gorantla|
|α-Pareto optimal solutions for fuzzy multiple objective optimization problems using MATLAB||Pag. 53|
|Tarek H.M. Abou-El-Anien|
|Optimization of the Economic Dispatch problem by considering the emission dispatch with using the AMPSO||Pag. 60|
|Mehdi Neyestani, Maliheh Maghfoori Farsangi|
|Mathematical modelling of regeneration the filtering media bed of granular filters||Pag. 72|
|Andrii Safonyk, Sergiy Martynov, Sergiy Kunytsky, Oleg Pinchuk|
|Reliability optimization design of electromagnetic proportional directional valve||Pag. 1|
|Hua Zhang (China)|
|Automation of ac system employing plc and Scada||Pag. 8|
|Mohammed Rafeeq, Asif Afzal (India)|
|Design of a cheap compact low-pass filter with wide stopband||Pag. 17|
|Priyansha Bhowmik, Tamasi Moyra (India)|
|Comparative study: FPA based response surface methodology & ANOVA for the parameter optimization in process control||Pag. 23|
|Pijush Dutta, Sudip Mandal, Asok Kumar (India)|
|Direct Field-Oriented Control using Fuzzy Logic Type-2 for Induction Motor with Broken Rotor Bars||Pag. 203|
|Belhamdi Saad, Amar.Goléa (Algeria )|
|A Low Noise and Power Efficient 45nm GPDK Technology based Highly Stable Current Balancing Logic (HCBL) and Dynamic Logic Circuits for Mixed Signal Systems||Pag. 213|
|S. Seenuvasamurthi, G. Nagarajan (India )|
|Harmonic Compensation in Five Level NPC Active Filtering: Analysis, Dimensioning and Robust Control Using IT2 FLC||Pag. 227|
|Bellatreche Habiba, Tlemçani Abdelhalim (Algeria )|
|Direct Torque Control of Induction Motor Fed by Three-level Inverter Using Fuzzy Logic||Pag. 248|
|Berrabah Fouad, Chebabhi Ali, Zeghlache Samir, Saad Salah (Algeria )|
|Optimum Fuzzy Logic Control System Design using Cuckoo Search Algorithm for Pitch Control of a Wind Turbine||Pag. 266|
|Piyali Ganguly, Akhtar Kalam, Aladin Zayegh (Australia )|
|Fuzzy Sliding Mode Speed Controller Design of Induction Motor Drives with Broken Bars||Pag. 281|
|Belhamdi Saad, Amar.Goléa (Algeria )|
|Comparative Analysis between the Rotor Flux Oriented Control and Backstepping Control of a Double Star Induction Machine (DSIM) under Open-Phase Fault||Pag. 292|
|N. Layadi, S. Zeghlache, T. Benslimane, F. Berrabah (Algeria )|
|Fault Eccentricity Diagnosis in Variable Speed Induction Motor Drive Using DWT||Pag. 181|
|Rouaibia Reda1, Arbaoui fayçal, Bahi Tahar (Algeria)|
|Parameter Identification for Dynamic Damping System Based on Genetic Algorithm||Pag. 101|
|Yulu Zeng (China) )|
|Artificial Raindrop Algorithm for Optimal Parameter Preference in Digital IIR Filters||Pag. 114|
|Yuansheng Huang, Ying Qiao (China) )|
|Clutch Displacement Servo Control in Gear-Shifting Process of Electric Vehicles Based on Two-speed DCT||Pag. 140|
|Xi Liu, Ren He, Yongdao Song (China) )|
|Process Control Optimization for Hydroelectric Power Based on Neural Network Algorithm||Pag. 156|
|Haoming Xu, Deyi Wang, Jiajun Liu (China) )|
|Pricing Game Analysis of Forest Tourism PPP Project under Price Regulation||Pag. 168|
|Jingyuan Guo, Shunliang Chen, Fu’an Liu, Shejiao Li (China) )|
|Direct field-oriented control using fuzzy logic type -2 for induction motor with broken rotor bars||Pag. 1|
|Belhamdi Saad , Amar.Goléa (Algeria )|
|A low noise and power efficient 45nm GPDK technology based highly stable current balancing logic (HCBL) and dynamic logic circuits for mixed signal systems||Pag. 11|
|S Seenuvasamurthi, G Nagarajan (India )|
|Building and analyzing of an active robot-assisted surgical navigation for cervical vertebra bone grinding in spine surgery||Pag. 25|
|Heqiang Tian, Longxin Ma, Xiaoqing Dang, Jinfeng Zhang, Junlin Ma (China )|
|Singular Value Decomposition aided Robust Cubature Quadrature Kalman Filter in GPS/INS Integrated Navigation System||Pag. 48|
|Wei Zhao, Huiguang Li, Liying Zou (China )|
|Trustworthiness evaluation of component-based software based on level||Pag. 67|
|Junfeng Tian, Zhen Li, Zhuo Chang, Peng Lin (China )|
|Study on the formulation mechanism of blisters in electrochemical hydriding experiment of medium carbon steel through macro-micro simulation||Pag. 86|
|Li Yuan, Du Fengshan, Fan Junkai, Huang Shiguang, Hu Binbin (China )|
|Design optimization of induction motor using hybrid genetic algorithm: "a critical analyze"||Pag. 1|
|S. Chekroun, B. Abdelhadi, A. Benoudjit (Algeria)|
|Comparison of adaptive neuro-fuzzy based PSS and SSSC controllers for enhancing power system oscillation damping||Pag. 24|
|D. Murali (India)|
|Robust H∞ loop shaping controller for load frequency control of an uncertain deregulated power system||Pag. 39|
|Arlene Davidson R, S. Ushakumari (India)|
|Improvement and parameters optimization of washout algorithm in motion simulator||Pag. 60|
|X.T Kong, Y.C Zhu, Y.Q Di, H.H Cui (China)|
|Design and research of double-pump fly ash conveying system||Pag. 74|
|Yanjun Xiao, Huan Yang, Na Zhu, Qianqian Zhang, Zonghua Zhang (China)|
|Kansei evaluation model of tractor shape design based on GA-BP neural network||Pag. 92|
|Huiping Guo, Fuzeng Yang (China)|
|Wind turbine failure risk assessment model based on DBN||Pag. 110|
|Chen Fei, Fu Zhongguang (China)|
|Optimal disturbance rejection via feedforward-PD for bilinear systems with external sinusoid disturbances||Pag. 125|
|Guitao Liu, Mingyue Fu, Houpeng Du (China)|
|Finite-time control of a class of uncertain networked systems with state delay and communication delay||Pag. 1|
|H. Yao, F. Yuan (China)|
|Direct torque control for induction motor with broken bars using Fuzzy Logic Type-2||Pag. 15|
|S. Belhamdi, A.Goléa (Algeria)|
|Diagnosis of turn short circuit fault in PMSM sliding-mode control based on adaptive fuzzy logic-2 speed controller.||Pag. 29|
|A. Bechkaoui, A. Ameur, S. Bouras, K.Ouamrane (Algeria)|
|Solution of multi-objective optimal DG placement problems using swine influenza model based optimization (SIMBO)||Pag. 46|
|S. Sharma, S. Bhattacharjee, A. Bhattacharya (India)|
|Reduced order modelling for linear dynamic systems||Pag. 71|
|J. Singh, K. Chatterjee, CB Vishwakarma (India)|
|A new mean-square stabilization criterion for networked systems with network induced time delay and packet dropout.||Pag. 1-11|
|Yao, H.; Yuan, F.|
|Power system transient stability enhancement with SMES using four quadrant active and reactive power control.||Pag. 12-27|
|Moudjahed, M; Bekki, B.; Boudiaf, M.|
|Static output feedback sliding mode control for nonlinear systems with delay.||Pag. 28-38|
|Yao, H.; Yuan, F.|
|Steady state stability analysis of a CSI fed synchronous motor drive system with damper windings included using ANFIS.||Pag. 39-57|
|Srikant, P.; Jha, M.; Qureshi, M.F.|
|Static output feedback variable structure control for a class of time-delay systems.||Pag. 58-68|
|Tian Y.; Yao, H.; Yuan, F.|
|Intelligent control systems and performance analysis of PMDC motor drives.||Pag. 69-84|
|Titus, S.; Pandiyan, R.|
|Design of genetically tuned interval type-2 fuzzy PID controller for load frequency control (LFC) in the un-regulated power system.||Pag. 85-104|
|Singh, A.; Jha, M.; Qureshi, M.F.|