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• Call For Papers

The conference CIPECH-2018 will feature original research and industrial papers on the theory, design and implementation of the technologies in Power, Energy and Adaptive Control Technique as well as demonstrations, tutorials, workshops and industrial presentations. Also it will enable the researchers in the various domains such as Power system, Electromechanical Energy Conversion, Adaptive Control, Intelligent Grid Computing, Image and Pattern Recognition to foster the exchange of concepts, prototypes, research ideas and the results of research work which could contribute to the academic arena and also benefit business, industrial community and in turn to the society. This will also help in improving decision making in organizations.

The accepted and presented papers will be published in the conference proceedings and submitted for consideration to publish in IEEE Xplore as well as other Abstracting and Indexing (A&I) databases.

This is a blind peer-reviewed conference

• Requirements for submissions

Official language is English in paper writing and presenting. Any submission must not have been, or will not be published elsewhere or submitted to another conference before the review notification date of this conference. All submissions will be blind peer-reviewed based on originality, technical quality and presentation.

Papers must strictly adhere to page limits as follows. - Regular Paper: 5 pages (Maximum of 2 extra pages allowed at additional cost) The IEEE templates in MS Word and LaTeX format can be found at:

The authors are advised to submit their manuscripts for reviewing when their drafts are ready, instead of waiting till the submission deadline. It is our target that the reviewing process for each submitted manuscript can be completed within four weeks from its submission. Participants, then can have more time to prepare for their conference registration etc. The accepted and presented papers will be published in the conference proceedings and submitted to IEEE Xplore as well as other Abstracting and Indexing (A&I) databases.

CIPECH-2018 invites original contributions on all topics related to Computational Science, including, but not limited to:

Track- 1: Computational Intelligence And Applications

•    Mathematical foundations: Fuzzy set theory and fuzzy logic

•   Approximate reasoning and fuzzy inference

•   System identification and fault detection

•   Fuzzy information retrieval and data mining

•   Fuzzy information processing, fusion, text mining

•   Learning and adaptive fuzzy systems

•   Complex fuzzy systems

•   Pattern recognition: Fuzzy clustering and classifiers

•   Fuzzy image, speech and signal processing, vision and multimedia

•   Industrial, financial and medical applications

•   Type-2 Fuzzy Logic

•   Fuzzy Systems Design, Modeling and Control

•   Real-time Learning of Fuzzy

•   Fuzzy Control

•   Fuzzy Systems in Robotics: Sensors, Navigation and Coordination

•   Fuzzy hardware, fuzzy architectures

•   Soft computing and intelligent agents

•   Neural network theory & models

•   Computational neuroscience

•   Cognitive models

•   Brain-machine interfaces

•   Evolving neural systems

•   Self-monitoring neural systems

•   Learning neural networks

•   Neurodynamics

•   Neuroinformatics

•   Neuroengineering

•   Neural hardware

•   Neural network applications

•   Pattern recognition

•   Machine vision

•   Collective intelligence

•   Hybrid systems

•   Data mining

•   Agent-based systems

•   Computational biology

•   Bioinformatics

Track- 2: Control Systems and Applications

•    Linear and nonlinear systems

•    Modeling of complex systems

•    Control application

•    Guidance and control theory

•    Motion control

•    Optimal Control Studies Robust control and Hinfty

•    Robust, Stochastic and Multivariable Control Estimation and Identification

•    Stochastic control

•    Estimation and identification

•    Observation and Observer

•    Multivariable control

•    Industrial control

•    Intelligent and Al based control

•    Networks optimization

•    Optimization

•    Process control and instrumentation

•    Adaptive Control

Track- 3: Power Electronics Drives and Electromechanical
                 Energy Conversion

•    Power Converters

•    Power Electronics converters for drives

•    Power Electronics in Transportation

•    Power quality issues, harmonic problems and solutions

•    Semiconductor Devices and Packaging

•    Industrial Process Control and Automation

•    LIn-vehicle energy conversion

•    Power Electronics in consumer electronics

•    Multiphase drives

•    FACT devices and controllers

•    Multilevel converters

•    Matrix converters

Track- 4: Power System Technology

•    Ultra High Voltage (UHV) technologies

•    HVDC and flexible AC transmission system

•    Over-voltage, lightning protection and grounding

•    Electromagnetic transient in high voltage power systems

•    Insulation condition monitoring in power systems

•    Advance distribution and SCADA technologies

•    Electromagnetic analysis in power systems

•    Mechanisms for Grid markets

•    Resource allocation in Grid scenarios

•    Simulation of Grid environments and markets

•    Computational Economics for Grid Engineering of Grid markets and Grid architectures

•    Power system management technologies

•    Power system planning and operation

•    Power system monitoring and mitigation technologies

•    Power system analysis and optimization

•    Online monitoring and fault diagnosis system

•    Load modelling, estimation and forecast

•    Control strategies for modern power system stability

•    Modeling and simulation of large power systems

•    System development and operation

•    System reliability, security and adequacy

•    Power quality

•    Static and dynamic component modelling

•    Small and large system dynamics

•    On-line control, FACTS, integration of HVDC, wide-area monitoring

•    Electrical Energy Generation, Transmission and Distribution

•    Nuclear Power Generation

•    Power Flow Analysis

•    Deregulation of Power System

•    Energy Pricing Forecasting

•    Power Market

•    Power System Automation- SCADA/EMS & Synchro-Phasor Measurements

•    Distribution Management Systems

•    Power Converters

•    Power Converters

Track- 5: Applied Technologies in Renewable Energy and
                 Smart Grids

•    New and Renewable Sources of Power Generation

•    Advances in Applied Green Energy Technologies

•    Recent Advances In Renewable Energy Generation & Conservation

•    Future Energy Technologies

•    Next Generation (Nano) Photonic and Cell Technologies

•    Laser Material Processing for Solar Energy Devices

•    Optimizing Wind Power Resources

•    Energy efficiency in building designs and management

•    Smart Grid and Renewable Energy Integration

•    Transformation of power grids to smart grids

•    Energy storage and cyber security for smart grids

•    Role and future of electric vehicles in smart grids

•    Corporate Responsibility and Sustainable Development

•    Economic and Social aspect of Sustainable Development

                                       Special Session

Track- 1: Emerging Trends in On-Chip Communications

On-Chip is an emerging communication paradigm for large VLSI systems implemented on a single silicon chip. This uses as a new approach to design complex System-on-a-chip (SoCs). The NoC-based systems can accommodate multiple complex (heterogeneous) SoC designs. In any on-Chip communications system, cores such as processor, memories, and customized IP blocks exchange data using a computer network protocol and physical infrastructure of on-chip networks. This special session addresses all aspects related to concepts, implementations and applications of on-chip communications as well as related EDA tools and on-Chip communication simulators. Nonetheless, its focus is on advanced issues and interdisciplinary topics like system control, design flow, application studies and the outlook on future developments in on-chip communications design.
Papers on any of the following and related topics will be considered for the special session:


•    Emerging topology and router architecture for on-Chip communications

•    Routing algorithm and micro architecture

•    Switching and Control flow techniques

•    QoS Parameters in on-Chip communications

•    Memory Architecture for NoC

•    Power and Energy issues

•    On-Chip communication simulators

•    Clockless architectures and asynchronous communication techniques

•    Reliability issues in on-Chip communications

•    Emerging technologies for on-Chip communications (Optics, Nanowires etc)

•    On-Chip communication case studies

Track- 2:  Recent Technological Developments in VLSI                  Design and Tool Automation

VLSI has a governing role to play in the field of technology and applications. The aggressive growth of transistors for emerging technological needs have created a void. To fill these voids of VLSI, newer and interdisciplinary methodologies/technologies are required. In past few decades, we have witnessed technological advancement towards the same path; whether it is System-on-Chip (SoC), Network-on-Chip (NoC) or application of well-established algorithms of computer science (e.g. Genetic algorithm), they have taken technology to a new level. Newer EDA tools and supporting hardware (to run them) are required for further progression of this path. On the other hand, observing the trend of scaling (Moor’s law) that can be understood that one day scaling will reach at its fundamental limitation.
The aim of this special track is to fill the aforesaid technological void by identifying the most significant, recent and novel developments in VLSI trends, Digital/Analog circuits, EDA tools, and Optimization algorithms.
Papers on any of the following and related topics will be considered for special session:


•    EDA Methodologies, Tools, Flows and automation techniques

•    Robust, Power, delay and area conscious Digital and Analog circuits/systems

•    FPGA Application, Architecture, Design and CAD

•    On-Chip communication, Design, Architecture and issues

•    Physical Design, Methodologies, Tools and Applications

•    Interdisciplinary methodologies/technologies in VLSI

•    Innovative Device Technologies, Designs, Processes and issues

•    IP Design issues, interoperability, reuse and applications

•    Emerging Trends in VLSI Design Automation <

Track- 3:  Measurement, Automation and Sensing                  Technology


•   Measurement in industrial applications, industry 4.0

•   Industrial automation, PLC, SCADA, HMI and Distributed Control Systems

•   Safety Instrumented systems (SIS)

•   Vision Sensors, remote sensing, telemetry and its application

•    Measurement systems for Oil and Drill industry.

•   Micro and Nanotechnology in Instrumentation and Measurement

•   SMART sensors and sensor fusion

•   Data acquisition systems

•   Real time measurements

•   Measurement systems and methods for medical, biomedical and healthcare

•   Internet of things, wireless sensors networks

•   Measurements for the society and for the well-being

•   Measurements in robotics

•   Measurement for Food Safety

•   Low power measurement devices

•   Analytical and virtual instrumentation

•   Optical Instrumentation, Optical measurement system and Fiber Optic measurements

•   Non invasive measurement methods and systems