ABOUT

WELCOME TO ICVAIS 2026

Welcome to the 2026 International Conference on VLSI Design, AI, Signal Processing and Wireless Communication (ICVAIS 2026). This event is a premier platform for the exchange of knowledge, ideas, and innovations across VLSI design, signal processing, artificial intelligence, machine learning, and wireless communication.

Conference Committees

ICVAIS 2026 — International Conference on VLSI Design, AI, Signal Processing and Wireless Communication

Core Committee

Convener: Prof.Dr.P.T.V.Bhuvaneshwari
Secretary: Prof.Dr. V.R. Vijay Kumar
Joint Secretary: Asst.Prof.Dr.A.Divya

Scientific Committee

Prof. S. Ramakrishnan, IIT Madras
Dr. M. Sabariamalai Manikandan, IIT Palakkad
Prof. Barathram Ramkumar, IIT Bhubaneswar
Dr. Badri Narayan Subudhi, IIT Jammu
Dr. Eswaramoorthy K.V., IIITDM Kurnool
Dr. Udit Satija, IIT Patna

Dr. G.N.K. Reddy, NIT Calicut
Dr. P. Palanisamy, NIT Trichy
Dr. T. Veerakumar, NIT Goa
Prof. M. Bhaskar, NIT Trichy
Dr. Velliangiri S, SRMIST, Chennai

Organising Committee

Sikandar Sulaiman, Qualcomm India
Badrinath Padmanabhan, Intel Corporation
Siril Prasanna, Infinera

Dr. Manikandan J, PES University (ex-DRDO)
Dr. Hemlata Gupta, Scientist D, MeitY, Govt. of India

International Advisory Committee

Prof. Abdul Gazar

Call For Papers — Conference Topics

Explainable AI

Research and methods making AI systems transparent, understandable, and trustworthy.

Federated Learning

Distributed machine learning approaches where data remains decentralized for privacy.

Edge Intelligence

Intelligent processing and analytics at device or edge networks for real-time AI applications.

TinyML Deployment

Deployment of machine learning models on resource-constrained devices and IoT hardware.

Emotion Recognition

Technologies and algorithms to detect, analyze, and interpret human emotions.

Infant Diagnostics

Innovations in automated monitoring and analysis for infant health diagnostics.

Biometric Screening

Methods to identify individuals using biometric indicators for security and health.

Human Activity Recognition

Detecting and classifying human movements through sensors and AI.

AI Ethics

Ensuring responsible and fair use of artificial intelligence in systems.

Smart Healthcare

Integrating intelligent systems for personalized health monitoring and care.

5G Networks

Next-generation cellular network technologies providing high speed and low latency.

6G Technologies

Emerging research on sixth generation wireless communication networks.

UAV Networks

Communications and coordination in unmanned aerial vehicle systems.

Vehicular Networks

Networking solutions for connected and autonomous vehicles.

Wireless Protocols

Standard and novel protocols for wireless communications.

Mobile Offloading

Techniques to transfer computational tasks from mobile devices to the cloud.

Fog Networking

Distributed computing architecture extending cloud services to the network edge.

SDN & NFV

Software defined networking and network function virtualization technologies.

Quantum Networks

Quantum communication and networking strategies.

Energy-efficient Networking

Low-power and green energy approaches for network design.

Sensor Fusion

Integrating data from multiple sensors to improve accuracy and reliability.

Real-time Processing

Processing data with minimal latency to support time-critical decisions.

Fault Tolerance

System design to ensure reliability despite errors or component failures.

Secure Computation

Computations that maintain data privacy and security guarantees.

Digital Twins

Digital replicas of physical systems for monitoring and simulation.

Privacy Preservation

Techniques to protect users' sensitive data in digital domains.

Smart Cities

Technology integration to enhance urban living and infrastructure.

Self-organizing Systems

Systems that autonomously coordinate without central control.

Distributed Algorithms

Algorithms designed for distributed computing systems.

Cybersecurity Models

Models to analyze, detect, and mitigate security threats.

Embedded Systems

Design and application of embedded computing systems.

Model Compression

Techniques for reducing model size while maintaining performance.

Cloud Computing

Delivery of computing services over the internet.

Edge Computing

Distributed computing closer to data sources for efficiency.

Blockchain Systems

Decentralized ledger technologies and applications.

Big Data

Techniques for handling very large datasets.

Quantum Computing

Computation using quantum-mechanical phenomena.

IoT Systems

Connected devices communicating and interacting seamlessly.

Smart Devices

Devices with enhanced capabilities and connectivity.

System-on-Chip

Integrated circuits combining all components onto a single chip.

Proceedings: All accepted papers (with registration) will be published in the Springer LNCS series.

Special Issues: Selected papers may be extended for SCI journals.

Tutorials: Two-hour pre-conference tutorials on December 11, 2025.

Submission Instructions: Provided on the conference website.

Full Paper Submission

Send your full-paper submission to icvais@mitindia.edu in electronic form (MS Word/PDF) for the reviewing process.

Important Points for Preparing Your Paper

Paper must be an unpublished novel research work, written in either British or American English (not both).
The paper should be prepared as .doc/.docx/LaTex file.
One author must be assigned as Corresponding Author for all communications. Maximum 6 authors per manuscript.
Avoid affiliation/acknowledgement footnotes. If necessary, place them before the references.
Tables and figures must be numbered and of high quality.
Thoroughly proofread the article for typographical and grammatical mistakes. Non-native English authors are encouraged to have it proofread by a native speaker.

Paper Formatting

Articles may be edited for clarity and grammatical accuracy, and should follow the publisher manuscript style.
Font: Times New Roman, single spacing; justified alignment.
Structured abstract must include: Introduction, Methods, Analysis, Results, and Conclusions.
Each paper should include the following sections:
1. Abstract
2. Background, Motivation and Objective
3. Statement of Contribution/Methods
4. Results, Discussions and Conclusion
5. Future Research Direction
Templates: MS Word Format ↓ | LaTeX Format ↓

Review Process

All papers will be reviewed by the Scientific Committee Members.
Corresponding authors will be notified by email of acceptance, revision, or rejection.
Authors are required to revise their papers according to reviewers’ feedback before final submission.

Notification of Acceptance or Rejection

Notification of acceptance or rejection will be sent on or before the scheduled date.
Accepted papers may be updated according to reviewer recommendations.
Rejection may be due to out-of-scope topics or high plagiarism. Rejected papers will not be reconsidered.

Academic Ethics and Conference Policy

Authors must adhere to ethical guidelines. ICSCN reserves the right to remove any submission if authors fail to provide a valid explanation for disputes arising during peer review or after acceptance/publication.

Plagiarism

Plagiarism, image manipulation, and data fabrication are not tolerated.
Copying text, research ideas, images, or data without proper citation, even from the author’s own publications, is prohibited.
Copied text must be quoted and properly referenced.
If plagiarism is detected during review, the manuscript will be rejected. Post-publication plagiarism will result in retraction.

Copyright

Authors are responsible for obtaining necessary permissions for all third-party content.
For reused content from previous editions, authors must ensure proper permissions for the new edition.