Conference Objective:

The International Conference on Intelligent Systems and Embedded Design (ISED-2023), technically sponsored by IEEE, serves as a premier platform for researchers, academics, professionals, and industry experts to converge and exchange knowledge, ideas, and experiences in the fields of intelligent systems and embedded design. The conference aims to foster collaborative endeavors and unveil cutting-edge research that can further drive innovation and development in the interdisciplinary domains of high-performance/low-power circuits, algorithms, electronics, embedded systems, AI chips, and SoC technology, etc.

Developments in these domains will have a significant impact on the future electronic system design and advanced technologies focusing on being user-friendly, eco-sensitive, innovative, and energy efficient. The conference would enable fruitful discussions between experts and other delegates leading to concrete contributions towards advancing the state of the art. As a global semiconductor revolution is in the making, we bring ISED to the underserved Himalayan Region to spur wide interest in semiconductor systems.

Original, unpublished research papers are solicited from researchers and practitioners from academia, industry, and the government in areas of interest in, but not limited to, the stated conference tracks.

All papers accepted by ISED-2023 will be submitted for inclusion into indexed proceedings, provided at least one of the authors of each paper registers for the symposium and presents the paper.
Full Registration (not student registration) is required for each paper to be included in the presentation. In the case of multiple authors, at least one author is expected to register. Registration fee includes Proceedings CD, Conference Kit, Lunch and Tea during Conference, Conference Banquet, and Registration for Tutorials.
Original, unpublished research papers are solicited from industrial and academic researchers in any topics listed below. Topics of interest include, but are not limited to the following conference tracks.
Conference Tracks:
Track 1: Embedded System Design Methodology & Tools (ESDMT)
Embedded System Design Software System and Application Design 
Power-Aware System Design 
Analog/Mixed-Signal System Design 
Digital System Design and Validation 
Computer-Aided Design and Verification 
Formal Methods for Embedded Systems 
Middleware for Embedded Systems 
Hardware/Software Co-Design 
Component-Based Embedded Software Design 
Model-based Design for Embedded Software 
Domain/Application-Specific Design Techniques 
Testing Techniques for Embedded Software/Systems 
Verification and Validation for Embedded Systems 
Performance Evaluation Techniques and Tools 
Safety of Machine Learning for Embedded Systems 
Building Machine Learning Systems 
Sensor Networks and Systems  
Emerging Technology and System Design  
Power System Automation  
Wireless/Wired Communication Systems and N/W  
High-Performance Computing Systems  
Management of Data including Big Data and Analytics 
Sustainable Computing and Management  
RFID, RF Engineering and Microwave Systems  
Testing, Reliability, Fault-Tolerance  

Track-2: Domain-Specific, and Reconfigurable Chips (DSRC)
High-Performance, Low-Power
Multi-Core and Highly-Reliable Systems 
Machine Learning, Vision and Graphics Chips 
Data Analytics and Big Data Processing 
IoT and Always-On Functions 
Custom Chips for Emerging Applications 
FPGAs and FPGA-Based Systems 
Coarse-Grained Reconfigurable Arrays 

Track-3: Secure Mobile & Embedded Devices (SMED)
Graphics/Multimedia/Gaming SoC, Security, and DSP Chips 
Secure Hardware 
Hardware Support for Software Security 
System Design and Security
Information and Cyber Security    
Mobile Cyber-Physical Systems
Deep Learning Processors for Intelligent IoT Devices  
Integrating machine learning in embedded sensor systems
Track 4: Emerging Embedded Applications & Interdisciplinarity (EEAI) Real-time systems and Applications  

Signal Processing and Applications  
Computer Vision and Image Processing Applications 
Internet of Things for healthcare Applications  
Intelligent Embedded Systems 
Machine Learning for Embedded Applications 
Wearable Computing 
Smart City 
Intelligent Intersection Traffic Signal Control 
Robotics and Control Systems 
Cyber-Physical Systems  
Assured Autonomy for Safety-Critical CPS 
Automotive and Avionics Systems 
Medical Systems 
Database & Multimedia Systems 
Network Protocols and Security 
Emergency and Disaster Management 
Consumer Electronics 
Mobile Cloud Computing and Approximate Computing 
Industrial Practices and Case Studies

Track 5: Artificial Intelligence of Things (AIoT)
Hardware designs and architectural templates of AIoT nodes 
Distributed AIoT systems 
AI accelerators targeting the AIoT domain 
In/near-memory computing architectures
Non-volatile memories for AIoT devices
Optimization techniques targeting the AIoT domain
Low-power design methodologies for AIoT nodes
Energy harvesting and power management circuits for AIoT devices
Emerging technologies and their application to AIoT devices

Track 6: Intelligent System and Device Security (ISDS) 
AIoT privacy and security 
WSN security 
WBAN privacy and security  
Cloud-based AIoT security
Machine learning for AIoT security
AIoT hardware security 
Blockchain for AIoT security
Industrial AIoT security  
Medial AIoT privacy and security 
Cryptography in AIoT
Layered security principles and ways to enhance perimeter defense in the AIoT 
AIoT gateway vulnerabilities and best practices of defense 
The malicious impact on AIoT, Thingbots, Hivenets 
Forensics in AIoT 
Law, Policy, and Privacy in AIoT Track 7: Intelligent Systems and Methodology (ASM)Knowledge Representation and Reasoning Machine Learning (ML) and Neural Computing Evolutionary Computation Fuzzy Systems Intelligent Information Processing (Video, Image, Audio, Language and other Multi-modal Information) Data Ming and Knowledge Discovery Pattern Recognition (PR) and Computer Vision (CV) Audio Signal Processing Natural Language Processing (NLP) Intelligent Control and Robotics Multi-agent Systems and Programming 

Track 8: Applications of Intelligent Systems (AIS)
Intelligent Cities Intelligent Transportation 
Intelligent Systems for Security and Management 
Intelligent Systems for Industry 
Intelligent Supply Chain 
Unmanned factory and flexible manufacturing 
Unmanned Warehouse 
Service Robot 
Intelligent Systems for Consuming 
Intelligent Hardware and Smart Wearable Devices 
Intelligent Furniture 
New Retails 
Unmanned Driving and Autonomous Systems 
Intelligent Systems for Medical Treatment and Health 
Intelligent Systems for Agriculture 
Intelligent Systems for Business and Finance 
Internet of Things and its Applications 


Proceedings: The conference proceedings will be submitted for indexing in IEEEXplore.
Important Dates:
Full Paper Submission: 
31st Aug 2023 
Extended Date: 15th Sept 2023 
(Submissions Closed)
Paper Acceptance Notification: 
16th Oct 2023
Camera-Ready submission: 
16th Nov 2023
15th – 17th Dec 2023
Doctoral Conference:
Ph.D. students in the above and related areas will have the opportunity to present their research work and interact with experienced researchers from academia, industry and research labs.

This 2023 edition of the symposium is being hosted by DIT University, Dehradun.