CALL FOR PAPERS

CONFERENCE TRACKS

The International Conference on Artificial Intelligence, Device Computing, Communication, and Signal Processing [AIDCCSP-2024] seeks submissions in the form of original technical papers and presentations. Submissions should delve into the theoretical and technological foundations of Artificial Intelligence (AI), Device Computing, Communication, and Signal Processing. Emphasis is placed on exploring applications propelling the advancement of these domains, operational intricacies, empirical findings from deployments, and the overarching influence on end-users, the research landscape, public administration, and various commercial sectors. The conference aims to foster discussions on the multifaceted dimensions of AI, Device Computing, Communication, and Signal Processing, promoting the exchange of knowledge and insights among scholars and practitioners. The conference will be held as offline event, accepting in person presentations, and will be conducted between December 20-22, 2024. AIDCCSP-2024 invites high-quality research papers in various tracks listed below.

Machine Learning and Computational Intelligence

Artificial Intelligence & Machine Learning
Pattern recognition
Computer Graphics & Virtual Reality
Distributed & Cloud Computing
Soft Computing
Grid and Cluster Computing
Perceptual Computing, and related topics
Learning using Ensemble and boosting strategies
Manifold Learning
Fuzzy Learning
Kernel Based Learning
Genetic Learning
Bioinformatics and biomedical informatics
Collaborative filtering
Information retrieval
Natural language processing
Inference dependencies on multi-layered networks
Recurrent Neural Networks and its applications
Graph wavelets & Graph mining methods
Clustering, Classification and regression methods
Supervised, semi-supervised and unsupervised learning
Reinforcement Learning
Pattern summarization
Fuzzy approaches to parameter estimation
Genetic optimization

Internet of Things

Applications and Use Cases:

Healthcare
Industry & Manufacturing
Smart Cities, Smart Buildings
Vehicular, Sustainability
Unmanned Aerial Vehicles
Natural Resource Management
Transportation, Construction
Critical Infrastructure Protection

Computing:

Edge and Embedded Computing
High Performance Computing
Data Storage
Localization techniques

Connectivity:

IoT Communication Protocols
Wireless Communications
Internet, Mobility
Software Defined Networking
Wireless Sensor Networking
Drone assisted communications
Deep Space Communications, Satellite Communications, Maritime Communications
Underwater Communications
Terahertz Communications
Ultra-reliability and Low latency
IoT in Fifth and Sixth generation networks
Internet of Nano Bio Things

Security and Privacy:

IoT Cybersecurity
Privacy and Trust
Blockchains

Data Sciences and Big Data

Big data management
Data retrieval
Big data storage techniques
Data mining and warehouse
Data visualization
Scalability and portability issues of big data
Big data recommender systems
Digital Forensics
Parallel processing of big data
Distributed access of big data
Applications of big data and related topics
Social Network Analysis
Text Mining
Sentiment Analysis
Data Acquisition, Integration, Cleaning
Data Visualizations
Semantic-based Data Mining
Data Wrangling, Data Cleaning, Data Curation, Data Munching
Data Analysis, Statistical Insights
Decision making from insights, Hidden patterns
Data Science technologies, tools, frameworks, platforms, and APIs
Link and Graph Mining
Efficiency, scalability, security, privacy, and complexity issues in Data Science
Labelling, Collecting, Surveying, Interviewing, and other tools for Data Collection
Applications in Mobility, Multimedia, Science, Technology, Engineering, Medicine, Healthcare, Finance, Business, Law, Transportation, Retailing, Telecommunication

Communications

Communications theory and systems
Information and coding theory
Wireless communications
Satellite and space communications
Quantum communications and computing
Security and privacy issues in communications
Smart grid and power line communications
Edge communications
Machine learning/AI-based solutions for wireless communications
Energy harvesting and green communications
Molecular, biological and multi-scale communications
Microwave Devices and Meta surfaces
Antennas and Phased Arrays
Microwave/mm-Wave/TeraHertz Communication and Imaging
Optimization and Machine learning aided design of Antennas and Microwave Components
Radars, Remote sensing and Wireless Power Transfer
Optical communication
Optical networks and systems
Optical network security
Visible and IR free-space optical communication systems
Optical interconnect technologies

Signal Processing

Adaptive signal processing
Biomedical signal processing
Detection and estimation
DSP implementation and architectures
Graph signal processing
Image, multimedia and video signal processing
Secure signal processing
Pattern recognition and machine learning
Optimization for signal processing
Quantum signal processing
Speech, audio and language processing
Sparse signal processing
Graph signal processing
Applications in astronomy/astrophysics

Analog, Mixed-Signal, and RF Circuits:

Amplifiers, comparators, oscillators, filters, references
Nonlinear analog circuits
Digitally-assisted analog circuits
Analog design at lower technology nodes
Analog circuits for diverse applications
Data Converters; PLL/ADPLL
I/O Design; Bio-inspired analog and mixed signal circuits
Analog circuits and instrumentation related to Biomedical, healthcare, sensor interfacing, wearable, and flexible systems
Low Noise Circuits; EMI Immune Design; Auto Calibration Techniques
Wearable electronics; Flexible electronics; Ultra-low power circuit techniques
High-Speed Interfaces, RF, mm-Wave, and THz transceivers, SoCs, and SiPs
Frequency synthesizers

Advanced Process/Material, Device Design and Modelling:

Advanced CMOS process
Low-dimensional materials and devices
Meta-Materials
2D and nano wire devices
Nano-patterning; Directed self-Assembly
EUV, ALE and selective deposition; Strain/channel engineering
Advanced manufacturing technology
Fabrication of Nano-Sensors and Bio-Sensors; metrology and yield
Deep nanoscale CMOS devices
Device modeling and simulation
Multi-domain simulation; device/circuit-level reliability and variability
Devices for beyond CMOS, compact modeling and novel TCAD solutions
GaN and SiC devices for High Voltage applications
Design for Manufacturing (DFM) and Design for Yield (DFY)

Emerging Computing and post-CMOS Technologies:

Quantum Information Processing Systems
Quantum logic circuits
Quantum algorithms
Spin-based computing
Reversible computing; Approximate and stochastic computing
Cryogenic processors; MEDA; Microfluidic Biochips
Emerging memory technologies (ReRAM, Memristor, MRAM, FeRAM, nanotube RAM, phase-change memory)
MEMS/NEMS devices and applications
Electronics for automotive systems; Device, circuit, architecture design, analysis, and optimization for neuromorphic computing systems

Power and Energy Management:

Power management and control circuits, Regulators
Power converter ICs
Energy harvesting circuits and systems
Wide-bandgap topologies and gate-drivers
Power and signal isolators
Power management for automotive systems
Battery management circuits and systems
Power Delivery Networks (PDN)
Power Switches; High Voltage Circuits and Systems
Power management for High Voltage Application
Power/Thermal balance