Call for Tutorials
IJCNN 2027 will feature pre-conference tutorials, covering fundamental and advanced topics in AI and neural networks.
A call for papers invites researchers to submit their work to IJCNN 2027 for presentation or publication, outlining topics, and deadlines.
The IJCNN is a premier international conference in the field of neural networks, the foundations of artificial intelligence, and intelligent applications. Whether you are presenting your latest research, learning from experts, or networking with peers, IJCNN 2027 promises to be a memorable experience that will inspire and propel the AI community forward. We look forward to welcoming you in the mother city of the rainbow nation - Cape Town, South Africa!
Prospective authors are invited to submit complete papers of no more than six (6) pages in the IEEE two-column conference proceedings format.
Topics of interest include but are not limited to:
Feedforward neural networks
Recurrent neural networks
Convolutional neural networks
Dynamic neural networks
State-space neural models
Radial basis function networks
Self-organizing maps
Associative memory and attractor networks
Neural architecture design
Expressivity and generalization of neural networks
Theory of neural networks and deep learning
Optimization techniques for neural networks
Self-supervised learning
Contrastive learning
Unsupervised learning
Information-theoretic learning
Feature selection and extraction
Generative adversarial networks
Variational autoencoders
Diffusion and flow-based models
Foundation models based on neural networks
Transformer and attention-based neural architecture
Pre-training and fine-tuning
Parameter-efficient adaptation and alignment
Prompt engineering
Context engineering
Graph neural networks
Geometric deep learning
Learning on relational and structured data
Temporal graph neural networks
Knowledge graph neural learning
Reinforcement learning
Deep reinforcement learning
Adaptive critic designs
Approximate dynamic programming
Multi-agent reinforcement learning and game-theoretic learning
Reinforcement learning for control and decision systems
Agentic RL
Continual learning
Lifelong learning
Catastrophic forgetting mitigation
Online and incremental learning
Meta-learning, few-shot and zero-shot learning
Domain adaptation and curriculum learnin
Efficient and tiny neural networks
Resource-constrained neural networks
Model compression and pruning
Quantization and low-precision neural learning
Edge and embedded AI
Sustainable and green AI
Cellular Computational Networks
Federated learning
Distributed learning
Decentralized learning
Communication-efficient and resilient learning
Scalable neural network training
Interpretable and explainable AI
Trustworthy and reliable AI
Robust neural networks
Privacy-preserving learning
Safety AI
Ethics and regulations in AI
Multimodal learning
Vision-language models
Perceptual neural networks
Cross-modal representation learning
Multimodal reasoning and generation
Neuro-symbolic AI
Knowledge representation and reasoning
Neural reasoning systems
Neuro-fuzzy systems
Knowledge-guided AI
Neuromorphic systems
Spiking neural networks
Brain-inspired neural computation
Event-driven neural processing
Reservoir and echo-state networks
Computational neuroscience
Nervous system modeling
Brain network analysis
Brain-machine interfaces
Cognitive models
Neurophysiological data analysis
Neural engineering
Bayesian neural networks
Probabilistic neural learning
Variational inference with neural networks
Uncertainty estimation and calibration
Causal ML
Gaussian processes and energy-based models
Collective intelligence
Ensemble neural learning
Modular neural networks
Mixture-of-experts architectures
Collective or Swarm intelligence
Physics-informed neural networks
Neural operators and PDF solvers
Scientific ML
Complex system modeling
AI for critical infrastructures
AI for healthcare and life sciences
AI for education
AI for climate sciences
AI for space
Image and video processing
Speech and audio processing
Time-series analysis
Recommender systems
Robotics
Manufacturing
Transportation
Computer graphics
Communications
Bioinformatics and biomedical engineering
Finance
Agentic AI systems
Embodied intelligence
Neural networks for robotics
Autonomous decision-making systems
Human–agent collaboration
Quantum neural networks
Quantum AI
Quantum ML
Hybrid quantum-classical neural models
Quantum learning systems
IJCNN 2027 will feature pre-conference tutorials, covering fundamental and advanced topics in AI and neural networks.
IJCNN 2027 solicits proposals for special sessions, within the technical scope of IJCNN 2027. Cross-fertilization of disciplines and emerging areas are strongly encouraged.
IJCNN 2027 will host half-day workshops on emerging topics in neural networks and AI.
IJCNN 2027 will include competitions to stimulate research in neural networks.
IJCNN 2027 will host panels on future directions of neural networks and AI.