Call for Papers


The 9th World Congress on Nature and Biologically Inspired Computing (NaBIC 2017) brings together international researchers, developers, practitioners, and users. The aim of NaBIC is to serve as a forum to present current and future work as well as to exchange research ideas in this field. NaBIC 2017 invites authors to submit their original and unpublished work that demonstrates current research in all areas of Nature and Biologically Inspired Computing, as well as proposals for workshops, industrial presentations, demonstrations, and tutorials.

The papers should be organized so as to accommodate abstract, introduction, state-of-the-art, objective, used methodology, obtained results and references.

Submitted papers should be original and contain contributions of theoretical, experimental or application nature, or be unique experience reports.

Proceedings are expected to be published by:
Advances in Intelligent and Soft Computing, which is now indexed by ISI Proceedings, DBLP. Ulrich's, EI-Compendex, SCOPUS, Zentralblatt Math, MetaPress, Springerlink

Papers maximum length is 10 pages.
- Papers must be formatted according to Springer format (Latex/word) available at:

The papers are solicited in the following (but not limited) Areas:

Industrial Applications of Nature and Biologically Inspired Computing Innovative approaches
Information Retrieval
Fault Diagnosis
Web Intelligence
Speech Processing
Business Information Systems
Knowledge Management
Evolvable Hardware
Image and Signal Processing
Pattern Recognition
Traffic and Transportation System
Decision Analysis
Data Mining
Computer Vision
Information and Communication Technology
Control System

Artificial Neural Networks
Biodegradability Prediction
Cellular Automata
Evolutionary Algorithms
Swarm Intelligence
Emergent Systems
Artificial Life
Lindenmayer Systems
Digital Organisms
Artificial Immune Systems
Membrane Computing
Simulated Annealing
Communication Networks and Protocols
Computing with Words
Common Sense Computing
Cognitive Modeling and Architecture
Hybrid Approaches
Quantum Computing
Nano Computing