
The Ninth International Conference on Future Computational Technologies and Applications
FUTURE COMPUTING 2017
February 19  23, 2017  Athens, Greece 
Technical CoSponsors and Logistics Supporters 




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 Colocated with other events part of ComputationWorld 2017
 Posters will be presented during the conference
 A Work in Progress track is available for preliminary work
 A Research Ideas track is available for ideas in early stages
 A Doctoral Forum track is available for discussing and publishing early PhD thesis research
Submission (full paper) 
October 1 November 3, 2016

Notification 
December 2, 2016 
Registration 
December 15, 2016 
Camera ready 
January 15, 2017 
ISSN: 23083735
ISBN: 9781612085302 
conference contact: mp@iaria.org 
All tracks/topics are open to both research and industry contributions.
Special tracks:
SEPYCE: Security and Privacy in Computing Environments
Chair and Coordinator: Dr. Woomin Hwang, National Security Research Institute, South Korea wmhwang@nsr.re.kr
Tracks:
Trends in future computing and applications
Reflective computing; Dependable computing; Urban computing; Big dataoriented computing; Fogcomputing; Mobile Edge Computing; Computing high speed sensing data; Highperformance computing; Neural computing; Soft Computing; Spatial Computing; Computing in Internet of Thinks (IoT)based environments; Computing with sparse, big and huge data
Future computing challenges
Truthful Mechanisms; Indistinguishable obfuscation; Succinct histograms; Optimal datadependent computation; Convergence of fast computations; Approximation algorithms; Delegating computations; Generalized flow maximization; Interactive coding; Optimal error rates; Combinatorial problems; Approximation and optimization schemes; Randomized compositions; Polynomialtime approximation; Polynomial complexity; Optimal resilience; Adaptive data analysis computation; Bounding programming relaxations; Deniable encryption; Sparse dimensionality reduction; Exponential improvement in precision
Computational intelligence strategies
Cognitive computing;
Intelligent computation;
Ambient computing;
Unconventional computing;
Indeterminist computing;
Adaptive computation;
Autonomic computation;
Computation under uncertainty;
Chaotic computation;
Intentional computing;
Anticipative computing;
Evolutionary computing
Mechanismoriented computing
Spatial computation;
Elastic computing;
Humancentered computing;
Embedded computing;
Entertainment computing;
Timesensitive/temporal computing;
Soft computing (fuzzy logic, neural computing, evolutionary computation, machine learning, and probabilistic reasoning + belief networks, + chaos theory + learning theory)
Largescale computing strategies
Distributed computing; Parallel computing; Macro and microcomputing; Activitybased computing; Data intensive computing; Resourceconstraint computing; Grid computing; Cloud computing; Cluster computing; Ondemand computing; Ubiquitous/pervasive computing; Memristor Computing; Unconventional computing; Evolutionary computing
Computing technologies
Quantum computing;
Optical computing;
DNA (genetic) computing;
Molecular computing;
Reversible computing;
Billiard Ball computing;
Neuronal computing;
Magnetic computing;
Gloopware computing;
Moldy computing;
Water wavebased computing;
Graphenebased computing
Quantum Computing
Quantum computing models; Quantum complexity theory; Qubits; Nondeterministic and Probabilistic Computers; Quantum algorithms; Quantum computational operations; Scalable quantum computing; Quantum teleportation; Quantum cryptography; Quantum simulation; Quantum decoherence; Quantum gravity; Physical implementation of quantum computers
Technologyoriented computing
PeertoPeer computing;
Mobile computing;
Sensorbased computing;
Wireless computing;
Trusted computing;
Financial computing;
Genetic computation