BDNT 2018 - International Workshop on Big Data and Networks Technologies

Big Data:
Big Data Analytics
Storage, Data, and Analytics Clouds
Federal Big Data Cloud Configuration, Performance, and Capacity
Big Data Search
Big Data applications: Bioinformatics, Multimedia, Smartphones, etc.
Data mining, graph mining and data science
Cloud and grid computing for Big Data
Hardware/software infrastructure for Big Data
Role of Big Data issues in Pervasive Systems
Data Mining Techniques in Wireless Sensor Networks
Big Data Analytics applied to Smart Cities
Role of Big Data issues in Vehicle Ad Hoc Networks ..
Challenges and opportunities for the electric energy industry
Big Data advantages for electric energy trading
Big Data and Energy Systems Integration
Big Data and Energy Efficiency
Big Data and Electricity Demand Forecasting
Big Data and Energy Management
IA and information systems
ICT integration in education
Information and knowledge management
Information hiding and watermarking
Information technologies
Information theory/coding
Architectures for Big Data
The role of Big Data in improving power system operation and protection
Smart electrical grid with Big Data
Image Processing and Reconstruction
Video Processing and Reconstruction
Architecture, management and process for data science
Cloud computing and service data analysis
Data warehouses, cloud architectures
Mathematical Issues in Data Science
Big Data Issues and Applications
Large-scale databases
High performance computing for data analytics
Large scale optimization
Data-driven Scientific Research
Security, trust and risk in big data
Privacy and protection standards and policies
Data Quality
Evaluation and Measurement in Data Science
Big Data Mining and Knowledge Management
Case Study of Data Science
Networks Technologies:
Self-management systems.
Autonomic Computing techniques.
Real-time load prediction model to optimize the user satisfaction.
Software Defined Systems Scalability.
Software Defined Systems optimization.
Software tools and frameworks to support SDS .
Software Defined Systems challenges and opportunities
Software Defined Systems surveys .
Social engineering, insider threats system for SDS.
Incident Handling and Penetration Testing with SDS.
Software Defined Systems support if IoT.
Security protocols in SDS.
Security and privacy of mobile SDS based cloud computing
Service-oriented architectures, service portability andP2P
Network virtualization and cloud-based radio access networks
4G/5G wireless billing systems, GPRS billing, etc
Ad hoc and wireless sensor networks
Advances in satellite communication
Cognitive radio applications and spectrum management
Congestion and admission control
Cross-layer optimization in wireless networks
Delay tolerant networks
Design and analysis of wireless LAN/WAN
Energy awareness in communication systems
Genetic Algorithms
Human-computer interaction
Internet and web applications
Internet of Things (IoT)
Interoperability of heterogeneous wireless networks of different standards
Wireless security systems
IP multimedia subsystems (IMS)
Mobile computing
Multimedia communications
Use of Sensor and RFID technologies in product recovery
Nanodevices, nanotechnology, and MEMS
Natural language processing
Network architectures and protocols
Neural network and fuzzy logic
Quality evaluation metrics and methodologies
Quality of cloud services and cloud computing
Radio communication systems
RFID systems
Signal processing
Survey papers on wireless communication
Technology as a teaching strategy and learning style
Traffic engineering
Software Defined Systems support for Cloud Computing .
Software Defined Networking (SDN).
SDN concepts, architecture, and APIs.
Network Virtualization
SDN and OpenFlow protocol
Software Defined Radio
Cognitive Radio Networks .
Access Control models in SDN.
Software Defined Storage.
Storage Automation and Abstraction.
Policy-driven storage provisioning.
Software Defined Servers and Virtualization.
Software Defined Datacenters.
Software Defined Security o Security policies automation.
Self-management systems.