Theoretical foundations, modeling and analysis of mission-oriented WSNs

System design, implementation, and evaluation of mission-oriented WSNs

Medium access control and scheduling in mission-oriented WSNs

Software architectures for mission-oriented WSNs

Self-organization, self-configuration, and energy efficiency in mission-oriented WSNs

Topology control, coverage and connectivity issues in mission-oriented WSNs

Routing and data dissemination in mission-oriented WSNs

In-network data storage and processing in mission-oriented WSNs

Sensor database management in mission-oriented WSNs

Localization, detection and tracking in mission-oriented WSNs

Cryptography, privacy, robustness, security aspects of mission-oriented WSNs

Internet and cloud computing, cloud of Things in mission-oriented WSNs

Sensor-enabled robots and drones in mission-oriented WSNs

Wearable computing and human centricity in mission-oriented WSNs

Cyber-physical systems in mission-oriented WSNs

Theoretical foundations of Cyber-Physical Systems

Signal Processing for Cyber-Physical Systems

Mechanism Design for Cyber-Physical Systems

Control and Optimization of Cyber-Physical Systems

Data Mining and Analytics Applied to Cyber-Physical Systems

Game Theory Applied to Cyber-Physical Systems

Mobile and Cloud Computing for Cyber-Physical Systems

Security of Cyber-Physical Systems

Model-Based Design and Verification of Cyber-Physical Systems

Testbed design and real-world applications of mission-oriented WSNs