Prediction and recognition of piracy efforts using collaborative human-centric information systems / edited by Éloi Bossé, Elisa Shahbazian, Galina Rogova.

International conference proceedings.

"Proceedings of the NATO Advanced Study Institute (ASI) on Prediction and Recognition of Piracy Efforts Using Collaborative Human-Centric Information Systems, Salamanca, Spain, 19-30 September, 2011"--Title page verso

Includes indexes.

Title description page (IOS Press; viewed on May 1, 2013).

Includes bibliographical references and indexes.

PREDICTION AND RECOGNITION OF PIRACY EFFORTS USING COLLABORATIVE HUMAN-CENTRICI NFORMATION SYSTEMS; Preface; Contents; Prediction and Recognition of Piracy Efforts Using Collaborative Human-Centric Information Systems; Implementing an Integrated Coast Guard Network inWest and Central Africa to Combat the Rise of Armed Robbery in Territorial Waters; Privately Contracted Armed Security Personnel (PCASP) On Ships in High Risk Areas: Impacts, Concerns and Challenges; Challenges on Human perception and understanding on situational awareness during Maritime Security Operation

Transport Group (Ocean Shipping) Report: Ad-Hoc Working Group on Counter PiracyAnti-Piracy Intelligence: Adapting Lessons from Other Forms of Irregular Conflict; Situation Management to Counter Piracy; Designing Information Fusion Processes to Exploit Human, Contextual, and Sensor Surveillance Data for Decision Support; Contextual Knowledge and Information Fusion for Maritime Piracy Surveillance; An Empirical Study of the Impact of Reliability Values on Threat Assessment; Building Technology-Enabled Decision Support Applications; Using Data-Driven Simulation for Analysis of Maritime Piracy

Potential Information Fusion Technologies Applicable to Maritime Piracy AwarenessPotential Information Fusion Technologies Applicable to Maritime Piracy Awareness; Closed-loop Information Fusion and Resource Management in INFORM Lab; Closed-loop Information Fusion and Resource Management in INFORM Lab; Determining the Consistency of Information between Multiple Subsystems used in Maritime Domain Awareness; System Architecture Supporting Detection of Threats in Asymmetric Warfare; Ubiquitous Computing in Emergencies: Profile-Based Situation Response Based on Self-Organizing Resource Networks

A Practical Approach to the Development of Ontology-Based Information Fusion SystemsContext-based Resource Management for a Fusion Engine; New Trends for Enhancing Maritime Situational Awareness; Aracnocóptero: An Unmanned Aerial VTOL Multi-rotor for Remote Monitoring and Surveillance; Autonomous Active-Camera Control Architecture Based on Multi-Agent Systems for Surveillance Scenarios; Expert Knowledge-based Game Models to Increase Defence Effectiveness againstThreats; Location-Allocation Planning of Heterogeneous Networks for Maritime Surveillance Applications

Towards Efficient Information Exchange in Heterogeneous NetworksTowards Characterizing Maritime Piracy Problems and Solution Spaces: Preliminary Results from Study Group Discussions; Subject Index; Author Index

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