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CogSIMA 2011: Miami, FL, USA
- Gabriel Jakobson, Mica R. Endsley, Mitch Kokar:
IEEE International Inter-Disciplinary Conference on Cognitive Methods in Situation Awareness and Decision Support, CogSIMA 2011, Miami, FL, USA, February 21-24, 2011. IEEE 2011, ISBN 978-1-61284-786-3 - Gabriel Jakobson, Mica R. Endsley, Mitch Kokar:
Welcome to IEEE CogSIMA 2011 in Miami! 1 - Daniel Mauer, Barry Lai, Jennifer Casper, Peter Leveille, Jing Hu, Ronald Albuquerque, Eddy Cheung:
Heuristic methods for automating event detection on sensor data in near real-time. 1-8 - Nuka Nwiabu, Ian Allison, Patrik Holt
, Peter Lowit
Situation awareness in context-aware case-based decision support. 9-16 - Brian Ulicny, Gerald M. Powell, Chester Brown, Mieczyslaw M. Kokar, Christopher J. Matheus, Jerzy Letkowski:
Augmenting the analyst via situation-dependent reasoning with trust-annotated facts. 17-24 - Peeter Lorents, Erika Matsak:
Applying time-dependent algebraic systems for describing situations. 25-31 - Roman Ilin, Leonid I. Perlovsky:
Dynamic Logic learning in cognitive-based situation models. 32-39 - Anssi P. Kärkkäinen:
Improving situation awareness in cognitive networks using the Self-Organizing Map. 40-47 - Gabriel Jakobson:
Extending situation modeling with inference of plausible future cyber situations. 48-55 - Jamie Lawson, Rajdeep Singh, Michael Hultner, Kartik B. Ariyur, Lockheed Martin:
Deception Robust Control for automated cyber defense resource allocation. 56-59 - Tahia Infantes-Morris, Liam M. Mayron, Wayne B. Smith, Margaret M. Knepper, Reg Ita, Kevin L. Fox:
A perceptually-relevant model-based cyber threat prediction method for enterprise mission assurance. 60-65 - Amy R. Pritchett, So Young Kim, Suresh K. Kannan, Karen M. Feigh
Simulating situated work. 66-73 - Michael P. Jenkins, Geoff A. Gross, Ann M. Bisantz
Towards context-aware hard/soft information fusion: Incorporating situationally qualified human observations into a fusion process for intelligence analysis. 74-81 - Varun Dutt
Modeling a robotics operator manager in a tactical battlefield. 82-87 - Alexander Bauer, Yvonne Fischer:
Object-event graph matching for complex activity recognition. 88-93 - Alexander V. Smirnov, Tatiana Levashova, Nikolay Shilov
Ubiquitous computing in emergency: Role-based situation response based on self-organizing resource network. 94-101 - Stephen C. Dinkel, William Hafner, Paulo C. G. Costa
Uncertainty reasoning for service-based situational awareness information on the Semantic Web. 102-105 - Amr S. Ghoneim, Daryl Leslie Essam
Competency awareness in strategic decision making. 106-109 - Kevin Adams, Alexander Wassell, Marion G. Ceruti, Ernesto Castro, Sandi F. Lehan, John W. Mitchell:
Emergency-management situational-awareness prototype (EMSAP). 110-114 - Maria José Pinto Lamosa, Daniel Merli Lamosa, Monica Maria De Marchi:
An interactive approach to solve a multi-objective covering-routing problem considering critical areas. 115-118 - Sébastien Tremblay
A multi-perspective approach to the evaluation of a portable situation awareness support system in a simulated infantry operation. 119-122 - Jürgo Preden, Leo Motus, Merik Meriste, Andri Riid
Situation awareness for networked systems. 123-130 - Janet Marsden:
Determining the role of geospatial technologies for stigmergic coordination in situation management: Implications of the wireless grid. 131-135 - Amy R. Pritchett, H. Claus Christmann, Matthew S. Bigelow:
A simulation engine to predict multi-agent work in complex, dynamic, heterogeneous systems. 136-143 - Amy R. Pritchett, Karen M. Feigh:
Simulating first-principles models of situated human performance. 144-151 - James M. Niehaus, Scott Neal Reilly:
Simulating situational awareness with User-Defined Operating Picture (UDOP) devices using rules. 152-158 - M. O. Rodas, C. X. Szatkowski, M. C. Veronda:
Predicting an adequate ratio of Unmanned Vehicles per operator using a system with a mission definition language. 159-162 - James C. Won, Gary R. Condon, Benjamin R. Landon, Andrew R. Wang, Daniel J. Hannon:
Assessing team workload and situational awareness in an Intelligence, Surveillance, and Reconnaissance (ISR) simulation exercise. 163-167 - Richard K. Steinberg:
The perceptual cognitive mapping for Missile Defense Command and Control Displays. 168-170 - Gary L. Klein, Jill L. Drury, Mark S. Pfaff
COAction: Collaborative Option Awareness impact on collaborative decision making. 171-174 - Kristin E. Oleson, Deborah R. Billings, Vivien Kocsis, Jessie Y. C. Chen, Peter A. Hancock:
Antecedents of trust in human-robot collaborations. 175-178 - Mary C. Kay Michel, Nathan P. Helmick, Liam M. Mayron:
Cognitive cyber situational awareness using virtual worlds. 179-182 - Abdulqadir Khoshnaw, Saleh Zein-Sabatto, Sachin Shetty
Development of information fusion model for layered sensing systems using computing with words. 183-188 - KyoJoong Oh, Young-Seob Jeong, Sung-Suk Kim, Ho-Jin Choi:
Gesture recognition application with Parametric Hidden Markov Model for activity-based personalized service in APRiME. 189-193 - Young-Seob Jeong, KyoJoong Oh, Sung-Suk Kim, Ho-Jin Choi:
Context awareness of social group by topic mining on visiting logs of mobile users in two dimensions. 194-197 - Manik Gadhiok, Ashwin E. Amanna, Matthew J. Price, Jeffrey H. Reed:
Metacognition: Enhancing the performance of a cognitive radio. 198-203 - Kevin T. Durkee, Charlotte Shabarekh, Cullen D. Jackson, Gabriel Ganberg
Flexible Autonomous Support To Aid Context and Task Switching. 204-207 - Marcelo Zawadzki
Applying the Scenario Planning approach to support multicriterial strategic assessment. 208-215 - Dalila B. Megherbi, D. Pandit:
An event-driven multi-agent middleware architecture and protocol design for intelligent geographically distributed battlefield training, modeling and simulation. 216-225 - Rashaad E. T. Jones, Erik S. Connors, Mica R. Endsley:
A framework for representing agent and human situation awareness. 226-233 - Yvonne Fischer, Alexander Bauer, Jürgen Beyerer
A conceptual framework for automatic situation assessment. 234-239 - Tapio Saarelainen, Jussi Timonen:
Tactical management in near real-time systems. 240-247 - Lorenzo Ciardelli, Luca Bixio, Carlo S. Regazzoni
Interaction modeling in automotive applications: A cognitive approach. 248-251 - Christofer Waldenström:
Visualizing the field of safe travel increases performance in a naval movement task. 252-256 - Moin Rahman:
Somatic Situation Awareness: A model for SA acquisition under imminent threat and severe time stress. 257-263 - Talya Porat
Switch and Deliver: Display layouts for MOMV (Multiple Operator Multiple Video feed) environments. 264-267 - Elan Freedy, Lou Lartigue, Lisa Chung, Raj M. Ratwani, Gershon Weltman, James Zanol, Brian Pierce, Marvin S. Cohen:
Decision Infrastructure for Counterinsurgency Operational Planning (DICOP). 268-275 - Nastaran Dadashi, John R. Wilson, Sarah Sharples
A framework of data processing for decision making in railway intelligent infrastructure. 276-283 - François Vachon
Supporting situation awareness: A tradeoff between benefits and overhead. 284-291 - Jimmy Secretan:
Collaborative Filtering of spatial-temporal information for crisis informatics. 292-295 - Daniel Lafond, Michel B. Ducharme, Marie-Ève St-Louis, Sébastien Tremblay
Augmenting cognition in complex situation management: Projection of outcomes improves strategy efficiency. 296-300 - Roland Johnson, Albert C. Esterline:
A system that uses verb frames for situation awareness of an agent's activities. 301-304 - Jonathan K. Alt, Francisco Baez, Christian J. Darken:
A practical situation based agent architecture for social simulations. 305-312
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