Table of Contents

• Preface9-10 [doi]
• Preface to Part I Complex SystemsDavid R. Jacques. 13 [doi]
• Practical measurement of complexity in dynamic systemsJason B. Clark, David R. Jacques. 14-21 [doi]
• Evaluating system change options and timing using the epoch syncopation frameworkDaniel O. Fulcoly, Adam M. Ross, Donna H. Rhodes. 22-30 [doi]
• An Empirical Investigation of System Changes to Frame Links between Design Decisions and IlitiesJ. Clark Beesemyer, Adam M. Ross, Donna H. Rhodes. 31-38 [doi]
• Practical application of chaos theory to systems engineeringDavid M. Curry. 39-44 [doi]
• A Framework for Resilience ThinkingC. Wright, V. Kiparoglou, M. Williams, J. Hilton. 45-52 [doi]
• Value models for engineering of complex sustainable systemsEdin Arnautovic, Davor Svetinovic. 53-58 [doi]
• Let's Do Better in Limiting Material Growth to Conserve Our Earth's ResourcesB. E. White. 59-68 [doi]
• Applying Systems Engineering on Energy ChallengesJamal Safi, Gerrit Muller, G. Maarten Bonnema. 69-74 [doi]
• Unifying Principles for Sudden Transitions in All SystemsJamshid Ghaboussi. 75-80 [doi]
• Advancing the Development of Systems Engineers Using Process SimulatorsSusan Ferreira, Misagh Faezipour. 81-86 [doi]
• An Analysis of Processes, Risks, and Best Practices for Use in Developing Systems Engineering Process SimulatorsSusan Ferreira, Misagh Faezipour. 87-92 [doi]
• Upcoming tipping points in automobile industry based on agent-based modelingSung Nam Hwang. 93-99 [doi]
• The Integration and Impact of Effective Knowledge Management Systems in the Advancement of the Decision Making Process in Complex Organizations to Realize Economic GrowthNargis Hossain, Shahram Sarkani, Thomas A. Mazzuchi. 100-105 [doi]
• Using Temporal Indicator Functions with Generalized Linear Models for Spatial-Temporal Event PredictionJon Fox, Donald E. Brown. 106-111 [doi]
• System of Systems Requirements Capacity AllocationDavid Flanigan, Peggy Brouse. 112-117 [doi]
• A system dynamics approach to demand and allocation of wireless spectrum for mobile communicationRikin Thakker, Shahram Sarkani, Thomas A. Mazzuchi. 118-123 [doi]
• Using M&S to maximize space satellite data collection with multiple ground stationsChristopher W. Rose, Joseph R. Wirthlin. 124-129 [doi]
• Preface to Part II Systems ArchitectingJohn M. Colombi. 133-134 [doi]
• Principles for Architecting Adaptable Command and Control SystemsRobert Pitsko, Dinesh Verma. 135-140 [doi]
• An Approach to Evaluating Resilience in Command and Control ArchitecturesMark Pflanz, Alexander Levis. 141-146 [doi]
• A Flexible Approach to Realize an Enterprise ArchitectureRonald E. Giachetti. 147-152 [doi]
• Challenges using modeling and simulation in architecture developmentMichael W. Schreiner, Joseph R. Wirthlin. 153-158 [doi]
• Fuzzy Assessor Using Type 1 and Type 2 Fuzzy SetsPaulette Acheson, Cihan H. Dagli. 159-164 [doi]
• Using System Architecture Maturity Artifacts to Improve Technology Maturity AssessmentMatin Sarfaraz, Brian J. Sauser, Edward W. Bauer. 165-170 [doi]
• Algorithms for Finding Maximum Diversity of Design Variables in Multi-Objective OptimizationAlexander Zadorojniy, Michael Masin, Lev Greenberg, Ofer M. Shir, Lawrence Zeidner. 171-176 [doi]
• A Dependability Assessment Process for Ensuring Consistent Provisioning of Network RecoveryJoseph Kroculick, Cynthia Hood. 177-183 [doi]
• Preface to Part III Model Based Systems EngineeringSteven M. Corns. 187 [doi]
• Using MBSE to Enhance System Design Decision MakingMike Russell. 188-193 [doi]
• Ontology and Model-based Systems EngineeringL. C. van Ruijven. 194-200 [doi]
• A modeling language to support early lifecycle requirements modeling for systems engineeringFlorian Schneider, Helmut Naughton, Brian Berenbach. 201-206 [doi]
• Application of model-based systems engineering on a university satellite design teamDustin Nottage, Steven M. Corns. 207-213 [doi]
• Software Patterns for Traceability of Requirements to Finite State Machine BehaviorParastoo Delgoshaei, Mark Austin. 214-219 [doi]
• Compendium for modular and platform based architectingHarrys Daniilidis, Wolfgang Bauer, Udo Lindemann. 220-225 [doi]
• Systems Engineering and Metabolic Engineering: A Side-by-Side ComparisonJoseph Johnnie, Mark Austin, Ganesh Sriram, Matt Conway, Ashish Misra. 226-231 [doi]
• Flight test results for UAVs using boid guidance algorithmsJason B. Clark, David R. Jacques. 232-238 [doi]
• Preface to Part IV Human System IntegrationLouis E. Pape. 241 [doi]
• Allocation of Communications to Reduce Mental WorkloadTravis Pond, Brandon Webster, John Machuca, John Colombi, Michael Miller, Randall Gibb. 242-248 [doi]
• Adaptations in the US Army MANPRINT process to utilize HSI-inclusive system architecturesAndrew Bodenhamer. 249-254 [doi]
• Relationship between age-related decline of cognitive functions and willingness to work using a computerKeiji Ogata, Kazutaka Ueda, Satoru Suto, Takatsune Kumada, Tohru Ifukube. 255-260 [doi]
• Utilizing Explorable Visual Environments for Experiential ApplicationsBrian Moriarty, Zak Moy, Caroline Amaba. 261-266 [doi]
• Year One of the Systems Engineering Experience AcceleratorAlice Squires, Jon P. Wade, Bill Watson, Douglas A. Bodner, Richard Reilly, Peter Dominick. 267-272 [doi]
• Engineering Systems Thinking: Cognitive Competencies of Successful Systems EngineersMoti Frank. 273-278 [doi]
• An empirical study of refactoring decisions in embedded software and systemsSara Dersten, Jakob Axelsson, Joakim Fröberg. 279-284 [doi]
• Requirements for a Metamodel to Facilitate Knowledge Sharing between Project StakeholdersQuoc Do, Stephen C. Cook, Peter Campbell, William Scott, Kevin Robinson, Wayne Power, Despina Tramoundanis. 285-292 [doi]
• Preface to Part V Systems Engineering ApplicationsJoseph E. Kasser. 295-296 [doi]
• Principles for Successful Systems EngineeringBarry W. Boehm, Supannika Koolmanojwong, Jo Ann Lane, Richard Turner. 297-302 [doi]
• Patterns of Success in Systems Engineering of IT-Intensive Government SystemsGeorge Rebovich Jr., Joseph K. DeRosa. 303-308 [doi]
• Effectiveness of kanban approaches in systems engineering within rapid response environmentsRichard Turner, Dan Ingold, Jo Ann Lane, Raymond J. Madachy, David Anderson. 309-314 [doi]
• A work-centered perspective on research needs for systems engineering with modelsLisa Murphy, Paul Collopy. 315-320 [doi]
• Validation of Systems Engineering Methods and Techniques in IndustryGerrit Muller. 321-326 [doi]
• The Systems Engineering Approach to the Design of LawsDavid G. Schrunk. 327-332 [doi]
• Applying Variable Coe_cient functions to Self-Organizing Feature Maps for Network Intrusion Detection on the 1999 KDD Cup DatasetCharlie Obimbo, Matthew Jones. 333-337 [doi]
• Security Via Related DisciplinesJennifer L. Bayuk, Barry M. Horowitz, Rick A. Jones. 338-344 [doi]
• System for Detection of Malicious Wireless Device PatternsShikhar P. Acharya, Ritesh Arora, Ivan G. Guardiola. 345-350 [doi]
• Genetic & Evolutionary Biometric Security: Disposable Feature Extractors for Mitigating Biometric Replay AttacksJoseph Shelton, Kelvin S. Bryant, Sheldon Abrams, Lasanio Smalls, Joshua Adams, Derrick Leflore, Aniesha Alford, Karl Ricanek, Gerry V. Dozier. 351-360 [doi]
• A Proposed Methodology to Characterize the Accuracy of Life Cycle Cost Estimates for DoD ProgramsE. Ryan, D. Jacques, J. Colombi, C. Schubert. 361-369 [doi]
• A proposal to use real time pricing to manage the electrical grid as a step toward distributed controlDavid Haynes, Steven M. Corns. 370-375 [doi]
• Why Affordability Is A Systems Engineering MetricQuentin Redman. 376-381 [doi]
• Local Control of Autonomous Power Inverters in a MicrogridWei Wu, Andy G. Lozowski. 382-387 [doi]
• Driver Classification for Optimization of Energy Usage in a VehicleGurunath Kedar-Dongarkar, Manohar Das. 388-393 [doi]
• Preliminary Systems Engineering Risk Assessment to Attain National Renewable Energy Generation TargetsJoseph W. Nowak, Shahram Sarkani, Thomas A. Mazzuchi. 394-401 [doi]
• The Formation of the Qin Dynasty: A Socio-technical System of SystemsGregory L. Mayhew. 402-412 [doi]
• Systems Engineering Framework for Integrated Product and Industrial Design Including Trade Study OptimizationAlbert Sanders, John Klein. 413-419 [doi]
• Service Systems Engineering: Emerging Skills and ToolsRicardo Pineda, Amit J. Lopes, Bill Tseng, Oscar H. Salcedo. 420-427 [doi]
• Highly Efficient Exploration of Large Design Spaces: Fractionated Satellites as an Example of Adaptable SystemsTatiana Kichkaylo, Lucy Hoag, Elizabeth Lennon, Gordon Roesler. 428-436 [doi]
• Risk Analysis and Mitigation Strategy for System DesignChandru Mirchandani. 437-442 [doi]
• Role of Safety and Product IntegrityShabbir Merchant. 443-451 [doi]
• Senior Project Design Success and Quality: A Systems Engineering ApproachJavier A. Flores, Oscar H. Salcedo, Ricardo Pineda, Patricia Nava. 452-460 [doi]
• A combined soft computing-mechanics approach to inversely predict damage in bridgesAhmed H. Al-Rahmani, Hayder A. Rasheed, Yacoub Najjar. 461-466 [doi]
• Analysis of GMM by a Gaussian Wavelet transformKiyoshi Tsukakoshi, Kenichi Ida. 467-472 [doi]
• Development of Void Prediction Models for Kansas Concrete Mixes Used in PCC PavementHakan Yasarer, Yacoub Najjar. 473-478 [doi]
• System design of a litter collecting robotG. Maarten Bonnema. 479-484 [doi]