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Toward an Interoperability and Integration Framework to Enable Digital Thread, Systems 2018, 6(4), 46; doi:10.3390/systems6040046.
Systems Engineering Transformation Surrogate Pilot Use Cases Enabling a New Operational Paradigm for Acquisition, NDIA Systems Engineering Conference, October 22-25, 2018.
Semantic Web Technology Architecture to enable Digital Thread, NDIA Systems Engineering Conference, October 22-25, 2018.
Systems Engineering Transformation through Model Centric Engineering, Phase 2 (ARDEC), Final Technical Report, SERC-2018-111, RT-168, August 8, 2018.
Systems Engineering Transformation through Model Centric Engineering, Phase 5 (NAVAIR), Final Technical Report, SERC-2018-103, RT-170, February 28, 2018.
Systems Engineering Transformation through Model Centric Engineering: Summarizes the Surrogate Pilot, SERC Sponsor Review, November 8, 2017.
Model Centric Engineering Enabling a New Operational Paradigm for Acquisition, NDIA Systems Engineering Conference, October 24-26, 2017.
Transforming Systems Engineering through Model-Centric Engineering (ARDEC), Final Technical Report SERC-2017-TR-110, RT-168, Phase I, August 8, 2017.
Systems Engineering Transformation through Model Centric Engineering: Past-Why, Present-What, and Future-How, July 31, 2017.
Transforming Systems Engineering through Model-Centric Engineering (NAVAIR), Systems Engineering Research Task, TR-109, RT-157, Phase IV, January 18, 2017.
Blackburn, M.R., M. Bone, G. Witus, R. Cloutier, E. Hole, Transforming Systems Engineering through a Holistic Approach to Model-Centric Systems Engineering, System of Systems Engineering Collaborators Information Exchange, October 4, 2016.
Blackburn, M.R, M. Bone, G. Witus, R. Cloutier, E. Hole, Model-Centric Engineering, Conference on Systems Engineering Research, March 22-24, 2016.
Blackburn, M.R., P. O. Denno, Using Semantic Web Technologies for Integrating Domain Specific Modeling and Analytical Tools, Complex Adaptive Systems Conference, November 2-4, 2015.
Rizzo, D. B., M. R. Blackburn, Use of Bayesian Networks for Qualification Planning: A Predictive Analysis Framework For A Technically Complex Systems Engineering Problem, Complex Adaptive Systems Conference, November 2-4, 2015.
Transforming System Engineering through Model-Centric Engineering, Systems Engineering Research Task, TR-044, Phase III November, 2015.
Transforming Systems Engineering through a Holistic Approach to Model Centric Engineering, MIT Interactive Model Centric Engineering Workshop, January, 2015.
Transforming Systems Engineering through a Holistic Approach to Model Centric Engineering, System Engineering Research Center, 6th Annual SERC Sponsor Research Review, December, 2014.
Phillips, Blackburn, Verification Points for Self-adaptive Systems. Complex Adaptive Systems 2014 (Best Paper Award).
Transforming Systems Engineering through Model Based Systems Engineering, Systems Engineering Research Task, TR-044, March, 2014.
Virtual Design and Verification of Cyber-physical Systems, CSER, March, 2014.
Phillips, Blackburn, Experimental Trails Based on a Neocortex-based Adaptive System Pattern, CSER, March, 2014.
Results from Applying a Modeling and Analysis Framework to an FAA NextGen System of Systems Program, October, 2013.
Collaborative Requirements Engineering for Smart Manufacturing System Verification and Validation, August, 2013.
Modeling and Analysis Framework for Risk-Informed Decision Making for FAA NextGen, INCOSE, June 2013 (paper, presentation).
Using Bayesian Networks for Modeling an Acquisition Decision-Making Process for the FAA NextGen Systems of Systems, NDIA, October, 2012.
Reducing Verification Costs through Practical Formal Methods: A Survey, 2011.
Model-Driven Verification and Validation, Safe & Secure Systems & Software Symposium, June 2010.
Adoption Practices for Model Driven Engineering (MDE) presented at Lockheed Martin Architects Workshop August 2011.
Evolving Systems Engineering through Model Driven Functional Analysis, NDIA, October 2009.
Adding Formal Requirements Modeling to SysML, February 2009.
Requirement Modeling for the C-5 Modernization, CrossTalk, 2009.
The Engineering of Model-Based Testing: Guidelines and Case Studies, SSCI, 2005.
Life Cycle Integration of Model-Based Testing Tools, DASC, 2005.
Reducing Cost Of High Integrity Systems Through Model-Based Testing, DASC, 2004.
Using Models for Development and Verification of High Integrity Systems, INCOSE, 2004.
Using Model-Based Testing to Assess Smart Card Interoperability Conformance, CCCT, 2004.
Objective Measures from Model-Based Testing, STAREAST, 2004.
Why Model-Based Test Automation is Different and What You Should Know to Get Started, PSTT, 2004.
Interface-Driven, Model-Based Test Automation, CrossTalk, 2003.
Model-based Approach to Security Test Automation, ISSRE, 2002.
Mars Polar Lander Fault Identification Using Model-based Testing, NASA Software Engineering Workshop, 2001.
Automated Model Analysis and Test Generation for Flight Guidance Mode Logic, DASC, 2001.
Automatic Generation of Test Vectors for SCR-Style Specifications, Compass, 1997.
T-VEC: A Tool for Developing Critical Systems, Compass, 1996.
Mark R. Blackburn, PhD. Google scholar citation page
OpenMBEE Presentation on SERC Research and Surrogate Pilot
Systems Engineering Transformation through Model Centric Engineering Past-Why, Present-What, and Future-How
Comparison of the Simulink Design Verifier with T-VEC Vector Generation System
What is Model Driven Engineering (MDE) and How Can it Impact Process, People, Tools and Productivity
2010 Technology and Business Trends
Objective Measures for V&V and Software Reliability
What is Good About SOA Is What is Bad About SOA
Guidelines for Software Tool Qualification
Strategies for Web and GUI Testing
Strategies Leading To Successful Integration and Test
Bayesian Networks - A New Class of Management Tools for Prediction, Estimation and Risk Managemen
Bayesian Belief Network Approach to Software Reliability
Process Workflow and Application Lifecycle Management Tool Survey
Component Assessment Using Specification-Based Analysis and Testing
Applying the Test Automation Framework With Use Cases and the Unified Modeling Language
Requirement-Driven Planning, Testing & Measurement
Guidelines for Using Test Automation Framework Measures
Improving Cost, Schedule, and Quality Targets through Improved Requirements and Testing Practices
Model-Based Verification and Validation for Security Requirements of Systems
Guidance for Achieving Mission Assurance in Software-Intensive Systems
Requirements-Based Verification Sign-Off for Subcontract Integration Compliance
Risks and Mitigation Strategies for Using Automatic Code Generation Tools
Implementation of Cyber Physical System (CPS): Bring Solutions to Life
Defining Requirements For and Designing Safety-Critical Software Intensive Systems Training
Model-based Development and Automated Testing
T-VEC and Simulink Tester Training
Model Driven Engineering for High Dependability Systems
Testing Complex Systems
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