Robert K. Abercrombie's Location
Knoxville, Tennessee, United States, United States
Robert K. Abercrombie's Contact Details
Robert K. Abercrombie work email
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About Robert K. Abercrombie
Currently expanding techniques in current endeavors within Prime Time Computing, LLC and in coordination with SHMCEES, LLC with the purposes of bringing to market various intellectual property portfolios.
Robert K. Abercrombie's Current Company Details
Prime Time Computing, Llc
Prime Time Computing, LLC
Robert K. Abercrombie Work Experience Details
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Co-Founder And CeoPrime Time Computing, Llc Jul 2018 - PresentKnoxville, Tennessee, United StatesOur current Models and Methods address:-Quantitative evaluation techniques related to performance, dependability, security, privacy, survivability, real-time constraints, cost, energy-efficiency and combined aspects like performance-security trade-offs;- Testing, measuring, bench-marking, learning, and run-time monitoring of systems and networks;- Parameter estimation, model learning, extremal-value and outlier analysis, big data analytics,- Queueing models, Markov and non-Markovian models, network calculus, stochastic games, integration of stochastic modeling into formal methods;- Simulation techniques including rare event simulation and parallel and distributed simulation;- Fault-tolerant and dependable computing, redundancy and fault modelling, fault injection methods;- Network planning and optimization especially for cyber-physical networking;- Models, methods and tools for explainable machine learning;
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Director, Cybernomics CenterPrime Time Computing, Llc Nov 2015 - PresentKnoxville, Tennessee AreaThe Cyber Security Econometrics System, or CSES, and its analog All Hazards Econometrics System (AHES), are cybernomics tool for determining Mean Failure Cost (MFC), Both have been demonstrated in multiple subject domains (for example, a failure is assumed to be the result of a malicious action). The MFC is a vector that assigns to each system stakeholder the statistical mean variable that represents the loss sustained by that stakeholder as a result of possible failures. It provides goals and milestones for protecting the system of choice. This method provides a comprehensive basis for choosing courses of action with highest risk reduction return on investment, quantifies security for comparison of architectures for subject domains of interest, and gives a rigorous methodology/tool combining root cause and impact analysis for managing risk to a degree commensurate with a stakeholder’s potential losses. It is a system that provides a quantitative indication of reliability, performance and/or safety of a system that accounts for the critical nature of each requirement as a function of one or more stakeholders' interests in the requirement.
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Co-Founder, Vice President, Innovation And Product Development & Chief Technology OfficerPrime Time Computing, Llc May 2016 - Jul 2018Knoxville, Tennessee AreaAs a Veteran Owned Small Business, investigating the commercialization of intellectual property while employed at ORNL. Under a recently completed contract to Oak Ridge National Laboratory, extended research and applied the Mean Failure Costs (MFC) and the application of All-Hazard Econometric System (AHES, pronounced Oz) to the investigation, development, and analysis of the risks, costs, and benefits of a micro-grid utilizing renewable energy systems and re-investigating the basic mathematical bases with regards to statistical rigor.
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Founding PartnerShmcees, Llc Nov 2019 - PresentKnoxville, Tennessee, United StatesHistory of SHMCEES, LLC and Technology Transfer from Department of Energy Oak Ridge National Laboratory (managed by UT-Battelle, LLC)SHMCEES, LLC is a technology services firm offering the next generation Structural Health Monitoring (SHM) solution leveraging AI to the civil infrastructure industry. This solution incorporates patented technology developed at Oak Ridge National Laboratory and exclusively licensed to SHMCEES, LLC that not only monitors a structure’s health in real-time, but continuously forewarns of structural failure, thus minimizing the costs and risks associated with failing infrastructure.Tested and validated by the DOE, Federal Highway Administration (FHWA), the US Army, and federally funded state bridges, SHMCEES, LLC is positioned to launch NuPredict™ in the $100B SHM market in 2024.SHMCEES, LLC website - https://sites.google.com/view/shmcees/home
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Founding PartnerTrustalytix, Llc Jul 2019 - Dec 2021Knoxville, Tennessee And Coeur D'Alene, IdahoTrustalytix, LLC is addressing the subject domain of MMB (Measurement, Modelling and Evaluation of Computing Systems). This is a major cybernomics concern which addresses all scientific aspects of measurement, modelling and evaluation of intelligent systems including computer architectures, communication networks, distributed systems and software, autonomous systems, workflow systems, cyber-physical systems and networks, internet-of-things, as well as highly dependable, highly performance of and highly secure systems.
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Director Of Joint Cybernomics Laboratory & CenterTrustalytix, Llc Jul 2019 - Dec 2021Knoxville, Tennessee And Coeur D'Alene, IdahoThe Cyber Security Econometrics System, or CSES, and its analog All Hazards Econometrics System (AHES), are cybernomics tool for determining Mean Failure Cost (MFC), Both have been demonstrated in multiple subject domains (for example, a failure is assumed to be the result of a malicious action). The MFC is a vector that assigns to each system stakeholder the statistical mean variable that represents the loss sustained by that stakeholder as a result of possible failures. It provides goals and milestones for protecting the system of choice. This method provides a comprehensive basis for choosing courses of action with highest risk reduction return on investment, quantifies security for comparison of architectures for subject domains of interest, and gives a rigorous methodology/tool combining root cause and impact analysis for managing risk to a degree commensurate with a stakeholder’s potential losses. It is a system that provides a quantitative indication of reliability, performance and/or safety of a system that accounts for the critical nature of each requirement as a function of one or more stakeholders' interests in the requirement.
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Founding Board MemberAltenna, Llc Aug 2018 - Dec 2020Knoxville, Tennessee Area
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Chief Operating OfficerBlockalytix, Llc Oct 2018 - Oct 2020Knoxville, Tennessee AreaBlockalytix, LLC and its staff are technical leaders in blockchain, cyber security, consulting, automated intelligence, and analytics. Services include: - Cloud-based, Secured Digital Vault w Blockchain tracking- Blockchain with Supply Chain Cloud Design - Blockchain integration with App services and databases - Mobile (Android, iPhone) multi-event, multi-modal authenticator- Supply Chain Automated Econometrics Risk Assessment Tool- Real-time Internet of Things (IoT) Camera and Tracking System
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Director, Cybernomics Center And LaboratoryBlockalytix, Llc Oct 2018 - Jul 2019Knoxville, Tennessee AreaThe Cyber Security Econometrics System, or CSES, and its analog All Hazards Econometrics System (AHES), are cybernomics tool for determining Mean Failure Cost (MFC), Both have been demonstrated in multiple subject domains (for example, a failure is assumed to be the result of a malicious action). The MFC is a vector that assigns to each system stakeholder the statistical mean variable that represents the loss sustained by that stakeholder as a result of possible failures. It provides goals and milestones for protecting the system of choice. This method provides a comprehensive basis for choosing courses of action with highest risk reduction return on investment, quantifies security for comparison of architectures for subject domains of interest, and gives a rigorous methodology/tool combining root cause and impact analysis for managing risk to a degree commensurate with a stakeholder’s potential losses. It is a system that provides a quantitative indication of reliability, performance and/or safety of a system that accounts for the critical nature of each requirement as a function of one or more stakeholders' interests in the requirement.
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Director, Cybernomics LaboratoryUniversity Of Memphis, Center For Information Assurance, Fedex Institute Of Technology Nov 2015 - Nov 2016Greater Memphis AreaThe Cyber Security Econometrics System, or CSES, is a cybernomics tool for determining Mean Failure Cost (MFC), which has been demonstrated in the cyber security domain (for example, a failure is assumed to be the result of a malicious action). The MFC is a vector that assigns to each system stakeholder the statistical mean of the random variable that represents the loss sustained by that stakeholder as a result of possible security failures. It provides goals and milestones for protecting control systems, and has been applied using the National Institute of Standards and Technology Interagency of Internal Reports (NISTIR) 7628 as a basis. This provides a comprehensive basis for choosing courses of action with highest risk reduction return on investment, quantifies security for comparison of architectures for subject domains of interest, and gives a rigorous methodology/tool combining root cause and impact analysis for managing risk to a degree commensurate with a stakeholder’s potential losses. It is a system that provides a quantitative indication of reliability, performance and/or safety of a system that accounts for the criticality of each requirement as a function of one or more stakeholders' interests in the requirement.
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Adjunct Professor, Department Of Computer ScienceThe University Of Memphis Mar 2015 - Nov 2016Greater Memphis AreaCenter for Information Assurance, FedEx Institute of Technology
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Affiliate Research ProfessorThe University Of Memphis Dec 2015 - Sep 2016Greater Memphis AreaConducted research and performed duties testing NSA funded Multi-factor Authentication (MFA) System, which was headed by Dr. Dipankar Dasgupta. MFA is the current trend to genuinely identify authorized users (in multiple ways) through an authentication process via passwords, security token, biometrics, cognitive behavior metric, software/hardware sensors, etc. The goal of this project is to develop a multi-factor authentication system with adaptive selection of authentication modalities (with their features) in different operating environments making the selection strategy unpredictable to compromise
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Joint Faculty Appointment In The The Graduate School, University Of MemphisUniversity Of Memphis & Oak Ridge National Laboratory Mar 2015 - Nov 2015Greater Memphis Area And Oak Ridge, Tn -
Co-Director, Computational Intelligence Behavior Modeling Laboratory And S&T ManagerOak Ridge National Laboratory May 2011 - Nov 2015Oak Ridge, TnS&T Manager and Senior Program Manager responsible for programmatic and technical management of specialized programs for other government agencies at ORNL via DOE/ORNL Strategic Partnership Program concerning the Computational Intelligence Behavior Modeling Laboratory at ORNL.
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Director, Cybernomics Laboratory, OrnlOak Ridge National Laboratory Jun 2008 - Nov 2015Oak Ridge Natonal LaboratoryThe Cyber Security Econometrics System, or CSES, is a cybernomics tool for determining Mean Failure Cost (MFC), which has been demonstrated in the cyber security domain (for example, a failure is assumed to be the result of a malicious action). The MFC is a vector that assigns to each system stakeholder the statistical mean of the random variable that represents the loss sustained by that stakeholder as a result of possible security failures. It provides goals and milestones for protecting control systems, and has been applied using the National Institute of Standards and Technology Interagency of Internal Reports (NISTIR) 7628 as a basis. This provides a comprehensive basis for choosing courses of action with highest risk reduction return on investment, quantifies security for comparison of architectures for subject domains of interest, and gives a rigorous methodology/tool combining root cause and impact analysis for managing risk to a degree commensurate with a stakeholder’s potential losses. It is a system that provides a quantitative indication of reliability, performance and/or safety of a system that accounts for the criticality of each requirement as a function of one or more stakeholders' interests in the requirement.
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S&T Manager And Senior Program ManagerOak Ridge National Laboratory Jun 2002 - Nov 2015Oak Ridge, TnSenior Program Manager responsible for programmatic and technical management of specialized programs for other government agencies at ORNL via DOE/ORNL Strategic Partnership Program.
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Senior Program ManagerY-12 National Security Complex 1994 - May 2002Oak Ridge, TnOak Ridge DOE Complex - Lockheed Martin Energy Systems --> BWXT-Y12Senior Program and Technical Manager responsible for programmatic and technical management of specialized programs for other government agencies at ORNL via DOE "Work for Others" Program. -
Group Leader / Section HeadOak Ridge Doe Complex - Union Carbide --> Martin Marietta --> Lockheed Martin Energy Systems 1982 - 1994Oak Ridge, TnManaged technical groups in Europe, South-West Asia, and in US (’89-’94) for Army and Joint Military Command sponsor with multi-year budget of $12M. Managed technical groups in development of complex computing inspection systems and applications in the DOE Nuclear Weapons Complex (’82-’89). -
Adjunct Assistant Professor, Department Of Electrical Engineering & Computer ScienceUniversity Of Tennessee Jan 1981 - Jun 1982Knoxville, Tennessee UsaTaught (1) Database Systems Design and Theory, and (2) Embedded Network Security Upper Level Undergraduate and Graduate Level Courses. -
Research StaffUnion Carbide Nuclear Division 1980 - 1982Oak Ridge, TnManaged technical groups in development of complex computing inspection systems and applications in the DOE Nuclear Weapons Complex (’80-’82).
Robert K. Abercrombie Skills
Leadership
Laboratory
Physics
Computational Intelligence
Information Security
Distributed Systems
Algorithms
Systems Engineering
Cyber Physical Systems
Data Analysis
Computer Security
Smart Grid
Strategic Planning
Strategy
Programming
Program Management
Network Security
Analytical Skill
Mathematical Modeling
Probability
Military
Software Engineering
Python
Management
Simulations
Analytical Skills
Research
Computer Science
Software Development
Science
Security
Machine Learning
Information Assurance
High Performance Computing
Analysis
Data Mining
Game Theory
Robert K. Abercrombie Education Details
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National Institutes Of Health (Nih) National Library Of Medicine (Nlm) Post-Doctoral Fellow -
Visiting Researcher -
Visiting Researcher
Frequently Asked Questions about Robert K. Abercrombie
What company does Robert K. Abercrombie work for?
Robert K. Abercrombie works for Prime Time Computing, Llc
What is Robert K. Abercrombie's role at the current company?
Robert K. Abercrombie's current role is Prime Time Computing, LLC.
What is Robert K. Abercrombie's email address?
Robert K. Abercrombie's email address is ab****@****rnl.gov
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What schools did Robert K. Abercrombie attend?
Robert K. Abercrombie attended University Of Missouri-Columbia, University Of Missouri-Columbia, University Of Tennessee-Knoxville, Emory University, University Of Washington, The College Of William And Mary.
What skills is Robert K. Abercrombie known for?
Robert K. Abercrombie has skills like Leadership, Laboratory, Physics, Computational Intelligence, Information Security, Distributed Systems, Algorithms, Systems Engineering, Cyber Physical Systems, Data Analysis, Computer Security, Smart Grid.
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