Frank Greitzer - Academia.edu (original) (raw)
Papers by Frank Greitzer
Proceedings of the 53rd Hawaii International Conference on System Sciences, 2020
Recent workshops and conferences supporting the intelligence community (IC) have highlighted the ... more Recent workshops and conferences supporting the intelligence community (IC) have highlighted the need to characterize the difficulty or complexity of intelligence analysis (IA) tasks in order to facilitate assessments of the impact or effectiveness of IA tools that are being considered for introduction into the IC. Some fundamental issues are: (a) how to employ rigorous methodologies in evaluating tools, given a host of problems such as controlling for task difficulty, effects of time or learning, small-sample size limitations; (b) how to measure the difficulty/complexity of IA tasks in order to establish valid experimental/quasi-experimental designs aimed to support evaluation of tools; and (c) development of more rigorous (summative), performance-based measures of human performance during the conduct of IA tasks, beyond the more traditional reliance on formative assessments (e.g., subjective ratings). Invited discussants will be asked to comment on one or more of these issues, wit...
A workshop was held to generate ideas about future enhancements to software systems designed to a... more A workshop was held to generate ideas about future enhancements to software systems designed to aid intelligence analysts in the analysis process. Workshop participants were working analysts, working members of the Pacific Northwest National Laboratory Field Intelligence Element. An analyst from the CounterIntelligence Program also participated in the workshop. This paper summarizes the results of the workshop and discusses implications for intelligence analysis software tool development.
A diverse set of challenges faces government and industry for life-cycle maintenance of aging equ... more A diverse set of challenges faces government and industry for life-cycle maintenance of aging equipment. Advancements in sensor and computer technologies are making it feasible to install sensors and small powerful computers on complex equipment to monitor the general condition or state (i.e., health) of that equipment. Methods for analyzing system status and health and for predicting system life expectancy need to be made more powerful, insightful, reliable, and robust for data collected onboard systems in real time. This paper reports on a project that is developing robust analytic methods for predicting remaining life of mechanical systems. The project is focused specifically on the investigation of a generalized statistical method for characterizing and predicting system degradation.
The Pacific Northwest National Laboratory (PNNL) has conducted R&D for the US Army on prognostics... more The Pacific Northwest National Laboratory (PNNL) has conducted R&D for the US Army on prognostics health monitoring (PHM). The main focus of the work was to demonstrate the feasibility of developing an onboard PHM system for the gas turbine engine used on the M1 Abrams tank. Research was performed on methods for real time, onboard prognostics/engine life expectancy forecasting, and a prototype system was designed, developed, and installed on several test tanks. The purpose of this presentation is to review the approaches to PHM employed in this research, to provide an overview of the PHM prototype and results obtained to date with data collected in the field, and to describe current work aimed at developing a PHM capability for diesel engines.
2018 IEEE Security and Privacy Workshops (SPW)
Human behavioral factors have been insufficiently represented in structured models (e.g., ontolog... more Human behavioral factors have been insufficiently represented in structured models (e.g., ontology frameworks) of insider threat risk. This paper describes the design and development of a structured model that emphasizes individual and organizational sociotechnical factors while incorporating technical indicators from previous work. We compare this model with previous research and describe a use case to demonstrate how the model can be applied as an ontology. We also summarize results of an expert knowledge elicitation study to reveal relationships among indicators and to examine several quantitative models for assessing threat of cases comprising multiple indicators.
Maintaining Stasis: Why Oser Acceptance of Advanced Technology is So Hard to Get (and What to do about it)
Proceedings of the Human Factors Society Annual Meeting
The focus of this paper is on user-centered systems engineering activities supporting the acquisi... more The focus of this paper is on user-centered systems engineering activities supporting the acquisition, requirements gathering, and preliminary design of a major technology advancement for an operating commercial command and control system. Major activities included establishment of user-centered customer and developer organizations, knowledge acquisition, human-machine interface design and prototyping, scenario and system simulation development, and demonstration of the proposed system. Because the system was designed with substantial user input, it received a high degree of user acceptance.
An artificial neural network system for diagnosing gas turbine engine fuel faults
2011 general meeting The development of a smart distribution grid testbed for IIMS
A tool for promoting pollution prevention in facility design
Method and apparatus for distributed intrusion protection system for ultra high bandwidth networks
Embedded Prognostics Health Monitoring
Error-Based Accidents and Security Incidents in Nuclear Materials Management
Air Defense: A Computer Game for Research in Human Performance
Wide-area situation awareness in electric power grid
Diagnostics/prognostics using wireless links
Toward the Development of a Psycholinguistic-based Measure of Insider Threat Risk Focusing on Core Word Categories Used in Social Media
Information Processing Systems, Reasoning Modules, And Reasoning System Design Methods
Neo-Symbiosis: The Next Stage in the Evolution of Human Information Interaction
Ijcini, 2007
Pollution prevention electronic design guideline: A tool for identifying pollution prevention in facility design
Proceedings of the 53rd Hawaii International Conference on System Sciences, 2020
Recent workshops and conferences supporting the intelligence community (IC) have highlighted the ... more Recent workshops and conferences supporting the intelligence community (IC) have highlighted the need to characterize the difficulty or complexity of intelligence analysis (IA) tasks in order to facilitate assessments of the impact or effectiveness of IA tools that are being considered for introduction into the IC. Some fundamental issues are: (a) how to employ rigorous methodologies in evaluating tools, given a host of problems such as controlling for task difficulty, effects of time or learning, small-sample size limitations; (b) how to measure the difficulty/complexity of IA tasks in order to establish valid experimental/quasi-experimental designs aimed to support evaluation of tools; and (c) development of more rigorous (summative), performance-based measures of human performance during the conduct of IA tasks, beyond the more traditional reliance on formative assessments (e.g., subjective ratings). Invited discussants will be asked to comment on one or more of these issues, wit...
A workshop was held to generate ideas about future enhancements to software systems designed to a... more A workshop was held to generate ideas about future enhancements to software systems designed to aid intelligence analysts in the analysis process. Workshop participants were working analysts, working members of the Pacific Northwest National Laboratory Field Intelligence Element. An analyst from the CounterIntelligence Program also participated in the workshop. This paper summarizes the results of the workshop and discusses implications for intelligence analysis software tool development.
A diverse set of challenges faces government and industry for life-cycle maintenance of aging equ... more A diverse set of challenges faces government and industry for life-cycle maintenance of aging equipment. Advancements in sensor and computer technologies are making it feasible to install sensors and small powerful computers on complex equipment to monitor the general condition or state (i.e., health) of that equipment. Methods for analyzing system status and health and for predicting system life expectancy need to be made more powerful, insightful, reliable, and robust for data collected onboard systems in real time. This paper reports on a project that is developing robust analytic methods for predicting remaining life of mechanical systems. The project is focused specifically on the investigation of a generalized statistical method for characterizing and predicting system degradation.
The Pacific Northwest National Laboratory (PNNL) has conducted R&D for the US Army on prognostics... more The Pacific Northwest National Laboratory (PNNL) has conducted R&D for the US Army on prognostics health monitoring (PHM). The main focus of the work was to demonstrate the feasibility of developing an onboard PHM system for the gas turbine engine used on the M1 Abrams tank. Research was performed on methods for real time, onboard prognostics/engine life expectancy forecasting, and a prototype system was designed, developed, and installed on several test tanks. The purpose of this presentation is to review the approaches to PHM employed in this research, to provide an overview of the PHM prototype and results obtained to date with data collected in the field, and to describe current work aimed at developing a PHM capability for diesel engines.
2018 IEEE Security and Privacy Workshops (SPW)
Human behavioral factors have been insufficiently represented in structured models (e.g., ontolog... more Human behavioral factors have been insufficiently represented in structured models (e.g., ontology frameworks) of insider threat risk. This paper describes the design and development of a structured model that emphasizes individual and organizational sociotechnical factors while incorporating technical indicators from previous work. We compare this model with previous research and describe a use case to demonstrate how the model can be applied as an ontology. We also summarize results of an expert knowledge elicitation study to reveal relationships among indicators and to examine several quantitative models for assessing threat of cases comprising multiple indicators.
Maintaining Stasis: Why Oser Acceptance of Advanced Technology is So Hard to Get (and What to do about it)
Proceedings of the Human Factors Society Annual Meeting
The focus of this paper is on user-centered systems engineering activities supporting the acquisi... more The focus of this paper is on user-centered systems engineering activities supporting the acquisition, requirements gathering, and preliminary design of a major technology advancement for an operating commercial command and control system. Major activities included establishment of user-centered customer and developer organizations, knowledge acquisition, human-machine interface design and prototyping, scenario and system simulation development, and demonstration of the proposed system. Because the system was designed with substantial user input, it received a high degree of user acceptance.
An artificial neural network system for diagnosing gas turbine engine fuel faults
2011 general meeting The development of a smart distribution grid testbed for IIMS
A tool for promoting pollution prevention in facility design
Method and apparatus for distributed intrusion protection system for ultra high bandwidth networks
Embedded Prognostics Health Monitoring
Error-Based Accidents and Security Incidents in Nuclear Materials Management
Air Defense: A Computer Game for Research in Human Performance
Wide-area situation awareness in electric power grid
Diagnostics/prognostics using wireless links
Toward the Development of a Psycholinguistic-based Measure of Insider Threat Risk Focusing on Core Word Categories Used in Social Media
Information Processing Systems, Reasoning Modules, And Reasoning System Design Methods
Neo-Symbiosis: The Next Stage in the Evolution of Human Information Interaction
Ijcini, 2007
Pollution prevention electronic design guideline: A tool for identifying pollution prevention in facility design