IEEE Aerospace Conference 2017
Stottler Henke attended and presented at the 2017 IEEE Aerospace Conference (Mar 4 – 11, 2017) in Big Sky, MT.
On Tuesday, March 7, 2017, Stottler Henke participated in the panel PHM from a Practitioner’s Perspective – a Potpourri of Capabilities, Experiences, and Lessons Learned
The video of the slides presented by Stottler Henke during the Prognostics and Health Management (PHM) Panel provides information regarding the need for intelligent resource scheduling in conjunction with PHM results, so that the feedback received from PHM is leveraged in the most efficient manner.
On Wednesday, March 8, 2017, Stottler Henke presented its work on Intelligent Scheduling at NASA: Application to Ground Operations at Kennedy Space Center
For more information, please see: www.aeroconf.org
Intelligent Tutoring and Simulation at I/ITSEC 2016
At I/ITSEC 2016, Stottler Henke presented our latest intelligent simulation-based tutoring systems for military training.
Exhibit booth: 1208
From November 28 through December 2, 2016, we offered demonstrations of intelligent training systems that provide automated after-action review, coaching, and guided reflection in areas such as tactical decision-making, command and control, team coordination, and systems operations.
AMOS Conference 2016
The AMOS (Advanced Maui Optical and Space Surveillance Technologies) Conference is the leading forum for participants from the fields of Defense and Academe to explore and unveil new ideas and achievements in the field of space surveillance—with a special focus on Space Situational Awareness (SSA).
At AMOS 2016, to be held September 20-23, 2016, on Maui, Hawaii, Stottler Henke will present its TRACER system, currently under development for the Air Force Research Laboratory (AFRL). TRACER is a set of AI-based automated and automatable tools which monitor AF Remote Tracking Station (RTS) and Directional Finder (DF) antenna signals to detect and categorize Electro Magnetic Interference (EMI). TRACER will provide the Air Force with improved SSA, offer increased support for adversarial scenarios (both real and during training), and dramatically shorten EMI response time—and, in so doing, realize significant manpower savings for AFRL. The ultimate goal of TRACER is to automate terrestrial EMI emitter localization and identification.
AFRL SSA Conference 2016
Stottler Henke will further highlight the Space Situation Awareness applications of TRACER at the SECRET Level AFRL SSA Conference to be held on Maui September 19-20, 2016.
This material is based upon work supported by the United States Air Force under Contract No. FA9453-15-M-0474. Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the United States Air Force.
KDD 2016
At the 22nd ACM SIGKDD Conference on Knowledge Discovery and Data Mining (KDD2016), held August 13-17, 2016 in San Francisco, CA, Stottler Henke presented the Extensible Platform for Automated Tactical Sensor Screening (ExPATSS) system, an AI-based decision support system developed for the Navy to automatically detect and classify ships by simultaneously processing several video streams and applying deep learning to perform ship detection and classification.
This material is based upon work supported by the Naval Sea Systems Command under Contract No. N00024-14-C-4082. Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the Naval Sea Systems Command.
MAST Europe 2016
At the Maritime Air/Systems & Technologies (MAST) Europe 2016 Conference, held June 21-23, 2016 in Amsterdam, Netherlands, Stottler Henke presented the Intelligent Pairing Assistant (IPA), an AI-based decision support system which provides recommendations at specific decision points in the planning process within USAF Air Operations Centers (AOCs).
Within a US Air Force Air Operations Center, planners make crucial decisions to create the air plan for any given day. One major challenge is making the best use of available resources. For instance, rather than assigning an unmanned aerial vehicle to an intelligence, surveillance, and/or reconnaissance collection task, it may be more cost effective and expedient to further task a manned aircraft that is already operating in the area. Hurried human planners often overlook opportunities to take advantage of relationships between tasks.
This paper describes the Intelligent Pairing Assistant (IPA) decision aid, which uses encoded expert knowledge to analyze the data and present recommendations at specific decision points in the planning process. IPA assists planners in making their decisions by generating recommendations that narrow down the possibilities that must be considered. Specifically, IPA filters the existing missions to highlight those most likely to be able to meet a specific collection request or set of requests. IPA then provides additional information for these missions in a graphical format to help the planner quickly decide among the available missions.
IPA is deployed as a plug-in to a software system already in use within US Air Force Air Operations Centers. The primary contributions of this case study are applying artificial intelligence techniques to the air planning domain and discussing the software evaluation efforts in moving from a prototype to a deployed system.
ICAPS 2016
On Friday, June 17, 2016, Stottler Henke presented its latest results per the deployed solution Aurora-VT (Vehicle Testing), an AI-based intelligent planning and scheduling system for optimizing the scheduling of vehicle testing suites, at the 26th Annual International Conference on Automated Planning and Scheduling (ICAPS) held in London, UK, Jun 12-17, 2016.
2016 NSRP Planning, Production Processes and Facilities Panel Meeting
On Wednesday, April 20, 2016, Stottler Henke showcased how Aurora’s intelligent scheduling and critical chain project management (CCPM) can benefit US Navy shipyards and US Navy contractor shipyards at the annual Planning, Production Processes and Facilities (PPP&F) Panel Meeting, held in Portland, OR Apr 19-20, 2016.
2016 IEEE Aerospace Conference
On Wednesday, March 9, 2016, Stottler Henke presented its work on Serious Games for Team Training and Knowledge Retention for Long-Duration Space Missions at the 2016 IEEE Aerospace Conference held in Big Sky, MT, Mar 5-12, 2016.
Intelligent Tutoring and Simulation at I/ITSEC 2015
At I/ITSEC 2015, we presented our latest intelligent simulation-based tutoring systems for military training.
Exhibit booth: 1009
We presented demonstrations of intelligent training systems that provide automated after-action review, coaching, and guided reflection in areas such as tactical decision-making, command and control, team coordination, and systems operations.
At I/ITSEC 2015, Stottler Henke’s Creature101 was a Serious Games Showcase and Challenge Finalist.
Intelligent Planning and Scheduling for Crash Test Vehicle Optimization at Automotive Testing Expo Europe 2015
At the Automotive Testing Expo Europe 2015, Stottler Henke introduced the latest version of Aurora-VT. Aurora-VT optimizes the vehicle testing process by selecting the best vehicle configurations to minimize the vehicle count & overall schedule duration.
Intelligent Planning and Scheduling for Pharmaceutical Industry at INTERPHEX 2015
At INTERPHEX 2015, Stottler Henke, as part of the Intellicentic consortium led by Pfizer, presents Aurora-ProPlan for optimizing pharmaceutical packaging scheduling.
Exhibit booth: Intellicentic booth (part of Federal Equipment Company booth)
Intelligent Tutoring and Simulation at I/ITSEC 2014
At I/ITSEC 2014, we presented our latest intelligent simulation-based tutoring systems for military training.
Exhibit booth: 1800
We presented demonstrations of intelligent training systems that provide automated after-action review, coaching, and guided reflection in areas such as tactical decision-making, command and control, team coordination, and systems operations.
Intelligent Tutoring and Simulation at I/ITSEC 2013
At I/ITSEC 2013, we presented our latest intelligent simulation-based tutoring systems for military training.
Exhibit booth: 2126
We presented demonstrations of intelligent training systems that provide automated after-action review, coaching, and guided reflection in areas such as tactical decision-making, command and control, team coordination, and systems operations.
Tutorials:
| Intelligent Tutoring Systems for Enhancing Warfighter Performance: A Practical Introduction(1220) | Mon 2 Dec at 1430-1600 room S320C |
Paper presentations:
| Generalizing Automated Assessment of Small Unit Tactical Decision Making (13272, session EC12) | Wed 4 Dec at 0830 room S320D |
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Intelligent Tutoring and Simulation at I/ITSEC 2012
At I/ITSEC 2012, we presented our latest intelligent simulation-based tutoring systems for military training.
Exhibit booth: 2126
We presented demonstrations of intelligent training systems that provide automated after-action review, coaching, and guided reflection in areas such as tactical decision-making, command and control, team coordination, and systems operations.
Tutorials:
| Intelligent Tutoring Systems: Advanced Learning Technology for Enhancing Warfight Performance (1220) | Mon 3 Dec at 1245-1415 room W304G |
Paper presentations:
| A General Framework for Developing Training Apps on Android Devices (12006, session EC12) | Thurs 6 Dec at 1330 room W304F |
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AIAA Infotech@Aerospace 2012
Stottler Henke presented the following papers that describe intelligent scheduling, situation awareness, control, and visualization software.
| Incorporating High-Speed, Optimizing Scheduling into NASA’s EUROPA Planning Architecture (paper AIAA-2012-2406, session 7-I@A-4) |
Tues 19 June at 1400 Terrace A |
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| Predictive Assessment for Phased Array Antenna Scheduling (paper AIAA-2012-2432, session 18-I@A-14) |
Tues 19 June at 1600 Terrace C |
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| Intelligent Space Surveillance Network (SSN) Scheduling Applications (paper AIAA-2012-2434, session 18-I@A-14) |
Tues 19 June at 1700 Terrace C |
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| Intelligent Pilot Intent Analysis System Using Artificial Intelligence Techniques (paper AIAA-2012-2506, session 45-I@A-36) |
Wed 20 June at 1700 Royal EF |
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| Highly Reactive, Real-Time Planner for Aggressive 3D Aircraft Maneuvers to Avoid Unguided Threats (paper AIAA-2012-2547, session 60-I@A-50) |
Thurs 21 June at 1030 Royal D |
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| Intelligent Data Visualization for Cross-Checking Spacecraft System Diagnoses (paper AIAA-2012-2557, session 64-I@A-54) |
Thurs 21 June at 1000 Terrace C |
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NASA’s Chief Technologist Dr. Mason Peck visits Stottler Henke
On April 17, 2012, Dick Stottler, president, briefed Dr. Peck on artificial intelligence planning, scheduling, and training systems and technologies developed by Stottler Henke for NASA.As NASA’s Chief Technologist, Dr. Peck serves as the agency’s principal advisor and advocate on matters concerning technology policy and programs. NASA’s Office of the Chief Technologist coordinates, tracks and integrates technology investments across the agency and works to infuse innovative discoveries into future missions.
Continuous Process Improvement (CPI) Symposium 2012 Introduction to Critical Chain Project Management
Stottler Henke provides an Introduction to Critical Chain Project Management presentation at the 2012 Continuous Process Improvement Symposium.
The content for the presentation is similar to:
- Critical Chain Project Management Introduction Part 1 Video
- Critical Chain Project Management Introduction Part 2 Video
See related papers and presentations.
ShipTech 2012
Reduced Production and Maintenance Project Duration via Intelligent Resource Allocation & Constraint Management: Navy and Other Applications
Stottler Henke provided a lecture on Reduced Production and Maintenance Project Duration via Intelligent Resource Allocation & Constraint Management: Navy and Other Applications at ShipTech 2012.
In complex production and maintenance environments, such as shipbuilding and maintenance, the method of allocating resources and managing other constraints significantly affects the efficiency of progress as well as the overall project duration. Resources include human resources, equipment resources and physical-space resources. Human resources alone can be quite complex; for example, tasks may require multiple individuals, each of whom may need to have certain occupations (such as a mechanic), and there may be additional requirements for some or all the individuals to have additional specific skills/certifications. Add to this the limitation of equipment (e.g., cranes) and the complexity only grows. In shipbuilding and maintenance, physical space is often a limiting resource; for example, when conducting submarine maintenance, physical-space limitations are common, as well as the physical-space limitation of submarine ingress and egress. As if these considerations were not complex enough, other constraints are usually present, such as constraints on certain types of work (e.g., hot work), when other conditions are in effect.
Due to the inherent complexity of resource allocation and constraint management for such complex production and maintenance environments, the project durations can be two-times, or more, longer than needed. Mathematically, the resource-constrained scheduling problem can be shown to be very complex, and for projects of any realistic size the globally-optimum solution cannot be guaranteed in less than geological time even on the fastest computers. Therefore, many branches of science and engineering from operations research to Artificial Intelligence have developed techniques to find relatively optimum solutions in realistic timeframes. Unfortunately, most commercial project management software does not benefit from such intelligent scheduling technology.
This presentation shows that the method used affects the project duration even for relatively small projects consisting of a few dozen tasks, and the effect becomes more pronounced as the number of tasks grows and number of types and quantity of resources expand. Some of the literature on this topic showing different techniques and results showing the major difference in schedule duration due to the scheduling method is also reviewed. Many lessons will be drawn from Stottler Henke’s own work in this area. Since the early 1990s, Stottler Henke has been working with NASA, Boeing, the US Navy and other companies to develop advanced scheduling technologies and software using Artificial Intelligence (AI) and other techniques. Lessons learned from experience at the Naval Submarine Support Facility (NSSF) and at Boeing per the manufacture of the B787 Dreamliner are provided. Without adding one extra resource, an entire project can be shortened significantly; therefore the application of more-efficient resource allocation and constraint management methods can reduce total ownership cost of naval ships while enhancing the competitiveness of the domestic shipbuilding industry.
View Presentation
Lean Project Management Forum 2010
Critical Chain Introduction
Aurora-CCPM Overview
Barcelona, Spain
Stottler Henke provided a lecture on Critical Chain and its Aurora-CCPM software at the Lean
Project Management Forum 2010 in Barcelona, Spain, on December 13, 2010. These presentations showcased the benefit of Critical Chain in current project management methodologies, and demonstrate Aurora-CCPM’s features and benefits as a project management software.
Download Stottler Henke’s presentations below:
- Critical Chain Project Management Introduction presentation: PowerPoint (with audio when in presentation mode) / Video of presentation with audio WMV (80MB)
- Aurora-CCPM Overview presentation: PowerPoint;
About Lean Project Management Forum Barcelona
International experts in various areas of project management presented new methodologies, tools and approaches for the management of time and scarce resources in highly competitive environments. Lean Project Management Forum Barcelona was hosted by Lean Project Solutions, which is comprised of an international team of specialists in project management. Other partners of the forum include Stottler Henke Associates, System Institut, Universitat Autonoma de Barcelona and Network Solution Systems.