TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
* | |
*administrative support | |
*representing complexity | |
*tactical event indicators | |
A | |
Abstract | |
Adaptivity | |
Agile C2 | |
Agility | |
AI | |
AI Technologies | |
Air Operations Center | |
Alignment | |
Allocation of Decision Rights | |
Analysis | |
annotations | |
anomaly detection | |
Anti-Access/Area Denial | |
Argumentation | |
Assumption | |
Authority | |
Automation | |
Automotive Gateways | |
Autonomous agent | |
Autonomy | |
B | |
Battle Management Language (BML) | |
Battlespace management | |
C | |
C2 | |
C2 agility | |
C2 Approach | |
C2 System | |
C2 Theory | |
C2-SIM Interoperability | |
C2-Simulation Interoperability | |
C2SIM | |
CAN | |
capabilities | |
capability | |
Causality | |
Change blindness | |
Change detection | |
Classifiers | |
Cloud-computing | |
coalition | |
Coalition Air Operations | |
Cognition | |
cognitive | |
Collaboration | |
collective situational understanding | |
Command | |
Command and Control | |
Command and Control (C2) | |
Command and control (C2) system | |
Command and Control Framework | |
Command and Control System | |
Command Centers | |
Command on the move | |
Commander's Critical Information Requirements | |
commanders | |
Common Operating Picture | |
Communications and Networking | |
Compatibility | |
Complex Adaptive Systems | |
Complexity | |
Concept | |
Concepts | |
Consensus Measures | |
Control | |
controlled natural language | |
Controller Area Networks | |
conversational interface | |
Coordination Information Requirements | |
Cross-functional collaboration | |
Cross-Network Feedback | |
cyber C2 | |
Cyber Situation Awareness | |
Cyber Warfare Domain | |
Cyberspace | |
D | |
Data Analytics | |
Data Distribution Service | |
Data Modeling | |
Data Security/Trust | |
Data-Mediation | |
Data-Synchronization | |
Data-Transport | |
DDS | |
Decision Aide | |
Decision Support | |
Decision Support Systems | |
Decision-making | |
Design approach | |
Dispersed operations | |
Distributed Communications | |
Dynamic data | |
E | |
education | |
Enterprise Computing | |
Enterprise Services | |
Essential Elements of Information | |
Evaluation | |
Experiential | |
Experimentation | |
Expert Systems | |
F | |
federation | |
Feedback | |
first responders | |
Foundation of Intelligent Physical Agents | |
Framework | |
functional leadership | |
G | |
Gaming | |
Gesture Recognition | |
governance | |
H | |
Headquarters | |
Holodeck | |
human aspects of operational military environments | |
Human Factors | |
Human System Interaction | |
Human-Computer Interaction | |
Human-Machine Interaction | |
hybrid warfare challenges | |
I | |
Improved genetic algorithm | |
Inattentional blindness | |
Information collection | |
Information Exchange Requirements | |
Information Management Systems | |
Information Products | |
Information Requirements Management | |
Information Sharing | |
Information System | |
information transmission | |
Intelligence | |
Intelligence Surveillance & Reconnaissance | |
Intelligence Surveillance and Reconnaissance | |
Internet of Things (IoT) | |
Interoperability | |
ISR | |
K | |
Knowledge Elicitation | |
L | |
Learning | |
Linked Open Data | |
M | |
Machine Learning | |
Means | |
Means Ways Ends | |
Measurement | |
Methodology | |
methods | |
metrics | |
Military Decision-Making Process | |
Military problem-solving | |
MIP | |
MIP Information Model | |
Mission | |
mission command | |
Mission Integration | |
Mission Partners | |
Mission Threads | |
Missions & Means Framework | |
Model Based Systems Engineering | |
Model Driven Framework | |
Model-Based Systems Engineering (MBSE) | |
Modeling | |
Monitoring | |
Multi-Genre Networks | |
multi-scale conflicts | |
Multi-Tiered Architecture Frameworks | |
multinational military standards | |
Myo | |
N | |
NASA TLX | |
NATO Generic Vehicle Architecture | |
Natural Language Generation | |
Navy | |
network | |
Network Mapping | |
Network Science | |
Network-enabled | |
NGVA | |
NGVA Compatibility Levels | |
O | |
Ontology | |
OODA loop | |
OODA-loop | |
operational agility future NATO operations | |
Operational Art | |
Operational Assessments | |
Operational impact | |
Operational-level planning | |
Operations | |
operations assessment | |
Operations planning | |
Ordinal Categorical Data | |
OSINT | |
Outcomes | |
Overload of Deciosion-Maker | |
P | |
Participatory Design | |
Performance | |
Performance Assessment | |
Performance Metrics | |
PERT | |
Planning Information Needs | |
Priority Intelligence Requirements | |
processes | |
programmable | |
Q | |
Qualitative Data Assessment | |
R | |
Re-planning | |
Requirements Management | |
Risk | |
Risk assessment | |
S | |
SAGAT | |
SDN | |
security | |
Self-adaptivity | |
Semantic Reference Model | |
Semantic Web | |
Sensors | |
shared situational understanding | |
sharing | |
Simulation | |
Situational Awareness | |
Situational pictures | |
social | |
social bias | |
Social media | |
software tool | |
Standards | |
Strategy Theory | |
Structure optimization | |
System-of-Systems Engineering (SOSE) | |
T | |
Tannenbaum & Schmidt continuum | |
Tasks | |
techniques | |
Technology Overview | |
training | |
training system | |
Trending analysis | |
Trends | |
trust | |
U | |
UGS | |
Uncertainty | |
understanding | |
Unity of Effort | |
UOE | |
UPDM | |
User Experience Design | |
V | |
Value of information | |
Verification and Validation | |
Verification Plan | |
Verification Process | |
Visual attention | |
W | |
wargame methodology | |
Wearable Device | |
Workload | |
“ | |
“Constraint and Option Management” | |
“Network Analysis and Modelling” | |
“Understanding Plan Effects” |