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Timely Trajectory Reconstruction in Finite Buffer Remote Tracking Systems
Sunjung Kang
, Vishrant Tripathi
,
Christopher G. Brinton
Research output
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Chapter in Book/Report/Conference proceeding
›
Conference contribution
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Dive into the research topics of 'Timely Trajectory Reconstruction in Finite Buffer Remote Tracking Systems'. Together they form a unique fingerprint.
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Keyphrases
Tracking System
100%
Age of Information
100%
Finite Buffer
100%
Trajectory Reconstruction
100%
Remote Tracking
100%
Reconstruction Error
60%
Information Divergence
40%
Drop Policy
40%
Keep Fresh
40%
IoT Monitoring
40%
Numerical Simulation
20%
Online Decision Making
20%
Analysis Simulation
20%
Decision Basis
20%
Information Management
20%
Information Metric
20%
IoT Networks
20%
Accurate Reconstruction
20%
Freshness
20%
Generation Time
20%
Reconstruction Accuracy
20%
Historical Trajectory
20%
Dynamically Adjust
20%
Historical Accuracy
20%
State Awareness
20%
Efficient Update
20%
Past Trajectories
20%
Queuing Behaviour
20%
Real-time Update
20%
Update Policy
20%
Computer Science
Tracking System
100%
Reconstruction Error
100%
Internet-Of-Things
66%
Numerical Simulation
33%
Information Management
33%
Postprocessing
33%
Reconstruction Accuracy
33%
Generation Time
33%
Computational Simulation
33%
Information Systems
33%
Decision Making
33%