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Analysis of communication losses in vehicle control problems
P. Seiler
, R. Sengupta
Aerospace Engineering and Mechanics
Research output
:
Contribution to journal
›
Conference article
›
peer-review
273
Scopus citations
Overview
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Dive into the research topics of 'Analysis of communication losses in vehicle control problems'. Together they form a unique fingerprint.
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Keyphrases
Vehicle Control
100%
Control Problem
100%
Linear Matrix Inequality
100%
Packet Loss Rate
100%
Communication Loss
100%
Closed-loop
50%
Controller
50%
Control System
50%
Motivation
50%
Communication Systems
50%
Performance Specifications
50%
Controller Design
50%
Feedback Loop
50%
Communicated Information
50%
Vehicle Following
50%
Worst-case Performance
50%
Dynamic Output Feedback Controller
50%
Wireless Local Area Network
50%
Discrete-time Linear Systems
50%
Markovian Jumping Parameters
50%
Data Packet Loss
50%
Mean Square Stable
50%
Packet Loss Model
50%
Computer Science
Vehicle Control
100%
Packet Loss Rate
100%
linear matrix
100%
Performance Specification
50%
Feedback Loop
50%
discrete-time
50%
wireless local area network
50%
Linear Systems
50%
Output Feedback
50%
Feedback Controller
50%
Engineering
Packet Loss
100%
Linear matrix inequalities
50%
Closed Loop
25%
Control Systems
25%
Discrete Time
25%
Output Feedback
25%
Communication System
25%
Feedback Controller
25%
Controller Design
25%
Feedback Loop
25%
Local Area Network
25%