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Quantization for LTI systems with noiseless channels
Serdar Yüksel,
Tamer Başar
Electrical and Computer Engineering
Coordinated Science Lab
Research output
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Contribution to conference
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Paper
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peer-review
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Dive into the research topics of 'Quantization for LTI systems with noiseless channels'. Together they form a unique fingerprint.
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Keyphrases
Rate Requirement
100%
LTI Systems
100%
Noiseless Channels
100%
Mean Square Error
50%
Information Theory
50%
Performance Loss
50%
Estimation Error
50%
Controller
50%
Time-invariant
50%
High Bit Rate
50%
Communication Scheme
50%
Recursive Scheme
50%
Uniform Quantizer
50%
Quantization Method
50%
Error Measures
50%
Mean Square Estimator
50%
Digital Channels
50%
Quantization Noise
50%
Noisy Systems
50%
Error Sequence
50%
Error Stability
50%
Recursiveness
50%
Bounded Measurement Errors
50%
Entropy Power
50%
Engineering
Quantization (Signal Processing)
100%
Estimation Error
50%
Recursive
50%
Mean Square Error
25%
Bit Rate
25%
Boundedness
25%
Quantizer
25%
Uniform Quantization
25%
Quantization Noise
25%
Computer Science
Quantization (Signal Processing)
100%
Estimation Error
50%
Communication Scheme
25%
Noiseless Digital Channel
25%
Quantization Noise
25%
Recursive System
25%