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Cross layer analysis of buffered adaptive multicarrier transmission
Lin Yang
*
,
Mohamed Slim Alouini
*
Corresponding author for this work
Research output
:
Contribution to journal
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Article
›
peer-review
2
Scopus citations
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Dive into the research topics of 'Cross layer analysis of buffered adaptive multicarrier transmission'. Together they form a unique fingerprint.
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Computer Science
Channels
100%
Power Constraint
33%
Outage Probability
33%
Numerical Example
33%
Performance Analysis
33%
Transmission System
33%
Transmission Rate
33%
Buffering
33%
Wireless Channel
33%
Rate Adaptation
33%
Buffer Overflow
33%
Multipath Fading
33%
Transmitted Signal
33%
System Resource
33%
Information Rate
33%
Mathematical Formalism
33%
Design Challenge
33%
Design Criterion
33%
Temporal Variation
33%
Adaptive System
33%
Average Information
33%
Design
33%
Links
33%
Probability
33%
Physical Layer
33%
Lower Bounds
33%
Engineering
Multicarrier Transmission
100%
Performance Analysis
33%
Bit Error Rate
33%
Power Constraint
33%
Outage Probability
33%
Signal-to-Noise Ratio
33%
Numerical Example
33%
Error Rate
33%
Rate Adaptation
33%
Cross-Layer Design
33%
Information Rate
33%
Design Criterion
33%
Input Data
33%
Temporal Variation
33%
Layer Analysis
33%
Adaptive Systems
33%
Layer Design
33%
Design
33%
Obtains
33%
Illustrates
33%
Transmissions
33%
Allocation
33%
Average Delay
33%
Mathematics
Input Data
33%
Numerical Example
33%
Error Rate
33%
Upper Bound
33%
Transmitted Signal
33%
Departure Rate
33%
Discrete Set
33%
Queues
33%
Waiting Time
33%
Physics
Bit Error Rate
33%
Buffering
33%
Frequencies
33%
Shapes
33%
Independent Variables
33%
Targets
33%
Probability Theory
33%
Chemistry
Time
66%
Buffer Solution
33%