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Optimum poisson sensing with energy harvesting power sources
Israel Akingeneye
, Jingxian Wu
, Jing Yang
, Hai Lin
Electrical Engineering
Research output
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Chapter in Book/Report/Conference proceeding
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Dive into the research topics of 'Optimum poisson sensing with energy harvesting power sources'. Together they form a unique fingerprint.
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Keyphrases
Poisson
100%
Energy Harvesting
100%
Sensing Scheme
100%
Harvested Power
100%
Power Source
100%
Random Events
60%
Sampling Instants
40%
Candidate Sampling
40%
Energy Harvesting System
20%
Numerical Results
20%
Closed-form Expression
20%
System Parameters
20%
Discrete-time
20%
Energy Harvesting Rate
20%
Average Energy
20%
Continuous-time
20%
Random Process
20%
Analytical Results
20%
Consumption Rate
20%
Energy Allocation
20%
Statistical Properties
20%
Operation Parameters
20%
Events of Interest
20%
Sensing Operation
20%
Asymptotic Mean Squared Error
20%
System Operation
20%
Time Correlation
20%
Optimum System
20%
Poisson Point Process
20%
Optimum Estimator
20%
Engineering
Energy Harvesting
100%
Power Source
100%
Random Event
100%
Sampling Instant
66%
Correlation Time
33%
Time Domain
33%
Discrete Time
33%
System Parameter
33%
Closed Form Expression
33%
Continuous Time
33%
Random Process
33%
Analytical Result
33%
System Operation
33%
Mean Square Error
33%
Statistical Property
33%
Optimum System
33%
Desired Time
33%
Point Process
33%
Mathematics
Energy Harvesting
100%
Closed Form
33%
Asymptotics
33%
Discrete Time
33%
System Parameter
33%
Statistical Property
33%
Continuous Time
33%
Mean Square Error
33%
Time Domain
33%
System Operation
33%
Time Instant
33%
Time Random Process
33%
Poisson Point Process
33%
Computer Science
Sampling Instant
100%
discrete-time
50%
System Parameter
50%
Continuous Time
50%
closed-form expression
50%
System Operation
50%
Statistical Property
50%
Poisson Point Process
50%