Optimized based on the proximal strategy decision logic.

Optimized based on the proximal strategy decision logic.

<p>Optimized based on the proximal strategy decision logic.</p>

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Bibliographic Details
Main Author: Hui Zhao (7395) (author)
Other Authors: Guobin Zhao (16641096) (author), Xichun Wang (8988644) (author), Zhonghui Zhang (199151) (author), Xianchao Xun (21175163) (author)
Published: 2025
Subjects:
Space Science
Biological Sciences not elsewhere classified
wireless communication technology
target communication systems
static spectrum allocation
reduce error rates
processing large amounts
key factor affecting
jamming communication technology
electromagnetic spectrum environment
also precisely defines
interference communication technology
identifying interference signals
generates interference signals
fixed interference patterns
providing new means
proposed model achieves
processing signal features
model effectively addresses
deep neural networks
end strategy optimization
interference accuracy rate
new model
end optimization
accuracy rate
interference algorithm
signal transmission
model based
deep q
xlink ">
used metrics
time data
test conditions
network models
longer able
improve adaptability
game theory
feature parameters
experiments show
existing solutions
dynamic environments
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Summary:<p>Optimized based on the proximal strategy decision logic.</p>

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