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Fully Dynamic Inference With Deep Neural Networks
Wenhan Xia
, Hongxu Yin
, Xiaoliang Dai
,
Niraj K. Jha
Electrical and Computer Engineering
Princeton Language and Intelligence (PLI)
NextG
Research output
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Contribution to journal
›
Article
›
peer-review
36
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Keyphrases
Deep Neural Network
100%
Fully Dynamic
100%
Floating-point Operations
100%
Dynamic Inference
100%
Task Accuracy
100%
Inference Methods
50%
Design Framework
50%
Computational Cost
50%
Resource-constrained
50%
Computational Efficiency
50%
Task-irrelevant
50%
Computational Tasks
50%
Real-world Deployment
50%
Memory Bandwidth
50%
Classification Accuracy
50%
Model Size
50%
Self-driving Cars
50%
One-size-fits-all
50%
Deep Convolutional Neural Network (deep CNN)
50%
Dynamic Paradigm
50%
ImageNet Dataset
50%
Joint Design
50%
Compact Network
50%
Hierarchical Inference
50%
Convolutional Filter
50%
Cross-domain
50%
Efficient Deep Neural Networks
50%
Feature Embedding
50%
Inference Latency
50%
Multilevel Abstraction
50%
Edge Side
50%
CIFAR-10 Dataset
50%
Computer Science
Deep Neural Network
100%
Floating-Point Operation
66%
Inference Method
33%
Time-Sensitive
33%
Design Framework
33%
Computational Cost
33%
Memory Bandwidth
33%
Computational Efficiency
33%
Classification Accuracy
33%
Computational Task
33%
Deep Convolutional Neural Networks
33%
Convolutional Filter
33%