Zhengfeng Yang
11 papers · 2019–2026 · 5 venues · across top CS/AI venues
Authors are matched by name, so researchers who share a name ("Yang Liu", "Wei Wang") appear as a single profile and their paper counts, venues and achievements are combined. How identity is handled.
Achievements
Jump to papers ↓+3 more ↓ Show less ↑
π£ Hot Topic Early Bird π Conference Polyglot Β· Silver π Academic Marathon Β· Sprint π Interdisciplinary Bridge Β· Silver πΊοΈ Taxonomy Completionist (38)
π
Century Club Β· Bronze
π
Renaissance Researcher
(5)
ποΈ
Keyword Collector
(68)
Venues
Top co-authors
Research topics
Keywords
reinforcement learning
(2)
control system
(2)
neural network
(2)
image super-resolution
(2)
algorithmic reasoning
(2)
linear programming
(2)
automated theorem proving
(2)
self-supervised learning
(1)
automated reasoning
(1)
mathematical reasoning
(1)
neural architecture
(1)
stability analysis
(1)
formal methods
(1)
lyapunov function
(1)
adversarial robustness
(1)
polynomial optimization
(1)
monte carlo tree search
(1)
data augmentation
(1)
convolutional neural network
(1)
nonlinear control
(1)
Papers
Richer Representations for Neural Algorithmic Reasoning via Auxiliary Reconstruction
AAAI 2026
SAIR-Comb : A Structure-Aware Iterative Refinement Framework for Combinatorics Autoformalization
ACL 2026
Automated Proof of Polynomial Inequalities via Reinforcement Learning
CVPR 2025
Learning-enabled Polynomial Lyapunov Function Synthesis via High-Accuracy Counterexample-Guided Framework
CVPR 2025
QDTSynth: Quality-Driven Formal Theorem Synthesis for Enhancing Proving Performance of LLMs
ACL 2025
A Context-Enhanced Framework for Sequential Graph Reasoning
IJCAI 2024
Open-Book Neural Algorithmic Reasoning
NeurIPS 2024
A Novel Learnable Interpolation Approach for Scale-Arbitrary Image Super-Resolution
IJCAI 2023
Equivalent Transformation and Dual Stream Network Construction for Mobile Image Super-Resolution
CVPR 2023
Safety Verification of Nonlinear Systems with Bayesian Neural Network Controllers
AAAI 2023
Robustness Verification of Classification Deep Neural Networks via Linear Programming
CVPR 2019