Optimization Data Structures Optimization Techniques Graph Theory Computational Complexity Data Processing Optimization Algorithms Adaptive Algorithms Caching Techniques Graph Algorithms Sorting Algorithms Optimization Problems Computational Efficiency Greedy Algorithms Mathematics Complexity Analysis Mathematical Algorithms Statistical Methods Performance Analysis Genetic Algorithms Bit Manipulation Geometric Algorithms Dynamic Programming Machine Learning Compression Algorithms Efficiency Noise Reduction Algorithm Analysis Dynamic Systems Geometric Transformations Variational Methods Training Optimization Satisfiability Modulo Theories Inference Speed Robust Learning Security Algorithms Fast Algorithms Grid Traversal Numerical Methods Evolutionary Algorithms Scheduling Algorithms Recursion Merkle-Damgård Gradient Descent Message Passing Algorithms Efficiency Improvement Quantum Algorithms Search Algorithms Caching Algorithms Oversampling Techniques Stochastic Algorithms Decision Trees Diffusion Models Heuristic Algorithms Image-to-Image Translation Probabilistic Algorithms Boolean Networks Fair Division Algorithms Sampling Algorithms Programming Tasks Reconstruction Algorithms State Space Representation 3D Reconstruction Iterative Algorithms Inference Techniques Adaptive Systems Pipelining Parallel Algorithms Distributed Algorithms Sampling Theory Expert Systems Programming Game Theory Combinatorial Structures Complexity Theory Simulation Techniques Clustering Techniques Fast Fourier Transform Hybrid Techniques Gini Index Convex Optimization Data Generation Bipartite Matching Computational Methods Collision Resistance Linear Programming Vision-Based Systems Number Theory Robust Optimization Searching Algorithms Randomness Deterministic Algorithms Problem Solving Competitive Algorithms Transform Coding Predictive Modeling Backtracking Signal Processing Algebraic Models Discretization Techniques
The reconstruction-based token pruning method reports state-of-the-art nuScenes results with far fewer visual tokens.
