What is the minimal set of fragments that achieves maximal parse accuracy?
Rens Bod
Abstract
We aim at finding the minimal set of fragments which achieves maximal parse accuracy in Data Oriented Parsing. Experiments with the Penn Wall Street Journal treebank show that counts of almost arbitrary fragments within parse trees are important, leading to improved parse accuracy over previous models tested on this treebank (a precision of 90.8% and a recall of 90.6%). We isolate some dependency relations which previous models neglect but which contribute to higher parse accuracy.
Create a lesson
Related papers
SpecCompact: Accelerating LLM Agent Context Compaction with Slot-Parallel Semantic Speculative Verification
Yulu An, Yifei Feng, Xiangyang Yin
Balancing hierarchical representation and quantization: A performance trade-off in text embeddings
Kai Ponel, Marco Polignano, Erasmo Purificato et al.
Persona Perspectives: Adopting Viewpoints Reorganizes Representations in LLMs
Austin C. Kozlowski, Avital Mintz, Madison Lee
Before You Continue: Evaluating Time-Sensitive Safety Awareness in Conversational Assistants
Peidi Dong, Yunze Xiao, Yu-Lin Tsai et al.
LooM: Loop-Invariant Memory for Causal Encoder-Decoder Language Models
Lele Yang, Muxi Diao, Zhonghao Yan et al.
SAUCE: Summary Analysis Using Conversation Entailment
Man-Ling Sung, Hemanth Kandula, Jeff Ma et al.