DK-RRT is described as a deep Koopman-based extension of RRT for space manipulators, but the paper lacks any actual RRT implementation and its simulation baselines are undefined.
ChallengeMe: An Adversarial Learning-enabled Text Summarization Framework
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
The astonishing performance of large language models (LLMs) and their remarkable achievements in production and daily life have led to their widespread application in collaborative tasks. However, current large models face challenges such as hallucination and lack of specificity in content generation in vertical domain tasks. Inspired by the contrast and classification mechanisms in human cognitive processes, this paper constructs an adversarial learning-based prompt framework named ChallengeMe, which includes three cascaded solutions: generation prompts, evaluation prompts, and feedback optimization. In this process, we designed seven core optimization dimensions and set the threshold for adversarial learning. The results of mixed case studies on the text summarization task show that the proposed framework can generate more accurate and fluent text summaries compared to the current advanced mainstream LLMs.
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DK-RRT: Deep Koopman RRT for Collision-Aware Motion Planning of Space Manipulators in Dynamic Debris Environments
DK-RRT is described as a deep Koopman-based extension of RRT for space manipulators, but the paper lacks any actual RRT implementation and its simulation baselines are undefined.