إن أنظمة الحوار المحددة مع نماذج لغة كبيرة تولد ردود متماسكة محليا، ولكن تفتقر إلى السيطرة الجميلة على الردود اللازمة لتحقيق أهداف محددة.تتميز طريقة واعدة للسيطرة على جيل الاستجابة جيل يستند إلى Exemplar، حيث تحرير النماذج تحرير الردود المثالية التي يتم استرجاعها من بيانات التدريب، أو مكتوبة يدويا إلى أهداف مستوى الخطاب استراتيجيا، لتناسب سياقات حوار جديدة.نقدم نموذج توليد حوار يستند إلى Exemplar، EDGE، يستخدم الإطارات الدلالية الموجودة في ردود Exemplar لتوجيه جيل الاستجابة.نظير على أن السيطرة على توليد الحوار على أساس الإطارات الدلالية من النماذج يحسن تماسك الردود التي تم إنشاؤها، مع الحفاظ على المعنى الدلالي وأهداف المحادثة الموجودة في ردود مثالية.
Dialogue systems pretrained with large language models generate locally coherent responses, but lack fine-grained control over responses necessary to achieve specific goals. A promising method to control response generation is exemplar-based generation, in which models edit exemplar responses that are retrieved from training data, or hand-written to strategically address discourse-level goals, to fit new dialogue contexts. We present an Exemplar-based Dialogue Generation model, EDGE, that uses the semantic frames present in exemplar responses to guide response generation. We show that controlling dialogue generation based on the semantic frames of exemplars improves the coherence of generated responses, while preserving semantic meaning and conversation goals present in exemplar responses.
References used
https://aclanthology.org/
In task-oriented dialogue systems, recent dialogue state tracking methods tend to perform one-pass generation of the dialogue state based on the previous dialogue state. The mistakes of these models made at the current turn are prone to be carried ov
We introduce a synthetic dialogue generation framework, Velocidapter, which addresses the corpus availability problem for dialogue comprehension. Velocidapter augments datasets by simulating synthetic conversations for a task-oriented dialogue domain
For a computer to naturally interact with a human, it needs to be human-like. In this paper, we propose a neural response generation model with multi-task learning of generation and classification, focusing on emotion. Our model based on BART (Lewis
Humans use commonsense reasoning (CSR) implicitly to produce natural and coherent responses in conversations. Aiming to close the gap between current response generation (RG) models and human communication abilities, we want to understand why RG mode
Story visualization is an underexplored task that falls at the intersection of many important research directions in both computer vision and natural language processing. In this task, given a series of natural language captions which compose a story