Subscribe to the gold package and get unlimited access to Shamra Academy
Register a new userSEPRG: Sentiment aware Emotion controlled Personalized Response Generation
SPRG: المعنويات علم العاطفة التي تسيطر عليها توليد استجابة شخصية
366
0 0
0.0
(
0
)
Created by
Shamra Editor
Ask ChatGPT about the research
اكتسبت Chatbots Social Chatbots شعبية هائلة، وجاذبيتها لا تكمن فقط في قدرتها على الاستجابة للطلبات المتنوعة من المستخدمين، ولكن أيضا في القدرة على تطوير اتصال عاطفي مع المستخدمين. لتعزيز وتعزيز Chatbots الاجتماعي، نحتاج إلى التركيز على زيادة تفاعل المستخدم وتأخذ في الاعتبار كل من الحاصل الفكري والعاطفي في وكلاء المحادثة. لذلك، في هذا العمل، نقترح مهمة المعنويات تدرك العاطفة التي تسيطر عليها توليد الحوار الشخصية التي تمنح الجهاز القدرة على الاستجابة عاطفيا ووفقا لشخصية المستخدم. نظرا لأن المشاعر والعواطف مرتبطة بدرجة كبيرة، نستخدم معرفة المشاعر بالكلام السابق لتوليد الاستجابة العاطفية الصحيحة وفقا لشخص المستخدم. نقوم بتصميم إطار توليد حوار يستند إلى المحولات، ينشئ الردود الحساسة لعاطفة المستخدم ويتوافق مع الشخصية والشاعر أيضا. علاوة على ذلك، يتم تشفير معلومات الشخصية من قبل تشفير محول مختلف، إلى جانب تاريخ الحوار، يتم تغذيةها إلى وحدة فك الترميز لتوليد الاستجابات. ناهز DataSet PersonAchat مع معلومات المشاعر لتحسين جودة الاستجابة. تظهر النتائج التجريبية على DataStet Personachat أن الإطار المقترح يتفوق بشكل كبير على خطوط الأساس الحالية، مما يولد ردود عاطفية شخصية وفقا للمشاعر التي توفر اتصال عاطفي أفضل ورضا المستخدمين كما هو مطلوب في chatbot الاجتماعي.
Social chatbots have gained immense popularity, and their appeal lies not just in their capacity to respond to the diverse requests from users, but also in the ability to develop an emotional connection with users. To further develop and promote social chatbots, we need to concentrate on increasing user interaction and take into account both the intellectual and emotional quotient in the conversational agents. Therefore, in this work, we propose the task of sentiment aware emotion controlled personalized dialogue generation giving the machine the capability to respond emotionally and in accordance with the persona of the user. As sentiment and emotions are highly co-related, we use the sentiment knowledge of the previous utterance to generate the correct emotional response in accordance with the user persona. We design a Transformer based Dialogue Generation framework, that generates responses that are sensitive to the emotion of the user and corresponds to the persona and sentiment as well. Moreover, the persona information is encoded by a different Transformer encoder, along with the dialogue history, is fed to the decoder for generating responses. We annotate the PersonaChat dataset with sentiment information to improve the response quality. Experimental results on the PersonaChat dataset show that the proposed framework significantly outperforms the existing baselines, thereby generating personalized emotional responses in accordance with the sentiment that provides better emotional connection and user satisfaction as desired in a social chatbot.
References used
https://aclanthology.org/
rate research
Read More
We rely on arguments in our daily lives to deliver our opinions and base them on evidence, making them more convincing in turn. However, finding and formulating arguments can be challenging. In this work, we present the Arg-CTRL - a language model fo
r argument generation that can be controlled to generate sentence-level arguments for a given topic, stance, and aspect. We define argument aspect detection as a necessary method to allow this fine-granular control and crowdsource a dataset with 5,032 arguments annotated with aspects. Our evaluation shows that the Arg-CTRL is able to generate high-quality, aspect-specific arguments, applicable to automatic counter-argument generation. We publish the model weights and all datasets and code to train the Arg-CTRL.
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
et al., 2020), a pre-trained transformer encoder-decoder model, is trained to generate responses and recognize emotions simultaneously. Furthermore, we weight the losses for the tasks to control the update of parameters. Automatic evaluations and crowdsourced manual evaluations show that the proposed model makes generated responses more emotionally aware.
Current approaches to empathetic response generation focus on learning a model to predict an emotion label and generate a response based on this label and have achieved promising results. However, the emotion cause, an essential factor for empathetic
responding, is ignored. The emotion cause is a stimulus for human emotions. Recognizing the emotion cause is helpful to better understand human emotions so as to generate more empathetic responses. To this end, we propose a novel framework that improves empathetic response generation by recognizing emotion cause in conversations. Specifically, an emotion reasoner is designed to predict a context emotion label and a sequence of emotion cause-oriented labels, which indicate whether the word is related to the emotion cause. Then we devise both hard and soft gated attention mechanisms to incorporate the emotion cause into response generation. Experiments show that incorporating emotion cause information improves the performance of the model on both emotion recognition and response generation.
Personalized response generation is essential for more human-like conversations. However, how to model user personalization information with no explicit user persona descriptions or demographics still remains under-investigated. To tackle the data sp
arsity problem and the huge number of users, we utilize tensor factorization to model users' personalization information with their posting histories. Specifically, we introduce the personalized response embedding for all question-user pairs and form them into a three-mode tensor, decomposed by Tucker decomposition. The personalized response embedding is fed to either the decoder of an LSTM-based Seq2Seq model or a transformer language model to help generate more personalized responses. To evaluate how personalized the generated responses are, we further propose a novel ranking-based metric called Per-Hits@k which measures how likely are the generated responses come from the corresponding users. Results on a large-scale conversation dataset show that our proposed tensor factorization based models generate more personalized and higher quality responses compared to baselines.
Existing text style transfer (TST) methods rely on style classifiers to disentangle the text's content and style attributes for text style transfer. While the style classifier plays a critical role in existing TST methods, there is no known investiga
tion on its effect on the TST methods. In this paper, we conduct an empirical study on the limitations of the style classifiers used in existing TST methods. We demonstrated that the existing style classifiers cannot learn sentence syntax effectively and ultimately worsen existing TST models' performance. To address this issue, we propose a novel Syntax-Aware Controllable Generation (SACG) model, which includes a syntax-aware style classifier that ensures learned style latent representations effectively capture the sentence structure for TST. Through extensive experiments on two popular text style transfer tasks, we show that our proposed method significantly outperforms twelve state-of-the-art methods. Our case studies have also demonstrated SACG's ability to generate fluent target-style sentences that preserved the original content.
suggested questions
Log in to be able to interact and post comments
comments
Fetching comments
Sign in to be able to follow your search criteria
