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Finetuning Large-Scale Pre-trained Language Models for...
Finetuning Large-Scale Pre-trained Language Models for...
In this paper, we present a pre-trained language model (PLM) based framework called RID for conversational recommender system (CRS). RID finetunes the large-scale PLMs such as DialoGPT, together...
·arxiv.org·
Finetuning Large-Scale Pre-trained Language Models for...
A Survey on State-of-the-art Techniques for Knowledge Graphs...
A Survey on State-of-the-art Techniques for Knowledge Graphs...
Global datasphere is increasing fast, and it is expected to reach 175 Zettabytes by 20251 . However, most of the content is unstructured and is not understandable by machines. Structuring this...
·arxiv.org·
A Survey on State-of-the-art Techniques for Knowledge Graphs...
Ivo Velitchkov on Twitter
Ivo Velitchkov on Twitter
Here's the recording of my session "Better Project Management with Knowledge Graphs" at the PMI Fair Benelux 2021.#projectmanagement #knowledgegraph #PKGhttps://t.co/ldG671YDpr— Ivo Velitchkov (@kvistgaard) October 18, 2021
·twitter.com·
Ivo Velitchkov on Twitter
Introducing WebQA : A Multi-hop, Multi-modal & Open Domain Reasoning Challenge & Benchmark
Introducing WebQA : A Multi-hop, Multi-modal & Open Domain Reasoning Challenge & Benchmark
We are proud to introduce WebQA, a dataset for multi-hop, multi-modal open-domain question answering challenge, to be hosted at NeurIPS 2021 Competition Track. Designed to simulate the heterogeneous information landscape one might expect when performing web search, WebQA contains 46K knowledge-seeking queries whose answers are to be found in either images or text snippets, where a system must…
·blogs.bing.com·
Introducing WebQA : A Multi-hop, Multi-modal & Open Domain Reasoning Challenge & Benchmark
Development of an Ontology-based Approach for Knowledge Management in Software Testing
Development of an Ontology-based Approach for Knowledge Management in Software Testing
Software development organizations are seeking to add quality to their products. Testing processes are strategic elements to manage projects and product quality. However, advances in technology and the emergence of increasingly critical applications make testing a complex task and large volumes of information are generated. In fact, software testing is a knowledge intensive process. Because of this, these organizations have shown a growing interest in Knowledge Management (KM) programs, which in turn support the improvement of testing procedures. KM emerges as a means to manage testing knowledge, and, consequently, to improve software quality. However, there are only a few KM solutions supporting software testing. This paper reports experiences from the development of an approach, called Ontology-based Testing Knowledge Management (OntoT-KM), that aims to assist in launching KM initiatives in the software testing domain with the support of Knowledge Management Systems (KMSs).  OntoT-KM provides a process guiding how to start applying KM in software testing. OntoT-KM is based on the findings of a systematic mapping on KM in software testing and the results of a survey with testing practitioners. Moreover, OntoT-KM considers the conceptualization established by a Reference Ontology on Software Testing (ROoST). As a proof of concept, OntoT-KM was applied to develop a KMS called Testing KM Portal (TKMP), which was evaluated in terms of usefulness, usability, and functional correctness. Results show that the developed KMS from OntoT-KM is a potential system for managing knowledge in software testing, so, the approach can guide KM initiatives in software testing.
·sol.sbc.org.br·
Development of an Ontology-based Approach for Knowledge Management in Software Testing
Aaron Bradley on Twitter
Aaron Bradley on Twitter
Boosting Graph Embedding on a Single GPU https://t.co/ozJ60Kz5Yi pic.twitter.com/XJqPDRNDOK— Aaron Bradley (@aaranged) October 20, 2021
·twitter.com·
Aaron Bradley on Twitter
Aaron Bradley on Twitter
Aaron Bradley on Twitter
"Our knowledge graph form of NOAA climate data facilitates the supply of semantic climate information to researchers and offers a variety of semantic applications that can be built on top of it." https://t.co/2C2ZAUGSJy pic.twitter.com/Z459afns5S— Aaron Bradley (@aaranged) October 20, 2021
·twitter.com·
Aaron Bradley on Twitter
WikiResearch on Twitter
WikiResearch on Twitter
"Language Models As or For Knowledge Bases" a position paper about strengths, limitations and complementarity of language model and knowledge bases.(Razniewski et al, 2021)https://t.co/TZisPy3hHH@maxplanckpress @andrewyates pic.twitter.com/252pQFxwau— WikiResearch (@WikiResearch) October 21, 2021
·twitter.com·
WikiResearch on Twitter
Chris Mungall on Twitter
Chris Mungall on Twitter
Some delayed thoughts on @bobdc's recent post "you probably don't need OWL". Interesting how our different backgrounds lead us to different perspectives, in the life sciences OWL seems more popular for ontologies 1/n https://t.co/LMC8pX176p— Chris Mungall (@chrismungall) October 20, 2021
·twitter.com·
Chris Mungall on Twitter
Using BIM Data Together with City Models
Using BIM Data Together with City Models
An increasing number of cities are creating 3D city models to support visualization and simulations in the urban planning process. The 3D city models...
·gim-international.com·
Using BIM Data Together with City Models
The "meta way"​: On upper ontologies and data meshes
The "meta way"​: On upper ontologies and data meshes
For some reason I keep hearing the word "upper ontology" more frequently in recent times. I find this problematic, because in many of the contexts I hear about it, it is introduced as a kind of secret sauce that 20 years of Semantic Web research have been hiding from the greater public.
·linkedin.com·
The "meta way"​: On upper ontologies and data meshes
Beltrami Flow and Neural Diffusion on Graphs
Beltrami Flow and Neural Diffusion on Graphs
10/18/21 - We propose a novel class of graph neural networks based on the discretised Beltrami flow, a non-Euclidean diffusion PDE. In our mo...
·deepai.org·
Beltrami Flow and Neural Diffusion on Graphs
Ali Syed on LinkedIn: #collaborate #team #leaders
Ali Syed on LinkedIn: #collaborate #team #leaders
Why is your organization struggling to #collaborate ? Leaders can diagnose team dysfunction by looking for six common patterns. Read 👇🏽 https://lnkd.in...
·linkedin.com·
Ali Syed on LinkedIn: #collaborate #team #leaders