Mavromatis, Costas
Ioannidis, Vassilis N.
Wang, Shen
Zheng, Da
Adeshina, Soji
Ma, Jun
Zhao, Han
Faloutsos, Christos
Karypis, George
Chapter History
First Online: 17 September 2023
Limitations and Ethical Statement
: <scp>GraD</scp> relies on informative input node features to learn effective shared LMs (or MLPs) that can generalize to unseen nodes, which is the case in textual graphs. Thus, one limitation is that it is not certain how <scp>GraD</scp> generalizes to other graphs, e.g., to featureless graphs. Moreover as a knowledge distillation approach, <scp>GraD</scp> trades accuracy for computation efficiency and it cannot adapt to dynamic graphs with edge changes the same way as GNN could. To overcome biases encoded in the training graph, e.g., standard stereotypes in recommender graphs, <scp>GraD</scp> needs to be retrained over the new unbiased graph.
Conference Information
Conference Acronym: ECML PKDD
Conference Name: Joint European Conference on Machine Learning and Knowledge Discovery in Databases
Conference City: Turin
Conference Country: Italy
Conference Year: 2023
Conference Start Date: 18 September 2023
Conference End Date: 22 September 2023
Conference Number: 23
Conference ID: ecml2023
Conference URL: https://2023.ecmlpkdd.org/
Peer Review Information (provided by the conference organizers)
Type: Double-blind
Conference Management System: CMT
Number of Submissions Sent for Review: 829
Number of Full Papers Accepted: 196
Number of Short Papers Accepted: 0
Acceptance Rate of Full Papers: 24% - The value is computed by the equation "Number of Full Papers Accepted / Number of Submissions Sent for Review * 100" and then rounded to a whole number.
Average Number of Reviews per Paper: 3.63
Average Number of Papers per Reviewer: 4.5
External Reviewers Involved: Yes
Additional Info on Review Process: Applied Data Science Track: 239 submissions, 58 accepted papers; Demo Track: 31 submissions, 16 accepted papers.