Earning Extra Performance from Restrictive Feedbacks

• URL: http://arxiv.org/abs/2304.14831v2
• Date: Fri, 28 Jul 2023 07:51:03 GMT
• Title: Earning Extra Performance from Restrictive Feedbacks
• Authors: Jing Li, Yuangang Pan, Yueming Lyu, Yinghua Yao, Yulei Sui, and Ivor W. Tsang
• Abstract summary: We set up a challenge named emphEarning eXtra PerformancE from restriCTive feEDdbacks (EXPECTED) to describe this form of model tuning problems. The goal of the model provider is to eventually deliver a satisfactory model to the local user(s) by utilizing the feedbacks. We propose to characterize the geometry of the model performance with regard to model parameters through exploring the parameters' distribution.
• Score: 41.05874087063763
• License: http://creativecommons.org/licenses/by-nc-sa/4.0/
• Abstract: Many machine learning applications encounter a situation where model providers are required to further refine the previously trained model so as to gratify the specific need of local users. This problem is reduced to the standard model tuning paradigm if the target data is permissibly fed to the model. However, it is rather difficult in a wide range of practical cases where target data is not shared with model providers but commonly some evaluations about the model are accessible. In this paper, we formally set up a challenge named \emph{Earning eXtra PerformancE from restriCTive feEDdbacks} (EXPECTED) to describe this form of model tuning problems. Concretely, EXPECTED admits a model provider to access the operational performance of the candidate model multiple times via feedback from a local user (or a group of users). The goal of the model provider is to eventually deliver a satisfactory model to the local user(s) by utilizing the feedbacks. Unlike existing model tuning methods where the target data is always ready for calculating model gradients, the model providers in EXPECTED only see some feedbacks which could be as simple as scalars, such as inference accuracy or usage rate. To enable tuning in this restrictive circumstance, we propose to characterize the geometry of the model performance with regard to model parameters through exploring the parameters' distribution. In particular, for the deep models whose parameters distribute across multiple layers, a more query-efficient algorithm is further tailor-designed that conducts layerwise tuning with more attention to those layers which pay off better. Extensive experiments on different applications demonstrate that our work forges a sound solution to the EXPECTED problem. Code is available via https://github.com/kylejingli/EXPECTED.

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