Salienteye: Maximizing Engagement While Maintaining Artistic Style on Instagram Using Deep Neural Networks
This work addresses a domain-specific problem for Instagram photographers seeking to optimize their content selection, but it is incremental as it applies existing methods to a new application area.
The paper tackled the problem of helping Instagram photographers select photos that maximize follower engagement while maintaining artistic style, using deep neural networks for engagement prediction and style similarity measurement, and demonstrated that their models outperformed baseline models and human annotators.
Instagram has become a great venue for amateur and professional photographers alike to showcase their work. It has, in other words, democratized photography. Generally, photographers take thousands of photos in a session, from which they pick a few to showcase their work on Instagram. Photographers trying to build a reputation on Instagram have to strike a balance between maximizing their followers' engagement with their photos, while also maintaining their artistic style. We used transfer learning to adapt Xception, which is a model for object recognition trained on the ImageNet dataset, to the task of engagement prediction and utilized Gram matrices generated from VGG19, another object recognition model trained on ImageNet, for the task of style similarity measurement on photos posted on Instagram. Our models can be trained on individual Instagram accounts to create personalized engagement prediction and style similarity models. Once trained on their accounts, users can have new photos sorted based on predicted engagement and style similarity to their previous work, thus enabling them to upload photos that not only have the potential to maximize engagement from their followers but also maintain their style of photography. We trained and validated our models on several Instagram accounts, showing it to be adept at both tasks, also outperforming several baseline models and human annotators.