{"task":"Age Estimation","dataset":"MORPH","metric_names":["MAE"],"rows":[{"id":3718,"task":"Age Estimation","parent_task":"Facial Recognition and Modelling","dataset":"MORPH","model_name":"CMAAE-OR","metrics":{"MAE":"1.48"},"paper_url":"http://arxiv.org/abs/1804.02740v1","paper_title":"Facial Aging and Rejuvenation by Conditional Multi-Adversarial Autoencoder with Ordinal Regression","paper_date":"2018-04-08","code_links":[],"metrics_order":"[\"MAE\"]","area":"Computer Vision","uses_additional_data":0,"source":"archive","tags":[]},{"id":74727,"task":"Age Estimation","parent_task":"Facial Recognition and Modelling","dataset":"MORPH","model_name":"CMAAE-OR","metrics":{"MAE":"1.48"},"paper_url":"http://arxiv.org/abs/1804.02740v1","paper_title":"Facial Aging and Rejuvenation by Conditional Multi-Adversarial Autoencoder with Ordinal Regression","paper_date":"2018-04-08","code_links":[],"metrics_order":"[\"MAE\"]","area":"Computer Vision","uses_additional_data":0,"source":"archive","tags":[]},{"id":82820,"task":"Age Estimation","parent_task":"Facial Recognition and Modelling","dataset":"MORPH","model_name":"CMAAE-OR","metrics":{"MAE":"1.48"},"paper_url":"http://arxiv.org/abs/1804.02740v1","paper_title":"Facial Aging and Rejuvenation by Conditional Multi-Adversarial Autoencoder with Ordinal Regression","paper_date":"2018-04-08","code_links":[],"metrics_order":"[\"MAE\"]","area":"Computer Vision","uses_additional_data":0,"source":"archive","tags":[]},{"id":91016,"task":"Age Estimation","parent_task":"Facial Recognition and Modelling","dataset":"MORPH","model_name":"CMAAE-OR","metrics":{"MAE":"1.48"},"paper_url":"http://arxiv.org/abs/1804.02740v1","paper_title":"Facial Aging and Rejuvenation by Conditional Multi-Adversarial Autoencoder with Ordinal Regression","paper_date":"2018-04-08","code_links":[],"metrics_order":"[\"MAE\"]","area":"Computer Vision","uses_additional_data":0,"source":"archive","tags":[]},{"id":105186,"task":"Age Estimation","parent_task":"Facial Recognition and Modelling","dataset":"MORPH","model_name":"CMAAE-OR","metrics":{"MAE":"1.48"},"paper_url":"http://arxiv.org/abs/1804.02740v1","paper_title":"Facial Aging and Rejuvenation by Conditional Multi-Adversarial Autoencoder with Ordinal Regression","paper_date":"2018-04-08","code_links":[],"metrics_order":"[\"MAE\"]","area":"Computer Vision","uses_additional_data":0,"source":"archive","tags":[]},{"id":141419,"task":"Age Estimation","parent_task":null,"dataset":"MORPH","model_name":"CMAAE-OR","metrics":{"MAE":"1.48"},"paper_url":"http://arxiv.org/abs/1804.02740v1","paper_title":"Facial Aging and Rejuvenation by Conditional Multi-Adversarial Autoencoder with Ordinal Regression","paper_date":"2018-04-08","code_links":[],"metrics_order":"[\"MAE\"]","area":"Computer Vision","uses_additional_data":0,"source":"archive","tags":[]},{"id":759334,"task":"Age Estimation","parent_task":null,"dataset":"MORPH","model_name":"Stage-wise","metrics":{"MAE":"2.15"},"paper_url":"https://paperswithcode.com/paper/stage-wise-adaptive-label-distribution-for-facial-age-estimation","paper_title":"Stage-wise Adaptive Label Distribution for Facial Age Estimation","paper_date":"2025-08-30","code_links":[],"metrics_order":null,"area":null,"uses_additional_data":null,"source":"auto","tags":[]}]}