Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Efficient learning from b resources can depend on accurately assessing the quality of each resource.  present a methodology for developing computational models of quality that can assist users in assessing b resources. The methodology consists of four steps: 1) a meta-analysis of previous studies to decompose quality into high-level dimensions and low-level indicators, 2) an expert study to identify the key low-level indicators of quality in the target domain, 3) human annotation to provide a collection of example resources where the presence or absence of quality indicators has been tagged, and 4) training of a machine learning model to predict quality indicators based on content and link features of b resources.  find that quality is a multifaceted construct, with different aspects that may be important to different users at different times.  show that machine learning models can predict this multifaceted nature of quality, both in the context of aiding curators as they evaluate resources submitted to digital libraries, and in the context of aiding teachers as they develop online educational resources. Finally,  demonstrate how computational models of quality can be provided as a service, and embedded into applications such as b search.
['Philipp G. Wetzler', 'Steven Bethard', 'Heather Leary', 'Kirsten R. Butcher', 'Soheil Danesh Bahreini', 'Jin Zhao', 'James H. Martin', 'Tamara Sumner']
I am writing a research paper on a idea Characterizing and Predicting the Multifaceted Nature of Quality in Educational Web Resources
[{"from": "human", "value": "I am writing a research paper on a idea Characterizing and Predicting the Multifaceted Nature of Quality in Educational Web Resources"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Efficient learning from b resources can depend on accurately assessing the quality of each resource.  present a methodology for developing computational models of quality that can assist users in assessing b resources. The methodology consists of four steps: 1) a meta-analysis of previous studies to decompose quality into high-level dimensions and low-level indicators, 2) an expert study to identify the key low-level indicators of quality in the target domain, 3) human annotation to provide a collection of example resources where the presence or absence of quality indicators has been tagged, and 4) training of a machine learning model to predict quality indicators based on content and link features of b resources.  find that quality is a multifaceted construct, with different aspects that may be important to different users at different times.  show that machine learning models can predict this multifaceted nature of quality, both in the context of aiding curators as they evaluate resources submitted to digital libraries, and in the context of aiding teachers as they develop online educational resources. Finally,  demonstrate how computational models of quality can be provided as a service, and embedded into applications such as b search."}]