Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: One way to solve lasso problems when the dictionary does not fit into available memory is to first screen the dictionary to remove unneeded features. Prior research has shown that sequential screening methods offer the greatest promise in this endeavor. Most existing work on sequential screening targets the context of tuning parameter selection, where one screens and solves a sequence of $N$ lasso problems with a fixed grid of geometrically spaced regularization parameters. In contrast,  focus on the scenario where a target regularization parameter has already been chosen via cross-validated model selection, and  then need to solve many lasso instances using this fixed value. In this context,  propose and explore a feedback controlled sequential screening scheme. Feedback is used at each iteration to select the next problem to be solved. This allows the sequence of problems to be adapted to the instance presented and the number of intermediate problems to be automatically selected.  demonstrate our feedback scheme using several datasets including a dictionary of approximate size 100,000 by 300,000.
['Yun Wang', 'Xu Chen', 'Peter J. Ramadge']
I am writing a research paper on a idea Feedback-Controlled Sequential Lasso Screening
[{"from": "human", "value": "I am writing a research paper on a idea Feedback-Controlled Sequential Lasso Screening"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: One way to solve lasso problems when the dictionary does not fit into available memory is to first screen the dictionary to remove unneeded features. Prior research has shown that sequential screening methods offer the greatest promise in this endeavor. Most existing work on sequential screening targets the context of tuning parameter selection, where one screens and solves a sequence of $N$ lasso problems with a fixed grid of geometrically spaced regularization parameters. In contrast,  focus on the scenario where a target regularization parameter has already been chosen via cross-validated model selection, and  then need to solve many lasso instances using this fixed value. In this context,  propose and explore a feedback controlled sequential screening scheme. Feedback is used at each iteration to select the next problem to be solved. This allows the sequence of problems to be adapted to the instance presented and the number of intermediate problems to be automatically selected.  demonstrate our feedback scheme using several datasets including a dictionary of approximate size 100,000 by 300,000."}]