User:Sophia8004/sandbox

Article Evaluation
The article Data Mining was evaluated
 * Everything in this article is relevant to data mining, however I believe there is unnecessary information in the introduction that may be better suited in other subcategories of the article.
 * The article is purely fact based. It alludes to other forms of the concept that hold negative connotations and problems some may find with data mining, however there are no opinionated or biased statements within the article itself.
 * All the points described within the article are evenly distributed, however some points may require to be expanded on or mentioned such as other forms besides machine learning.
 * Most of the links work however some were either not found, needed to be accessed through an online database, or were from books. It was difficult to find information that fit the source. Much of the information was derived from resources not accessible to me or linked to a non relevant website.
 * Each fact is referenced for the most part however not always with a reliable resource. The sources could be improved.
 * There are comments on the talk page regarding terminology and the classification of data mining being a misnomer. The external links have also been frequently modified and updated, however as I have observed more work still needs to be done.
 * This article is a part of various wikiprojects relating to computer science and computing. It is rated as B-class, high importance.
 * The way this article was talked about directly correlated to how we talked about the subject in class. The article simply went into further detail on the specifics of the subject.

Restorative neurology
Restorative neurology is a branch of neurology that primarily focuses on the theory of the plasticity of an impaired nervous system. Treatments focus on the recovery through residual function and underlying mechanisms. When impaired, the body naturally reconstructs new neurological pathways and redirects activity. The field of restorative neurology works to accentuate these new pathways. This rehabilitation of motor neurons allows patients a therapeutic approach to recovery opposed to physical structural reconstruction. Patients require thorough analysis in order to determine the degree of remaining residual control and the surveying of the newly constructed system. In this way the personal goals of the patient and their subsequent treatments can be met.