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--[[-----< C O N F I G U R A T I O N D A T A >-----for internationalization, this section to hold constant text, parameter names and values, other items subject to ...
This module is subject to page protection.It is a highly visible module in use by a very large number of pages, or is substituted very frequently. Because vandalism or mistakes would affect many pages, and even trivial editing might cause substantial load on the servers, it is protected from editing.
Each of these improvements comes with the cost of increased computational complexity and therefore increased model generation time. [ 1 ] In models using large corpora and a high number of dimensions, the skip-gram model yields the highest overall accuracy, and consistently produces the highest accuracy on semantic relationships, as well as ...
This Lua module is used on approximately 2,200 pages and changes may be widely noticed. Test changes in the module's /sandbox or /testcases subpages, or in your own module sandbox . Consider discussing changes on the talk page before implementing them.
This is the module sandbox page for Module:Time/data . Module documentation [ view ] [ edit ] [ history ] [ purge ] This module stores data relating to timezone that is used by Module:Time or any other module and templates that need it.
Consider a set of data points, (,), (,), …, (,), and a curve (model function) ^ = (,), that in addition to the variable also depends on parameters, = (,, …,), with . It is desired to find the vector of parameters such that the curve fits best the given data in the least squares sense, that is, the sum of squares = = is minimized, where the residuals (in-sample prediction errors) r i are ...
This Lua module is used on approximately 173,000 pages. To avoid major disruption and server load, any changes should be tested in the module's /sandbox or /testcases subpages, or in your own module sandbox. The tested changes can be added to this page in a single edit. Consider discussing changes on the talk page before implementing them.
Dynamic loading is a mechanism by which a computer program can, at run time, load a library (or other binary) into memory, retrieve the addresses of functions and variables contained in the library, execute those functions or access those variables, and unload the library from memory.