Talk:Multiresolution analysis

WHAT IS MEANT BY MULTIRESOLUTION WAVELET ANALYSIS

—Preceding unsigned comment added by 210.212.230.2 (talk • contribs) 21 July 2010, 19:56

Please don't shout, sign your talk contributions and use some punctuation. As the word says, something is analysed using wavelets, and as is the nature of wavelets, they come in different scales, so the analysis is performed on different scales or resolutions. That the process gave its name to the tool used is something that history has to answer for.--LutzL (talk) 11:50, 23 July 2010 (UTC) [reply ]

I would have a couple of questions about this assertion : "for ${\displaystyle k>l}$l}"> the space resolution ${\displaystyle 2^{l}}${\displaystyle 2^{l}} of the ${\displaystyle l}${\displaystyle l}-th subspace is higher than the resolution ${\displaystyle 2^{k}}${\displaystyle 2^{k}} of the ${\displaystyle k}${\displaystyle k}-th subspace"

• As ${\displaystyle x\mapsto 2^{x}}${\displaystyle x\mapsto 2^{x}} is an increasing function, if ${\displaystyle k>l}$l}">, how can be ${\displaystyle 2^{k}<2^{l}}${\displaystyle 2^{k}<2^{l}}? Is it just a typo, or did I miss some crucial element?
• In a more general way, how is defined the space resolution? Is the space resolution of ${\displaystyle V_{k}}${\displaystyle V_{k}} always equal to ${\displaystyle 2^{k}}${\displaystyle 2^{k}}?

Thank you for any enlightenment,

Cacophonie (talk) 14:54, 12 April 2018 (UTC) [reply ]

• Start-Class Statistics articles
• Low-importance Statistics articles
• WikiProject Statistics articles
• Start-Class mathematics articles
• Low-priority mathematics articles
• Start-Class electrical engineering articles
• Unknown-importance electrical engineering articles
• Electrical engineering articles