Know-How AI Machine Learning
Bilderkennung zur Verbesserung der Instandhaltung

From Pixels to Predictions

Tra­di­tio­nal main­ten­an­ce often reli­es on manu­al inspec­tions and sche­du­led check-ups. While the­se are useful, they can be time-con­sum­ing, pro­ne to human error, and they risk to miss the ear­ly signs of poten­ti­al fail­ures. As a result, orga­niza­ti­ons are incre­asing­ly tur­ning to advan­ced tech­no­lo­gies to imple­ment proac­ti­ve main­ten­an­ce stra­te­gies.

AI Machine Learning Manufacturing

Image Recognition in Manufacturing 

In indus­tri­al manu­fac­tu­ring, the ana­ly­sis of image data enhan­ces moni­to­ring and opti­mi­zes defect detec­tion. Stan­dar­di­zed pro­ces­ses allow the use of machi­ne lear­ning (ML) to hand­le com­plex image signals. For more chal­len­ging tasks, AI models like Con­vo­lu­tio­nal Neu­ral Net­works (CNN) offer more effec­ti­ve solu­ti­ons. Dis­co­ver how pre-trai­ned models boost effi­ci­en­cy and the bene­fits this tech­no­lo­gy brings to real-world appli­ca­ti­ons.

Machine Learning Statistica

Machine Learning in Statistica 

Machi­ne Lear­ning descri­bes a coll­ec­tion of algo­rith­ms that learn from data. This is useful to gain insights and to make pre­dic­tions. The­se algo­rith­ms can detect rela­ti­ons that were pre­vious­ly unknown to the users. Machi­ne Lear­ning con­ta­ins many dif­fe­rent algo­rith­ms, older and more recent ones, as well as com­plex and simp­le ones. Brief histo­ry les­son: Many of […]