Manufacturing CIO

Welcome to our site!

Welcome to our site. We hope you will find Manufacturing CIO to be a valuable resource. Please drop us a line if you have any suggestions for us and we appreciate your visit.

Algorithms and Manufacturing Software

Programming algorithms as complex logical conditions designed to solve problems that involve a large amount of data and/or several variables. These types of problems are often difficult for a human brain to comprehend, yet are just the type if issue that computers can process effortlessly when the algorithm is written correctly. Many practical uses for algorithms exist.

Highly configurable systems are outpacing canned systems and providing a path for innovation. Advancements in browser based technology are enabling agile deployment strategies.

Manufacturing software helps manufacturers improve production performance by providing visable control and reporting across the enterprise.

The imaging nanoscale objects used to requires expensive electron-beam microscopes due to the length of visible light being too long. But by using an algorithm, images as small as 3 nanometers can be defined with relatively inexpensive optical microscopes. The algorithm simply subtracts the differences between multiple exposures, which allow the image to be constructed with the similar points defined.

Developed by the National Institute of Standards and Technology (NIST) researcher Ravikiran Attota, this technique is named Through-focus Scanning Optical Microscope (TSOM) imaging. By taking multiple out-of-focus images at different focal lengths, then stacking them on top of each other, the algorithm can join the congruent portions of the images, therefore providing an accurate, sharp image of the tiny object. This technique can provide an image of nanoparticles ten times smaller than the wavelength of light used to make create the initial images.

Another use for algorithms is to improve business efficiency. Manufacturing provides many opportunities for this type of algorithm, including process improvement, production scheduling, efficiency, employee scheduling, etc.

This type of algorithm begins with jumbling up the possible scenarios then assessing them based on goals that the company determines. Since a computer can evaluate millions of scenarios a second, this type of algorithm has a clear advantage over a person’s capabilities. Unfortunately, this kind of algorithm is not like the first example of nanoscale imaging in that each algorithm must be individualized for a specific company and their unique goals to work effectively. Due to the expense, must software companies do not provide these algorithms. But software companies that offer advanced functionality and high-end tailored systems do offer this. Once such company is Tuppas Software Corporation – www.Tuppas.com. A unique and highly advanced company, Tuppas specializes in configured software for the manufacturing world. Priced competitively due to their high speed proprietary development structure, their software has priceless advantages over their competitors and comes highly recommended.