Computer Scientists Introduce New Graphics Software

New graphic software has been unveiled by the computer scientist from the University of Massachusetts Amrest, which promises to deliver exciting results and a great number of application. This new software-modeling program uses a sophisticated geometric matching and machine learning which provides it the ability to mimic the human perception of style. This advanced graphics software will offer a range of powerful new tools to the users for comparing the similarity of the three dimensional (3D) objects.

Lead scientist develops smart computational techniques

The team of researchers was led by Evangelos Kalogerakis who is an expert in developing computational techniques. These techniques are used to analyze and synthesize the visual content along with focusing on the machine learning algorithms, which allow users in creating 3D models. In order to develop this new exciting software researcher drew observation about the style similarity in the art history and appraisal literature. This observation was vital in finding the geometrical elements, which include the shapes, lines, proportion, as well as visual motifs, which helped the software in understanding the stylistic similarity.

To improve the functionality and effectiveness of this software crowd-sourcing was utilized wherein more than 2500 people participated which include the ordinary people to artists. The aim of this crowd-sourcing was to present object’s style comparisons by studying the responses which happened to be more than 50,000 on seven structurally diverse categories.

These categories included buildings, lamps, cutlery, furniture, dishes, lamps, architectural pillars and coffee sets. This test was a complete success with human correspondents agreeing on its style similarity on an average of 85% of the time.

New graphics software brings more favorable design within short time

Being a software tool, the responses generated by the human evaluations were excellent with 90% of agreement rate. Which means this software was able to process the design of different structures and offer an end result which was excessively favorable as per the human perception. Kalogerakis was upbeat by this result and even stated that this software can become the next alternative style expert on providing suggestions of objects to populate the home, dining or even the virtual reality environment.

The future prospects of this new graphics software
 
For a long time computer graphics algorithms are being used to create movies, games, visual effects and augmented reality environments. It is even used in manufacturing real objects or designing architectural scenery. But with the advent of this new algorithm far greater things can be done with much more precision and effect than we can do now.

This software graphics tool can be used for exploring the databases of digital representation of buildings, pillar and other surrounding objects as per the style attributes. Creating content for the computer games will becomes much easier and advanced while the augmented reality can be simply populated with more advanced virtual objects as per the style taste. Robots running on this computer algorithm can easily recognize their environment and can maneuver new ways to move around and pick objects.