For example, approximate circles will become actual circles, while lines that almost touch will snap to each other. With Xdesign’s sketching feature, users will create free-form sketches and then apply the design intelligence capabilities to those sketches. “For instance, if you wanted to create a bracket to hold a certain amount of weight and you’ve already designed 10 of them that can hold various amounts of weight, the tool will know that if you need it to hold this particular amount of weight, it should be designed like such,” Bassi explained. Xdesign will be able to offer default values for a shape based on the objects that a user has designed in the past. Engineers will have a real shape they can use as a base, but in most situations, they’ll add something for aesthetic or functional reasons,” Bassi added.ĪI also comes into play because the tool recognizes engineering problems that have been used in the past and “knows it most likely has it in the system,” Bassi said. “It’s helping engineers make better decisions by relieving them from designing low-level geometry. In essence, the tool can use information the designer has entered to offer suggestions about design shape. You express a few parameters, and your material, and the system will come up with a recommended shape that is truly a next level,” Bassi explained. You will tell the program the design space the solution is to be contained in, and the part spaces where you don’t want any material to go. “You formulate the problem in engineering terms, you have constraints and loads, and out of that, geometry is created automatically. In terms of AI, the tool will use design guidance to help engineers create the best shape for apart’s given task. When Xdesign is introduced, users will find that it calls upon AI tools to take a “sketch-and-extrude” approach to engineering design, Bassi said. The tool is useful in cases of company reorganizations, mergers, global projects and innovations, as it provides a set of applications to classify company assets, identify master parts for reuse, and ensure that engineering selects the preferred part without recreating a part that already exists in the design library. “OnePart can recognize similarities and tell customers if they’re duplicating parts,” Bassi said. In fact, they’re so standard that many users may not recognize the AI component of those features-until, for instance, they begin to type a misspelled word they use frequently and see that word corrected automatically.īassi also cited the company’s EXALEAD OnePart sourcing and standardization product form as a “borderline AI product that is already on the market. Machine learning, an approach to AI, uses statistical techniques to construct a model from data that the machine “observes.” It enables AI by providing the algorithms that make the machines smarter and thus give AI a way to actually become more intelligent as time goes on, according to Bassi.įeature and character recognition, which have been part of AI for many years, are part of the SOLIDWORKS system. The field has been around since the 1950s, but was little used because it was limited in its practical applications. In its broadest terms, AI uses computers to do things that require human-level intelligence. In fact, automation is the future of design, with AI helping to automate many of today’s design tasks, such shape creation, he added. We focus on how the techniques related to neural networks or machine-learning technologies-which are both AI-are at the basis of automation.” At SOLIDWORKS, we don’t focus too much on the definition. “People say AI is machine learning, or they say it’s related to the neural network or to neuroscience. “Today, there’s a huge debate about what AI is,” he said. While AI has actually been included as part of SOLIDWORKS capabilities for many years, it hasn’t been touted much before the software’s 2018 updates because AI doesn’t have a one-size-fits-all definition within any industry yet, Bassi explained. (Image courtesy of SOLIDWORKS.)ĪI has a place in the future of computer-aided design technology and, indeed, has long been included within the company’s flagship SOLIDWORKS CAD offering, Bassi said.ĪI is expected to be a $16 billion industry by 2022, according to a projection from research firm MarketsandMarkets. Xdesign Design Guidance showing load on a tripod attachment. And AI is expected to play an even greater role when SOLIDWORKS unveils Xdesign at SOLIDWORKS World, which runs from February 4–7, 2018, in Los Angeles, according to Gian Paolo Bassi, the company’s CEO. This year, SOLIDWORKS ramped up the artificial intelligence (AI) features within its software by folding AI into SOLIDWORKS CAM 2018.
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