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02
'09
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MAPLESOFT
MapleSim Japanese edition
MapleSim™, the new high-performance multi-domain modeling and simulation tool from Maplesoft™, is now available in a Japanese Edition. It is a high-performance multi-domain modeling and simulation tool, which will dramatically reduce the time taken to bring products to market by using physical modeling techniques.
“With speed and efficiency driving all business decisions globally, MapleSim couldn’t have come at a better time,” said Jim Cooper, president and CEO of Maplesoft. “Japan is a critical and fast growing market for us and MapleSim’s undeniable value proposition will allow engineers here to take advantage of a technology that will supercharge the modeling and simulation process of engineering projects.”
“With the MapleSim Japanese edition, engineers now have access to a powerful modeling and simulation tool, along with the world’s most advanced symbolic computing engine of Maple,” said Yoichi Mizoguchi, board member and general manager at Cybernet Systems Co., Ltd, Maplesoft’s partner in Japan. “Our important partnership with Maplesoft continues to provide Japanese engineers with tools and technology that help them save project time and cost.”
With the cutting edge physical modeling techniques in MapleSim, users can simply create the system diagram on the screen, in the same way they would draw it on paper. The model equations are then generated automatically.
“With the MapleSim Japanese edition, engineers now have access to a powerful modeling and simulation tool, along with the world’s most advanced symbolic computing engine of Maple,” said Yoichi Mizoguchi, board member and general manager at Cybernet Systems Co., Ltd, Maplesoft’s partner in Japan. “Our important partnership with Maplesoft continues to provide Japanese engineers with tools and technology that help them save project time and cost.”
With the cutting edge physical modeling techniques in MapleSim, users can simply create the system diagram on the screen, in the same way they would draw it on paper. The model equations are then generated automatically.
