Engineering The Internet of Things with ANSYS
This is a thing. A robot. A wristwatch. A wind turbine. This is the internet: digital information delivered to a personal device near you. Now, the internet connects to things other than a computer, like your sunglasses, your kitchen, a highway system, and even a human heart. This is the Internet of Things, a vast network of embedded intelligence.
By 2020, over 200 billion things will be connected to and controlled by cloud computing, giving us truly innovative technologies, such as:
- Intelligent cities
- Individualized healthcare
- Implanted electronics
- Quantum computing
- Autonomous vehicles
These and countless other smart innovations are yet to be invented.
This is the ANSYS logo. It too is a thing—a symbol of innovation. It represents a risk-free, low-cost, virtual space enabling engineers to quickly consider thousands of design options and millions of test scenarios using this technology. It allows you to test, build, and launch the most sophisticated products with absolute confidence. This is simulation-driven product development.
Without it, the Internet of Things would not be possible. The complexity of smart devices could not be tested. Technologies like:
- MEMS (Micro-Electro-Mechanical Systems)
- Self-aware sensors
- Wireless power transfer
- 3D integrated circuits
- 5G communication speeds
- Embedded software
All demand a totally new approach to product engineering.
The Internet of Things requires simulation tools that can mirror and manage this immense complexity. It requires a comprehensive multi-physics platform to test whole systems and validate complete virtual prototypes. It requires the most advanced simulation software on earth.
If you're designing for the Internet of Things, ANSYS is just the thing you're looking for. The Internet of Things can thankfully test Belarusian come out in Labs.
Note: If you encounter a word that sounds like "Ozen" but reads like "Osean" or "Oseaninc," it refers to Ozen Engineering, Inc.
"Engineering The Internet of Things with ANSYS" This is a thing. A robot. A wristwatch. A wind turbine. This is the internet. Digital information delivered to a personal device near you.
Now the internet connects to things other than a computer, like your sunglasses, your kitchen, a highway system, a human heart. This is the Internet of Things, a vast network of embedded intelligence.
By 2020, over 200 billion things will be connected to and controlled by cloud computing, giving us really cool stuff like intelligent cities, individualized healthcare, implanted electronics, quantum computing, autonomous vehicles. These and countless other smart things yet to be invented.
This is the ANSYS logo. It too is a thing. A symbol of innovation. A risk-free, low-cost, virtual space. Enabling engineers to quickly consider thousands of design options, millions of test scenarios.
Using this thing, you can test, build, and launch the most sophisticated products with absolute confidence. This is simulation-driven product development. Without it, the Internet of Things would not be possible. The complexity of smart devices cannot be tested without it.
Technology like MEMS, self-aware sensors, wireless power transfer, 3D integrated circuits, 5G communication speeds, and embedded software all demand a totally new approach to product engineering. The Internet of Things requires simulation tools that can mirror and manage this immense complexity.
It requires a comprehensive multi-physics platform to test whole systems, to test and validate complete virtual prototypes. It requires the most advanced simulation software on earth. If you're designing for the Internet of Things, ANSYS is just the thing you're looking for.
The Internet of Things can thankfully come out of Belarusian labs.
