We're excited to pull back the curtain a bit on our new and improved modeling and simulation engine. In this in-depth article, we cover a number of the underlying technologies as well as our vision for the future.
https://t.co/Q36yTSs7JP
We're excited to announce that we've joined NVIDIA Inception! We look forward to leveraging NVIDIA technology and expertise to bring you more and better simulation and optimization tools.
Find more details on our blog: https://t.co/UWFXpUeQ7W.
#simulation#machinelearning#ai
Here's a teaser of how we used a neural net trained in collimator to control a pendulum. This video is straight from our Control Strategies for the @Quanser Qube series: https://t.co/yb0GqE2X0w
Design, simulate, test, and deploy code to embedded systems so you can reduce development risks and bring products to market faster using Collimator. Click the link to get started.
#collimator#controlsystems#embeddedsystems
https://t.co/6zmEE5OVCO
By 2024, the market for medical devices is projected to reach $612B, with diagnostic imaging and cardiology devices being some of the key contributors. Learn how to simulate a #pacemaker in #Collimator in this tutorial.
#medicaldevices#controlsystems
https://t.co/i1gZEzuOqJ
Almost every industry is undergoing a sea of change with #electrification set to avoid the need for 5 million barrels of oil a day by 2030. Learn how to design systems that allow you to stay ahead with Collimator.
#BatteryManagementSystem#bms
https://t.co/IqYBofiAg1
Automatic code generation and generative AI have the power to be the most transformative technologies impacting hardware development in the last 10 years. Agree or disagree? Type your response in the comments.
#codegen#hardwaresystems#generativeAI
https://t.co/MC8rbWOyOo
Attention all engineers! Our blog, "The Ultimate Engineering Guide to System Design in Hardware & Software" is the go-to resource for best practices in designing embedded systems. From initial planning to final implementation.
#EmbeddedSystems
https://t.co/ivaQu6HG0s
Open source tools like Python's control library are empowering control systems engineers to design faster and more efficiently than ever before. What's your favorite open source tool for control systems design?
#OpenSource#Python#ControlSystems
Designing systems like #rockets, #satellites, and #AVs? Check out our blog, "Model Based Design Overview for System Development" for insights on how #MBD can improve collaboration and speed up development cycles.
https://t.co/YVs2BrHN8r
#ModelBasedDesign#SystemDevelopment
The cloud is enabling control systems engineers to simulate millions of outcomes and optimize parameter settings faster than ever before. How is the cloud transforming your design process?
#CloudComputing#ControlSystems#Optimization
Big data is revolutionizing control systems design by giving us unprecedented insight into complex systems. Are you harnessing the power of big data in your projects?
#ControlSystems#BigData#TechRevolution
Designing cutting-edge embedded systems just got easier! Check out our blog, "The Ultimate Engineering Guide to System Design in Hardware & Software," for the best practices in hardware and software design.
https://t.co/ivaQu6HG0s
#EmbeddedSystems#SystemDesign#controlsystems
Collaboration is key in complex control systems design. With the right team and tools, we can achieve the impossible. What is your go-to collaboration technique for your control systems projects?
#collaboration#ControlSystems#Teamwork#github
AI is transforming control systems into intelligent systems that can learn and adapt in real-time. What's the most impressive application of AI you've seen in control systems?
#AI#ControlSystems#Automation
A study by McKinsey and Aerospace Industries Association (AIA), found that digital transformation in aerospace and defense could unlock $20B in annual EBITDA. Is your company being left behind?
https://t.co/9aDhkrY0U7
#AeroSpace#defense#modeling#simulation#Engineering