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Microsoft Open Sources Simulator That Lets You Test Drones, Self Driving Cars, Robots, and More

Microsoft Open Sources Simulator That Lets You Test Drones, Self-Driving Cars, Robots, and More

By Sanket Vijayasarathy | Updated: 16 February 2017 17:26 IST

Highlights

The simulator lets you test drones, robots, autonomous cars
Software recreates realistic environmental conditions
The simulation is currently available on GitHub

Many believe drones are slowly becoming the next big wave in transportation. Flying copters are being used for a vast range of things, from imaging to food delivery. Yet drones still tend to bring a sense of unease when you see one flying about in the air. There are a lot of variables like wind speed, rain, light and electric poles, other flying objects, and so on involved during a drone's flight path. Microsoft is trying to help tackle that by introducing a simulation tool that will allow you to test drones minus the real-world risks.

A research team at Microsoft has a simulation tool that is open for anyone who want to test their autonomous machines and prepare them for the real world. The simulation is not only for drones but also for self-driving cars and robots as well.

Ashish Kapoor, a Microsoft researcher who is leading the project, said "they hope the tools will spawn major progress in creating artificial intelligence gadgets we can trust to drive our cars, deliver our packages and maybe even do our laundry."

The open-sourced beta version of Aerial Informatics and Robotics Platform, or AirSim is currently available for Windows and Linux via GitHub. Essentially, the tool allows you to set up simulated environments wherein you can navigate your autonomous vehicle through multiple situations. The software recreates realistic environmental conditions like shadows and reflections with the help of photorealistic technologies. Researches and manufacturers can gather the data from the simulation before letting them out int the real world.

Virtual reality offers some neat pros when compared to real-life testing. The most obvious advantage when it comes to the virtual sphere is that there is no damage done. You can crash the drone any number of times in the simulation and not worry about any financial loss.

Moreover, you can test out a number of different drones and autonomous machines and play around with speed and volume that you would otherwise be unable to do so freely in the real world. All of this will work if the software is accurate with its AI and simulation. Due to "advances in graphics hardware, computing power and algorithms, Microsoft researchers say they can create simulators that offer a much more realistic view of the environment."

The researchers at Microsoft believe that they want "a democratisation of robotics". The simulation would prove useful for researches of AI and robotics who do not have the time to develop these tools on their or the resource to test out their machines in the real world.

Since drone testing is still in its early days, simulations like AirSim will help drone makers test out their flying machines in a safer way. Microsoft's AirSim includes support for DJI and MavLink drones. The company plans to add more tools in the future to further help developers test and train their machines.

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