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There's a large difference between image acquisition and computer vision.Sorry for the ambiguity Chuck. Detailed answers to any questions you might have

As one optional example, Raspberry Pi could give you client-side access to the settings and code, while the Arduino gadget could handle the actuation of devices, and gather data from the sensors. You’ll need an extra chip outfitted with an Ethernet port, and you’ll need to do some wiring and coding to get everything up and running just right, which is enough of a process in itself that some vendors sell comparable Arduino devices with a built-in Ethernet component.While Raspberry Pi and Arduino devices have several interface ports, connecting analog sensors to Arduino devices is a more straightforward process. If you can keep everything on-board, then the following doesn't hold, but if you need to do off-board processing, I would advise you to develop on a "larger" linux box (or VM/dual-boot with Windows) first.Thanks for contributing an answer to Robotics Stack Exchange! But I'm not too sure about how the laptop will communicate with the flight controller. We’ve saved you the trouble and pitted Arduino versus Raspberry Pi to help you identify what’s best to purchase for your next project.In essence, the Raspberry Pi is a fully functional computer. The Overflow Blog Given the low power requirements and upkeep of Arduino devices, they’re also the right choice if your project will continuously run, and require little to no interaction.You should go with a Raspberry Pi board if your project involves a task you would otherwise accomplish on a personal computer.
That might not seem like a lot, but it’s a very sophisticated system that allows you to manage your devices better.
Let understand these two boards in detail. These batteries included an additional Micro USB port for recharging via a wall adapter or using the device like any other electrically tethered PC.Meanwhile, Arduino devices begin executing code when turned on, and stop once you pull the plug. For Raspberry Pi, you must shut it down within the operating system like any other computer, or else risk corruption and software problems.The Raspberry Pi 3 has both a built-in Ethernet port and Wireless N connectivity, which allows easy access to any network with little setup. With our project courses, not only you will learn new knowledge, but you will also have ample opportunity to improve your building techniques, learn how to use your tools. All rights reserved. I agree, I would be better off using a laptop to accomplish image processing. Sometimes the combination of those 2 boards is what you need. What camera are you using, if you have selected one yet? Anybody can ask a question For instance, both Raspberry Pi-based kits we reviewed provided an internal rechargeable battery that connected directly to the board. Learn more about Stack Overflow the company The offboard processor only requires the input from the image sensor mounted on the drone, which it processes and sends an appropriate command to the onboard Arduino.i have been trying the same thing , the problem is using transmitter receiver for flight controlOnboard processing won't be possible only with the Arduino, even if its the Mega I'm using. This is the case when you have both a complex software application and real time specs, or if there are some things you can’t do on the GPIO header from the Pi.