PIC microcontrollers ( Programmable Interface Controllers), are electronic circuits that can be programmed to perform various tasks. This post includes some mechantronics tasks with PIC32 Mictrocontroller and MPLAB IDE. You...
PIC microcontrollers ( Programmable Interface Controllers), are electronic circuits that can be programmed to perform various tasks. This post includes some mechantronics tasks with PIC32 Mictrocontroller and MPLAB IDE. You...
This is extended project from Autonomous Fire Figihgting Robot Arm to improve fire sensing and localization. The previous project limited fire sensing to 2D imaging, but this project extends to...
This is extended project from Autonomous Fire Figihgting Robot Arm to improve fire sensing and localization. The previous project limited fire sensing to 2D imaging, but this project extends to...
This is extended project from Autonomous Fire Figihgting Robot Arm to improve fire sensing and localization. The previous project limited fire sensing to 2D imaging, but this project extends to...
The objective of this project aims to replicate a rat’s active vibrissal sensing to classify concave and convex objects using artificial neural networks in simulations. Moreover, we investigated how individual...
This is extended project from Autonomous Fire Figihgting Robot Arm to improve fire sensing and localization. The previous project limited fire sensing to 2D imaging, but this project extends to...
This is extended project from Autonomous Fire Figihgting Robot Arm to improve fire sensing and localization. The previous project limited fire sensing to 2D imaging, but this project extends to...
The objective of this project aims to replicate a rat’s active vibrissal sensing to classify concave and convex objects using artificial neural networks in simulations. Moreover, we investigated how individual...
The objective of this project aims to replicate a rat’s active vibrissal sensing to classify concave and convex objects using artificial neural networks in simulations. Moreover, we investigated how individual...
The objective of this project aims to replicate a rat’s active vibrissal sensing to classify concave and convex objects using artificial neural networks in simulations. Moreover, we investigated how individual...
The objective of this project aims to replicate a rat’s active vibrissal sensing to classify concave and convex objects using artificial neural networks in simulations. Moreover, we investigated how individual...
The objective of this project aims to replicate a rat’s active vibrissal sensing to classify concave and convex objects using artificial neural networks in simulations. Moreover, we investigated how individual...
