Controlling Robotic Arm with Ethernet is an efficient robot widely used on several industrial applications. In general any type of industry requires a huge number of labors to design the particular product. However, it is achieved where a few human errors is also applicable in many industries; this issue is mitigated using robotic arms.

These robotic arms are potentially benefit by automobile industries and military infrastructure.

The develop robotic arm is control using Ethernet whose movement is directed and order to pick and place any object from the surface. This helps to do many works that were not possible by normal human beings. To Controlling Robotic Arm with Ethernet, we connect our personal computer with internet followed by Ethernet shield. This Ethernet shield is connect to the Arduino which is program to control the robotic arm. Here we have depicted the major devices that are use to develop robotic arm.

Significant Hardware Components in Robotic Arm

• Microcontroller
• Sensors
• DC Motors
• Ethernet Shield

In this page we have discuss in detail about the robotic arm control using Ethernet and other ideas involved in embedded systems are presented below for your convenience.

Among the available topics, prefer the best of your knowledge,

• Development of an autonomous robot for surveillance that is enable to track path
• Flex sensors based finger robotic hand
• A dynamically moving robot that is guided using Global Positioning system technology
• An autonomous agricultural farm assist system to monitor the growth of crops in the particular field
• A weather monitoring robot to intimate the variations in the weather
• Novel robotic vehicle design and control using the wireless bluetooth technology
• Using pre–recorded voice for controlling the develop robotic vehicle
• Design of a surveillance robot that traversing on horizontal and vertical direction
• Innovative household supporting robot to clean the surface
• Innovative solar assisted robotic lawnmower developed using the Arduino microcontroller
• RFID based metro train tracking system
• An advanced gesture recognizing wheelchair for disabled person to control the wheelchair in easy way
• A new 3D hand–tracking system in tele–operated
• Innovative supermarket robots for smart sales
• Development of an unmanned autonomous vehicle in embedded systems
• Using wireless sensor networks for the development of mobile robots for supervision
• Multi–sensor based sensing robots to monitor the environment
• An advanced human – robot interaction system in embedded system
• A novel color identifying robot to separate each color in each category

Some of current titles list

• Using microcontroller and stepper motor for developing a wall climbing robot
• Designing a ZigBee technology based gas leakage predicting system
• An innovative obstacle detection system while the robot is in motion
• Live video transmission achieve on a wireless surveillance robot
• An advanced obstacle detection system in a smart boat system developed using Arduino microcontroller
• A new light seeking robot that is enable to follow the light
• Pipeline inspection robot to identify any damages or leakages occurs in undergrounds
• Presenting a domestic robot also for ensuring eye–based remote communication
• An efficient design of snow plow robot also using RF communication
• A novel robot design also with automatic steering system
• A new automatic robot design also to detect target and also perform shooting