Friday, April 10, 2015
Ethernet Networking itself is complex, A self healing, hack proof and plug-play Wireless Router has to be the first step to make safe robots.
Just imagine a Wireless Router or even a Internet Router as easy to tune as a FM radio, no entering numbers, no admin with browser. Just keep it in a room and all gadgets and computers form a fuzzy network, all by themselves. The very idea of technology is to make things simple, cost-effective and efficient.
The real need of robots now is to avoid Humans in Hazardous Environment. Right from Outer Space to working in a Plant with Toxic Chemical Gases, Even machinery and equipment that injures the limbs or damages the eyes.
Virtualization in Robotics -
If workers can wear a coat of sensors with force feedback actuators, they can control a semi-automatic robot in Real-Time. This enables a worker to navigate a robot into a hazardous environment, perform an upgrade or make repairs. An accident or mishap will damage the robot and it can be easily rebuilt or maintained.
The robot is automatic and will have reflexes defined by software. The wireless networking will connect the Robot mechanically to a human in a safe enclosure. This makes the Worker present virtually inside the Robot, because he is connected by optical, aural and mechanical-muscle feedback-sensors. This will create Virtual Anthropomorphic Robots for Industrial use and may help to finally develop Fuzzy Robots or Androids, which is still in the relm of science fiction.
Related Reading -
Saturday, January 03, 2015
Vicacopter - Open Flight Robotics
Vicacopter uses a ground computer for flight control. An 8 bit airborne microcontroller handles rate damping, PWM, & sensor capturing. The ground computer handles navigation & provides a simple instrument panel. This was the cheapest & most flexible way to fly. The system can be converted to a completely airborne autopilot very simply.
- Automated landing & takeoff
- Sonar position sensing for indoor flight
- GPS position sensing for outdoor flight
- Ground station instrument panel
- Untethered communication from pilot to ground station
- Curved or linear paths
The Tri-Roter one used 3 gyros for short term rotation sensing, 2 accelerometers for long term tilt sensing, 3 magnetometers for long term heading sensing, a high quality GPS module for horizontal position, a barometer for altitude sensing. A 3rd accelerometer was too sensitive to vibration & altitude changes to be any good. Because of the long term sensors & the very stable gyros, the orientation was always pretty accurate & didn't drift.
Saturday, July 19, 2014
The Handy Board - The Cricket Robotics Controller
- can control two motors and can accept two sensors, plus it has an expansion port for additional devices.
- has a built-in infra-red port, so Crickets can communicate with each other.
- is powered by four AA batteries.
- is programmed using "Cricket Logo," a version of the powerful, yet easy-to-learn Logo language.
The Handy Cricket is a tiny robotics controller is much smaller than the Handy Board, weighing only a few ounces.
You can control motors and lights with the Cricket. The Cricket can receive information from sensors, like touch sensors and light sensors. Crickets can “talk” to each other, sending messages with infrared (IR) light. People have used Crickets to build little robots, animated rocking horses, automatic gift boxes, and other personal animated toys.
People have used Crickets to collect a bunch of temperature readings and look at them later. Crickets were developed at a major research university and now they are available to the public.
Saturday, January 05, 2013
Festo Bionic Learning Network
"Bionic design principles serve as the basis for the development of new gripper technology for flexible adaptive grasping in the mechanical handling industry..."
Here Festo is helping students of Robotics and Automation learn from nature's intricate and sophisticated Nueromuscular Systems. I am using the word Nueromuscular in a different way, here it means Wires (Nerves), Control System (Brain, Spinal cord), Solenoids & Valves (Muscular System).
These Bionic Systems can also be used the other way around, they can be designed for Reinforcing/Replacing Weak or Lost Limbs. Even a person with a handicap, can do most tasks on his own, aided by the Bionic Appendages.
Study These Resources to understand Bionics which is closely related to Robotics and Automation.
- Bionics - Replacing biological parts with artificial parts
- Berkeley Bionics - Lower extremity exoskeletons
- Bionics for the Evil Genius: 25 Build-it-Yourself Projects
- Bionics and Bio-Inspired Technology
- Project Bionics - The History of Artificial Organs
- DLR - Institut für Robotik und Mechatronik - Bionics
- IEEE Spectrum: Bionics
Thursday, October 11, 2012
"I started playing with electronics as a hobby when I was 14. Since then I have finished a Master's degree and founded two electronic design companies."
Build Electronic Circuits Like a Pro
The radar sensor uses a Ultra-Wideband (UWB) chip from Novelda. It sends out electromagnetic pulses and analyzes the pulses that are reflected back. In the video above, a part of the electromagnetic pulse will be reflected back when it hits the wall and a part of it penetrates the wall and is reflected from the cabinet behind the wall.
Radar Circuit Enables See-through Wall Robot
This is a nice Educational Website built by Oyvind from Norway. Only when we read and learn from the experience and views of others, our brain opens up to new ideas and we develop a wide perspective.
Tuesday, March 01, 2011
OpenServo - Digital servo for Robotics
Independent H-Bridge allowing for braking, Temperature sensor, 400khz I2C/TWI interface. - New Features
- High precision positioning
- Advanced curve based motion profile engine
- Open source design and software
- Back EMF speed sensing
- High speed 20MHZ design
OpenServo is a replacement for a standard servo's control electronics, giving you more control over the servo's functions.
Monday, April 12, 2010
"Articles, Photo Gallery, Projects, RoboLinks, Tutorials, One of the advantages of belonging to a group like the DPRG is that you can almost always find someone who has tried to solve the same problem you're working on and is will to share their solution. In that spirit, DPRG members sometimes write up solutions to common problems faced by robot builders."
"Robot builders frequently use hobby R/C servos either in their original form or hacked for continous rotation. Testing those servos can be a pain because it......"
IR Proximity Detector by Jeff Koenig, August 1998
"Proximity sensors are commonly used on mobile robots for obstacle avoidance. This article presents a simple PIC-based, modulated infrared proximity sensor with dual angled transmitters and single receiver."
Monday, February 01, 2010
Makerbot - 3D Mechanical Prototype Synthesis
Makerbot is an open source robot that helps people make robots that make things.
"The only fear is that it can Replicate itself" - Ananth ....When i had posted In Stumbleupon.
MakerBot Industries is a Brooklyn, New York-based company founded in January 2009 by Bre Pettis, Adam Mayer, and Zach "Hoeken" Smith producing 3D printers. MakerBot builds on the early progress of the RepRap Project. - 2013 updated
Wednesday, August 06, 2008
This site includes abstracts and bibliographic references for most publications by RI researchers. Additionally, the full text of many of the publications is downloadable in PDF or Postscript format.
- Technical Reports- published by the RI since 1980.
- Projects- Projects, Sorted Alphabetically
- Labs and Groups - Labs & Groups, Sorted Alphabetically
Wednesday, July 16, 2008
"Theta Engineering was founded in 1993 to provide economical engineering services for companies needing to augment their technical resources. Theta Engineering provides a full range of electronic design and software/firmware development services aimed at getting your product to market."
Products developed by Theta Engineering
Robotic Cell Phone Programmer
Designed and programmed custom stepper motor driver boards for a robotic cellular phone programmer. This project involved inter-processor communication between 8 Microchip PIC-family microcontrollers supporting simultaneous motion of up to 7 axes.
Robotic Arm Test System Project
Designed and built 4 different automated test fixtures for Beckman Instruments (now Beckman Coulter). The unit pictured uses a combination of pneumatics and electronics for measuring the force and accuracy of a robotic arm which is itself a component in one of Beckman's medical lab instruments.