Archive for July, 2009

Mechanical Desing Section update

Tuesday, July 28th, 2009

Here you will be able to find what does my mobile robot consists of and some ideas about future development.

What does my Mobile robot consist of?

Tuesday, July 28th, 2009

Well, I received a nice message yesterday at facebook with a question what does my mobile robot consist of?

So below you would find the full information about it:

Lets start:

  • Mobile platform - caterpillar mobile platform, very stable and easy to control
  • Main Controller - Arduino board Deciemila, nice and easy to program and use. I think to install one more for strategic level control, probably one more would be used for some tactical control. Allover 3 controllers are planed to be used, for the moment only one is used.
  • Motor Controller- Type SaberTooth, for 12V DC motor control -  the RF version.
  • Communication between computer and mobile robot is made on the basis of Xbee shield for Arduino
  • 9 V NiMh battery -  will be changed to 12 or 14V one because more power is necessary.
  • HMC - magnetic compass with I2C protocol.
  • Two Hall sensors for velocity measurement, and two magnets for each caterpillar (get the linear velocity)… more magnets needed, and by using magnets it is necessary to recalibrate the compass.
  • Camera tower with two cameras, one wireless for operator, one for internal robots use… , IR distance measurer with I2C interface.

So these are all components at the moment.

Now the problem how to make them work together :) Please check the updates regularly, later I will publish algorithms for motion control of the robot by velocity(speed) and trajectory.

Caterpillar robot kinematics

Wednesday, July 15th, 2009

Caterpillar robot kinematics was added to “Control Algorithms” section.

Caterpillar robot kinematics

Wednesday, July 15th, 2009
Caterpillar robot kinematics

Caterpillar robot kinematics

Development of New multiprocessor mobile robotic system

Friday, July 3rd, 2009

One more article was added to “Books and Articles” section.

Development of New multiprocessor mobile robotic system

Friday, July 3rd, 2009

Please find first part of the article in pdf

Please find second part of the article in pdf

New articles added to “Books and Articles” section.

Thursday, July 2nd, 2009

Two articles were added to “Books and Articles” section.

How Intelligent the Toy Robots are?

Multipurpose Control System and Mobile Robot Development, for Control Algorithms Research.

Multipurpose Control System and Mobile Robot Development, for Control Algorithms Research.

Thursday, July 2nd, 2009

Multipurpose Control System and Mobile Robot
Development, for Control Algorithms Research

Denis A. Olchanski, Sergey A. Levykh
Budapest University of Technology and Economics
Budapest, Hungary
E-mail: bmeolchanski@yandex.ru, bmesergey@yandex.ru

Abstract: In the present papers the example of multipurpose control system and mobile robot development is presented. The mobile robot and control system are developed for control algorithms research on the basis of small scientific laboratory. In the presented project the mobile robot is developed on the basis of radio-controlled toy car by QUNXING Company. This platform is big enough to
place sensors and elements of the control system. The control system is based on the PC and microcontroller PIC16F628 and could
be used not only with mobile robot control but also for smart house development.

Keywords: Mobile robot, Radio control, microcontroller, PIC, Bluetooth

Here is the full article in pdf

How Intelligent the Toy Robots are?

Thursday, July 2nd, 2009

How Intelligent the Toy Robots are?

János Somló*, András Molnár**, Zoltán Vámossy**, Anna Kutyepova*, Denis Olchanski*
* Budapest University of Technology and Economics (BUTE)
** John von Neumann Faculty of Informatics, Budapest Tech
E-mail: somlo@eik.bme.hu, molnar.andras@nik.bmf.hu,vamossy.zoltan@nik.bmf.hu, bmeolchanski@yandex.ru

Abstract: Some of the toy robots exhibit very intelligent behaviour. This is because they are animal or human like. Examples are: the AIBO robot dog of SONY or human like toy robots QRIO, HOAP, ASIMO. In the paper we review those above and some other popular intelligent toy robots. We outline some of the toy robot research works in Hungary. Many of the toy robot features can be recognized without having expensive and difficult to reach hardware using software devices like WEBOTS of Cyberbotics which allows simulating and developing control programs for real robots.

Keywords: intelligent robots, AIBO, QRIO, HOAP, ASIMO, PLEO, EXPLORATORES, SILENT1, FOBOT, WALKRO, LEGO robots, WEBOTS

Here is the full article in pdf