Difference between revisions of "TAROS 2009"

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{{Event
 
{{Event
| Acronym = TAROS 2009
 
| Title = Towards Autonomous Robotic Systems
 
| Type = Conference
 
| Series =
 
 
  | Field = Robotics
 
  | Field = Robotics
| Homepage = www.taros.org.uk
 
| Start date = Aug 31, 2009
 
| End date =  Sep 2, 2009
 
| City= Londonderry
 
| State =
 
| Country =  United Kingdom
 
 
  | Abstract deadline =  
 
  | Abstract deadline =  
 
  | Submission deadline = May 15, 2009
 
  | Submission deadline = May 15, 2009
 
  | Notification =  
 
  | Notification =  
 
  | Camera ready = Jul 10, 2009
 
  | Camera ready = Jul 10, 2009
 +
| Acronym= TAROS 2009
 +
| End date= 2009-09-02
 +
| Series=
 +
| Type  = Conference
 +
| Country= GB
 +
| State = GB/NIR
 +
| City  = GB/NIR/Derry
 +
| Year  = 2009
 +
| Homepage= www.taros.org.uk
 +
| Start date= 2009-08-31
 +
| Title = Towards Autonomous Robotic Systems
 
}}
 
}}
  

Latest revision as of 04:14, 6 December 2021


Event Rating

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List of all ratings can be found at TAROS 2009/rating

TAROS 2009
Towards Autonomous Robotic Systems
Dates 2009-08-31 (iCal) - 2009-09-02
Homepage: www.taros.org.uk
Location
Location: GB/NIR/Derry, GB/NIR, GB
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Important dates
Submissions: May 15, 2009
Camera ready due: Jul 10, 2009
Table of Contents


TAROS-08 welcomes submissions from senior researchers and research students alike, and will specifically provide opportunities for research students and young research scientists to present their work to the scientific community.

Submissions of papers are invited in any of the following topics, and in related areas:

  • Advanced applications of autonomous robots (industrial and research)
  • Advanced materials
  • Advanced medical robotics, robots for surgery
  • Analysis of robot-environment interaction
  • Autonomous assembly robotics
  • Biologically inspired robotics
  • Cognitive robotics
  • Collective robots
  • Developmental robotics
  • Hardware issues, devices and techniques, advanced sensor and actuator hardware
  • Learning and adaptation
  • Modelling and analysis of robot models
  • Navigation, localization, map building and path planning
  • Personal robotics
  • Robot autonomy
  • Robot vision, sensing and perception
  • Robot control architectures
  • Robots in education, the arts and entertainment
  • Space and planetary robotics