FutureHome

Housing for Europe in the next century: Affordable, high quality homes for all

Main researcher: C. Balaguer

FutureHome

Description

The main objective of the FutureHome project is the development of Integrated Construction Automation (ICA) concept and associated to them technologies during all the stages of the house-building construction process, i.e. from architect?s desk to site robots:

? Design the buildings in modular way taking in mind its robotic erection

? Automatic planning and real-time re-planning of the off-site pre-fabrication, transportation and on-site assembly

? On-site automatic and robotic transportation and assembly of the buildings pre-fabricated parts.

Nowadays methods on house building are based on manual techniques, which are slow, expensive and non-coordinated. Each building continues to be unique in architecture and construction sense. Even though the investigation to develop new construction techniques has been important during the past years there is still a long distance between the construction industry and others industries, like, for example, automobile industry. It is difficult to image the houses shall produce as the cars, but at the same time it is not possible to construct the houses as eighty years ago.

A change in the construction methods and the acceptance of the high quality and flexible prefabrication technologies are essential for the construction industry. Automatically build different houses with the same pre-fabricated modules is the challenge of this project. The benefits of construction industries can be improved by using advanced manufacturing systems. These modular systems will increase the quality and the customer satisfaction.

This idea of the modular house-building is not new. Several developments were done in the past. Some of them were used in massive way in Eastern Europe, Germany, Japan and other countries, but all the past approaches didn?t solve three main problems: a) quality of the modular houses, b) flexibility in the design, i.e. different interior and exterior design is made by the set of predefined modules, and c) robotic on-site assembly of modules. The FutureHome project tries to avoid these disadvantages introducing the ICA concept.

The FutureHome EU consortium is formed by: Imperial College (UK-leader), British Steel (UK), Dragados (E), Rautaruukki (SF), VTT (SF), Slavenburg (NL), Unysis (UK), BRE (UK), KTH (S), TUM (D), UC3M (E). The Japanese consortium is formed by: Hitachi Zosen, Shimizu, Kajima, Hazama, University of Osaka, AIST, Waseda University.

Entries:
The Rh-1 full-size humanoid robot: design, walking pattern generation and control
Journal of Applied Bionics and Biomechanics (Print ISSN: 1176-2322, Online: ISSN: 1754-2103). num. 3 , vol. 6 , pages: 301 – 344 , 2009
M. Arbulu D. Kaynov L.M. Cabas
Humanoid Robot RH-1 for Collaborative Tasks. A Control Architecture for Human-Robot Cooperation
Applied Bionics and Biomechanics. num. 4 , vol. 5 , pages: 225 – 234 , 2009
C.A. Monje P. Pierro

Entries:
O. Stasse; A. Kheddar; K. Yokoi. Humanoid feet trajectory generation for the reduction of the dynamical effects
The 9th IEEE-RAS International Conference on Humanoid Robots (Humanoids '09), Paris, France
P. Pierro
A Human-Humanoid Interface for Collaborative Tasks
Second workshop for young researchers on Human-friendly robotics, Sestri Levante, Italy
P. Pierro M. González-Fierro D. Hernandez
A Practical Decoupled Stabilizer for Joint-Position Controlled Humanoid Robots
The 2009 IEEE/RSJ International Conference on Intelligent RObots and Systems (IROS '09), St. Louis, USA
D. Kaynov P. Pierro
The Virtual COM Joints Approach for Whole-Body RH-1 Motion
18th IEEE International Symposium on Robot and Human Interactive Communication (RO-MAN '09), Toyama , Japan
P. Pierro C.A. Monje
Performing collaborative tasks with the humanoid robot RH-1 – A novel control architecture
12th International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines (CLAWAR '09), Istanbul, Turkey
P. Pierro C.A. Monje
RH-2 an Upgraded full-size humanoid platform
12th International Conference on Climbing and Walking Robots and the Support Technologies for Mobile Machines (CLAWAR '09), Istanbul, Turkey
M. Arbulu L.A. Pabon P. Pierro C. Perez S. Martinez
Humanoid Teleoperation System for Space Environments
14th International Conference on Advanced Robotics (ICAR '09), 2009, Munich, Germany
P. Pierro M. González-Fierro D. Hernandez
Pose Control of the Humanoid Robot RH-1 for Mobile Manipulation
14th International Conference on Advanced Robotics (ICAR '09), Munich, Germany
P. Pierro C.A. Monje
Capítulo: “Realización de tareas colaborativas entre robots humanoides. Experimentación con dos robots Robonova”
At Proceedings of the V Workshop ROBOCITY2030. Cooperación en Robótica, 2009, Madrid, Spain
D. Herrero P. Pierro A. Jardon
Modelling and Control of the Humanoid Robot RH-1 for Collaborative Tasks
IEEE RAS/RSJ Conference on Humanoids Robots, Daejeon, Korea
P. Pierro C.A. Monje
CEABOT: Nationalwide Little humanoid robots competition; rules, experiences and new challenges
Intl. Conf. on SIMULATION, MODELING and PROGRAMMING for AUTONOMOUS ROBOTS, 2008, Venice. , ITALY
P. Zafra A. Gimenez S. Martinez A. Jardon
Robots in future collaborative working environments
First workshop for young researchers on Human-friendly robotics, Napoli, Italy
P. Pierro
K., Yokoi, A., Kheddar, C., Balaguer<br>Dynamic acyclic motion from a planar contact-stance to another
IEEE/RSJ 2008 International Conference on Intelligent Robots and Systems, Nice, France
M. Arbulu

Entries:
CLIMBING AND WALKING ROBOTS
chapter: A PORTABLE LIGHT-WEIGHT CLIMBING ROBOT FOR PERSONAL ASSISTANCE APPLICATIONS pages: 961 – 968. CLAWAR 05 , ISBN: 978-3-540-26413, 2006
A. Gimenez A. Jardon

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