The Dutch Nao Team consists of Artificial Intelligence (AI) Bachelor and Master students,
supported by a senior staff member. The Dutch Nao Team debuted in the Standard Platform …

On of the contests of the RoboCup is Nao robot soccer. For Nao robots to play soccer, they
need to be able to localize themselves on the field. The extended information filter (EIF) is an …

Abstract The Dutch Nao Team develops fully autonomous soccer behaviors for bipedal
robots. In the process of doing so, several fields of artificial intelligence have been explored …

The team Maneki-Neko is a cooperation between several institutes from the Netherlands.
Several Dutch teams have participated in previous International Micro Aerial Vehicle …

This paper proposes a multi-robot coordination strategy system concerning 3 vs. 3 teen-
sized humanoid robot soccer game. Three main technologies are integrated in the system …

The image processing technique is to transform the input image into another image so that
the output has better quality than the input image quality. By utilizing the technology, it is …

In this paper an extension of the model-based visual compass is presented, which can be
updated continuously, allowing a robot to orient itself in a changing environment. To build a …

Object detection is crucial for autonomous robotic systems to interact with the world around
them but, in robots with low computational resources, deep learning is difficult to take …

Humans carry out daily activities through synchronization of different body parts. Similarly,
synchronization of sub-behaviors would allow the humanoid robot to play soccer as a …

The advancement of digital image processing technology can facilitate human life, and this
technology has many potential applications for various fields, such as robotics technology …