Titlebook: Cooperative Design, Visualization, and Engineering; 10th International C Yuhua Luo Conference proceedings 2013 Springer-Verlag Berlin Heide

Introduction

Analysis and Design of Cooperative Networks,ee size tends to grow according to the complexity of the learning data, which may be problematic in real world settings. This paper proposes an original solution to reduce the size of decision trees by taking user preferences into account. More specifically, we present a user-driven algorithm that a

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Mirage

馬賽克

行乞

Analysis and Design of Cooperative Networks,tal monitoring systems, ambient conditions can be conveniently modified by means of the so-called actuators (actors), which are driven by commands issued by a decision-making process on the basis of the information gathered by sensor nodes. In this context, sensor nodes are typically deployed at str

FLAG

Workflow Management Technology,eir properties, such as small size and mechanical simplicity. Coordination in multi-robot systems is one of the open issues of swarm robotics. Space exploration and mapping are crucial abilities of mobile robots for the intelligent autonomous systems. This paper proposes a solution for space explora

獨裁政府

TAP

Hay-Fever

Towards a Performability Analysis for Environmental Sensor Networks,ategic locations on the basis of application requirements. These locations may be far apart from each other, leading to unfeasible or highly energy-consuming transmission distances. This paper provides an assessment of the impact of relay node insertion on performance and reliability.