This poster-paper describes the current work which focuses on analyzing the multi-application requirements and capabilities of wireless sensor networks based on IEEE 802.15.4 and ZigBee standards. Keywords-component; multi-application wireless sensor networks

in this paper, in order to increase the efficiency, to reduce the cost and to prevent the failures of wind turbines, which lead to an extensive break down, a robust fault diagnosis system is proposed for v47/660kw wind turbine operated in manjil wind farm, gilan province, iran. according to the acquired data from iran wind turbine industry, common faults of the wind turbine such as sensor fault...

Structure monitoring brings new challenges to wireless sensor network: high-fidelity sampling, collecting large volume of data, and sophisticated signal processing. New accelerometer board measures tens of μG acceleration. High frequency sampling is enabled by new component of David Gay. With new component, up to 6.67KHz sampling is possible with jitter less than 10μs. Large-scale Reliable Tran...

A key issue in mobile robot applications involves building a map of the environment to be used by the robot for localization and path planning. In this paper we propose a novel framework for robot map building which is based on principal component regression, a statistical method for extracting low-dimensional dependencies between a set of input and target values. A supervised set of robot posi...

This paper aims to show where ubiquitous sensor environments in combination with multimodal user interfaces can be used to further enhance the user (and usage) experience. The challenge in multimodal user interface design is to combine the available user input modalities with the available sensor data in a meaningful way. A conceptual framework for sensorised modality input composition and sema...

Sensor array with pattern recognition method is often used for gas detection and classification. Processing time and accuracy have become matters of widespread concern in using data analysis with semiconductor gas sensor array for volatile organic compound gas mixture classification. In this paper, a sensor array consisting of four nanostruc‐ tured semiconductor gas sensors was used to generate...

In this paper, we concentrate on component adaptation in sensor-actuator networks. Component adaptation is the process of dynamically replacing components in an application in response to changes in the environment conditions. Since the normal operation of a sensor-actuator network is often hindered by faults (e.g., node failures, message losses, synchronization errors), it is important that th...

Structure monitoring brings new challenges to wireless sensor network: high-fidelity sampling, collecting large volume of data, and sophisticated signal processing. New accelerometer board measures tens of G acceleration. High frequency sampling is enabled by new component of David Gay. With new component, up to 6.67KHz sampling is possible with jitter less than 10s. Large-scale Reliable Transf...

The article presents performance analysis of the neuro swarm optimization algorithm applied for the detection of proportion of the component gases found in manhole gas mixture. The hybrid neuro swarm optimization technique is used for implementing an intelligent sensory system for the detection of component gases present in manhole gas mixture. The manhole gas mixture typically contains toxic g...

Topographic data are fundamental for several applications. The latest technique for topographic data collection is Airborne Altimetric LiDAR. However, LiDAR data is not available for research and education as required. This paper describes the object oriented design methods used to develop a software system to simulate the functioning of an airborne altimetric LiDAR instrument. Our objective is...