[ANGLÈS] Real-time detection and extraction of visual features in wireless sensor networks is a challenging task due to its computational complexity and the limited processing power of the nodes. A promising approach is to distribute the workload to other nodes of the network by delegating the processing of different regions of the image to different nodes. In this work a solution to optimally schedule the loads assigned to each node is implemented on a real visual sensor network testbed. To minimize the time required to process an image, the size of the subareas assigned to the cooperators are calculated by solving a linear programming problem taking into account the transmission and processing speed of the nodes and the spatial distributi...
This paper presents a prototype vision-enabled sensor node based on a commercial vision system of re...
Transmission of visual data can be quite demandingin terms of energy and bandwidth. Therefore, it is...
Wireless Sensor Networks are are highly constrained in resources: computation, memory and energy. In...
[ANGLÈS] Visual analysis tasks, like detection, recognition and tracking, are computationally intens...
Real-time detection and extraction of visual features in wireless sensor networks is a challenging t...
Visual analysis tasks, like detection, recognition and tracking, are com- putationally intensive, an...
Almacenamiento no volátil de paquetes en nodos que formen una red de sensores inalámbrica.[ANGLÈS] T...
[ANGLÈS] Wireless Sensor Networks (WSNs) are used to monitor physical or environmental conditions, a...
As digital cameras are becoming both cheaper and more advanced, they are also becoming more common b...
L’émergence de petites caméras CMOS et de microphones MEMS, à coût et puissance réduits, a contribué...
Las redes de sensores inalámbricas se basan en dispositivos que están interconectados entre sí, capa...
The reconfiguration, reprogramming, and deployment of new computational tasks in wireless sensor net...
This work addresses the problem of enabling resource-constrained sensor nodes to perform visual anal...
[ANGLÈS] The Wireless Sensor Networks (WSN) is an upcoming technology with a huge potential. It has ...
[EN] Wireless sensor networks have a wide range of applications and many pending challenges, especia...
This paper presents a prototype vision-enabled sensor node based on a commercial vision system of re...
Transmission of visual data can be quite demandingin terms of energy and bandwidth. Therefore, it is...
Wireless Sensor Networks are are highly constrained in resources: computation, memory and energy. In...
[ANGLÈS] Visual analysis tasks, like detection, recognition and tracking, are computationally intens...
Real-time detection and extraction of visual features in wireless sensor networks is a challenging t...
Visual analysis tasks, like detection, recognition and tracking, are com- putationally intensive, an...
Almacenamiento no volátil de paquetes en nodos que formen una red de sensores inalámbrica.[ANGLÈS] T...
[ANGLÈS] Wireless Sensor Networks (WSNs) are used to monitor physical or environmental conditions, a...
As digital cameras are becoming both cheaper and more advanced, they are also becoming more common b...
L’émergence de petites caméras CMOS et de microphones MEMS, à coût et puissance réduits, a contribué...
Las redes de sensores inalámbricas se basan en dispositivos que están interconectados entre sí, capa...
The reconfiguration, reprogramming, and deployment of new computational tasks in wireless sensor net...
This work addresses the problem of enabling resource-constrained sensor nodes to perform visual anal...
[ANGLÈS] The Wireless Sensor Networks (WSN) is an upcoming technology with a huge potential. It has ...
[EN] Wireless sensor networks have a wide range of applications and many pending challenges, especia...
This paper presents a prototype vision-enabled sensor node based on a commercial vision system of re...
Transmission of visual data can be quite demandingin terms of energy and bandwidth. Therefore, it is...
Wireless Sensor Networks are are highly constrained in resources: computation, memory and energy. In...