We analyze the performance of TCP and UDP transport protocols when applied to image retrieval or object recognition in wireless visual sensor networks (VSN). We focus on two different paradigms for image analysis, namely compress-then-analyze (CTA) and analyze-then-compress (ATC). The former entails the transmission of JPEG encoded images from camera nodes to a server, where the analysis takes place. The latter consists in extracting and compressing local visual features on board camera nodes, before transmission to a remote location. The presented analysis is useful to assess the best coupling between application and transport layers under delay and accuracy constraints for different networking conditions
Wireless sensor networks are under active research for tracking systems, where camera nodes are inst...
Wireless Visual Sensor Networks (WVSNs) where camera-equipped sensor nodes can capture, process and ...
International audienceSince the transmission of the uncompressed image in the context of wireless vi...
We analyze the performance of TCP and UDP transport protocols when applied to image retrieval or obj...
This demo showcases some of the results obtained by the GreenEyes project, whose main objective is t...
This work addresses the problem of enabling resource-constrained sensor nodes to perform visual anal...
We compare two paradigms for image analysis in vi- sual sensor networks (VSN). In the compress-then-...
Abstract. The objective of this work is to identify some of the traffic characteristics of Wireless ...
This work describes the implementation of an object recognition service on top of energy and resourc...
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...
This work focuses on Visual Sensor Networks (VSNs) which perform visual analysis tasks such as objec...
Wireless sensor networks are under active research for tracking systems, where camera nodes are inst...
Wireless Visual Sensor Networks (WVSNs) where camera-equipped sensor nodes can capture, process and ...
International audienceSince the transmission of the uncompressed image in the context of wireless vi...
We analyze the performance of TCP and UDP transport protocols when applied to image retrieval or obj...
This demo showcases some of the results obtained by the GreenEyes project, whose main objective is t...
This work addresses the problem of enabling resource-constrained sensor nodes to perform visual anal...
We compare two paradigms for image analysis in vi- sual sensor networks (VSN). In the compress-then-...
Abstract. The objective of this work is to identify some of the traffic characteristics of Wireless ...
This work describes the implementation of an object recognition service on top of energy and resourc...
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...
This work focuses on Visual Sensor Networks (VSNs) which perform visual analysis tasks such as objec...
Wireless sensor networks are under active research for tracking systems, where camera nodes are inst...
Wireless Visual Sensor Networks (WVSNs) where camera-equipped sensor nodes can capture, process and ...
International audienceSince the transmission of the uncompressed image in the context of wireless vi...