Using image stitching technology to find out overlap areas in the camera node capture image, inform the camera node, camera node will filter redundancy image data which is overlap with adjacent nodes, and then cluster nodes rebuild images which has been received, stitch together, form a panorama. Through this process, it can reduce image redundancy data affectivity in densely deployed wireless camera image sensor network, the network life cycle can be greatly improved. This paper proposes a new calculation method
Image size reduction for energy-efficient transmission without losing quality is critical in Visual ...
Aiming at saving energy and maximizing the network life cycle, the multi-node cooperative image acqu...
to study the performance of image coding and image transmission of wireless video sensor node in wir...
International audienceWe present a scheme for multi-sensor data fusion applications, called Relative...
High-resolution images with wide field of view are important in realizing many applications of wirel...
In Wireless Sensor Network, sensor nodes are randomly deployed where the sensor nodes are not situat...
In this paper, the Relative Pose based Redundancy Removal (RPRR) scheme is presented, which has been...
Wireless Sensor Network (WSN) is a set of sensor nodes that are densely and randomly deployed where ...
In Wireless Sensor Network, the sensor nodes are deployed using random or deterministic deployment m...
In wireless multimedia sensor networks, multiple camera sensor nodes generally are used for gaining ...
Abstract — Life time of wireless sensor networks is limited due to battery constraint. In camera equ...
AbstractThe necessity of having optimum camera activation is rapidly increasing in distributed envir...
Wireless sensor networks can be used as cost-effective monitoring and automation platforms in smart ...
We study the problem of detecting and eliminating redundancy in a sensor network with a view to impr...
Abstract—Environmental factors such as unavoidable physical constraints, intentional destruction of ...
Image size reduction for energy-efficient transmission without losing quality is critical in Visual ...
Aiming at saving energy and maximizing the network life cycle, the multi-node cooperative image acqu...
to study the performance of image coding and image transmission of wireless video sensor node in wir...
International audienceWe present a scheme for multi-sensor data fusion applications, called Relative...
High-resolution images with wide field of view are important in realizing many applications of wirel...
In Wireless Sensor Network, sensor nodes are randomly deployed where the sensor nodes are not situat...
In this paper, the Relative Pose based Redundancy Removal (RPRR) scheme is presented, which has been...
Wireless Sensor Network (WSN) is a set of sensor nodes that are densely and randomly deployed where ...
In Wireless Sensor Network, the sensor nodes are deployed using random or deterministic deployment m...
In wireless multimedia sensor networks, multiple camera sensor nodes generally are used for gaining ...
Abstract — Life time of wireless sensor networks is limited due to battery constraint. In camera equ...
AbstractThe necessity of having optimum camera activation is rapidly increasing in distributed envir...
Wireless sensor networks can be used as cost-effective monitoring and automation platforms in smart ...
We study the problem of detecting and eliminating redundancy in a sensor network with a view to impr...
Abstract—Environmental factors such as unavoidable physical constraints, intentional destruction of ...
Image size reduction for energy-efficient transmission without losing quality is critical in Visual ...
Aiming at saving energy and maximizing the network life cycle, the multi-node cooperative image acqu...
to study the performance of image coding and image transmission of wireless video sensor node in wir...