Add to ORKGThis paper presents an overview of our demonstration of a low-bandwidth, wireless camera network where image com-pression is undertaken at each node. We briefly introduce the FleckTM hardware platform we have developed as well as describe the image compression algorithm which runs on individual nodes. The demo will show real-time image data coming back to base as individual camera nodes are added to the network
AbstractUnlike classical wired networks and wireless sensor networks, WMSN differs from their predec...
[[abstract]]This paper will design a network camera, use STM32 (MCU Microcontroller), establish P2P ...
This project focuses on the issues involved in wireless transmission of video data and addresses two...
In this paper we describe the recent development of a low-bandwidth wireless camera sensor network. ...
International audienceIn this paper, we present and evaluate a hardware solution for user-driven and...
AbstractWireless Multimedia Sensor networks (WMSNs) have shifted the focus from scalar wireless sens...
In this paper, we present a new approach to wireless optical networking. In contrast to traditional ...
International audienceSystems mapped on CMOS architectures are often expected to achieve high proces...
The development and miniaturization of CMOS (microphones and cameras) in the last years have allowed...
Masters ThesisDense networks of wireless, battery-powered sensors are now feasible thanks to recent ...
In this thesis, we tackle the problem of designing and implementing a wireless video sensor network ...
Dense networks of wireless, battery-powered sensors are now feasible thanks to recent hardware advan...
While an old standard, the JPEG is still effective and used in many applications. Its relative simpl...
In this paper, a real-time image transmission algorithm in WSN with limited bandwidth networks is st...
Unlike classical wired networks and wireless sensor networks, WMSN differs from their predecessor’s ...
AbstractUnlike classical wired networks and wireless sensor networks, WMSN differs from their predec...
[[abstract]]This paper will design a network camera, use STM32 (MCU Microcontroller), establish P2P ...
This project focuses on the issues involved in wireless transmission of video data and addresses two...
In this paper we describe the recent development of a low-bandwidth wireless camera sensor network. ...
International audienceIn this paper, we present and evaluate a hardware solution for user-driven and...
AbstractWireless Multimedia Sensor networks (WMSNs) have shifted the focus from scalar wireless sens...
In this paper, we present a new approach to wireless optical networking. In contrast to traditional ...
International audienceSystems mapped on CMOS architectures are often expected to achieve high proces...
The development and miniaturization of CMOS (microphones and cameras) in the last years have allowed...
Masters ThesisDense networks of wireless, battery-powered sensors are now feasible thanks to recent ...
In this thesis, we tackle the problem of designing and implementing a wireless video sensor network ...
Dense networks of wireless, battery-powered sensors are now feasible thanks to recent hardware advan...
While an old standard, the JPEG is still effective and used in many applications. Its relative simpl...
In this paper, a real-time image transmission algorithm in WSN with limited bandwidth networks is st...
Unlike classical wired networks and wireless sensor networks, WMSN differs from their predecessor’s ...
AbstractUnlike classical wired networks and wireless sensor networks, WMSN differs from their predec...
[[abstract]]This paper will design a network camera, use STM32 (MCU Microcontroller), establish P2P ...
This project focuses on the issues involved in wireless transmission of video data and addresses two...