Acoustic Target Tracking Using Tiny Wireless Sensor Devices

With the advancement of MEMS technologies, wireless networks consist of tiny sensor devices hold the promise of revolutionizing sensing in a wide range of application domains because of their flexibility, low cost and ease of deployment. However, the constrained computation power, battery power, storage capacity and communication bandwidth of the tiny devices pose challenging problems in the design and deployment of such systems. Target localization using acoustic signal with tiny wireless devices is a particularly difficult task due to the amount of signal processing and computation involved. In this paper, we provide an in-depth study of designing such wireless sensor networks for real-world acoustic tracking applications. We layout a cluster-based architecture to address the limitations of the tiny sensing devices. To achieve effective utilization of the scarce wireless bandwidth, a quality-driven paradigm to suppress redundant information and resolve contention is proposed. One i...

• Type: Conference
• Year: 2003
• Where: IPSN
• Authors: Qixin Wang, Wei-Peng Chen, Rong Zheng, Kihwal Lee, Lui Sha
• Keywords: IPSN 2003, Sensor Network, Sensor Networks, Tiny Sensor Devices, Wireless Sensor Network