Date of Award:
Master of Science (MS)
Electrical and Computer Engineering
Virtually every industry and discipline (e.g., mining, pharmaceutical, construction, agriculture, reclamation, etc.) is ﬁnding applications for wireless data acquisition for monitoring and managing processes and resources. Two sectors, namely agriculture and environmental research, are seeking ways to obtain distributed soil and plant measurements over larger areas like a watershed or large ﬁelds rather than a single site of intensive instrumentation (i.e., a weather station). Wireless sensor networks and remote sensing have been explored as a means to satisfy this need. Commercial products are readily available that have remote wireless options to support distributed senor networking. However, these systems have been designed with a ﬁeld engineer or technician as the target end-user. Equipment and operating costs, device speciﬁc programming languages, and complex wireless conﬁguration schemes have impeded the adoption of large-scale, multi-node wireless systems in these ﬁelds. This report details the development of an easy-to-use, ultra-low power wireless datalogger incorporating a scalable, intelligent data collection and transmission topology. The ﬁnal product can interface to various sensor types including SDI-12 and uses an LCD display to help simplify device setup.
Lewis, Kelly S., "Design of a Low-Power Automatic Wireless Multi-logger Networking Device" (2007). All Graduate Theses and Dissertations. Paper 269.
Copyright for this work is retained by the student.