By Mauri Kuorilehto, Mikko Kohvakka, Jukka Suhonen, Panu Hämäläinen, Marko Hännikäinen, Timo D. Hamalainen
Finally a e-book on instant Sensor Networks that covers actual international purposes and includes useful advice!
Kuorilehto et al. have written the 1st practical advisor to instant sensor networks. The authors draw on their event within the improvement and field-testing of self sustaining instant sensor networks (WSNs) to supply a complete reference on basics, functional concerns, obstacles and suggestions of this fast-paced learn zone.
Ultra Low power instant Sensor Networks in Practice:
- Explains the basic difficulties and concerns in actual instant sensor networks, and analyzes the main promising options.
- Provides a finished advisor to functions, performance, protocols, and algorithms for WSNs.
- Offers sensible stories from new purposes and their field-testing, together with numerous deployed networks.
- Includes simulations and actual measurements for power intake, bit cost, latency, reminiscence, and lifelong.
- Covers embedded resource-limited working platforms, middleware and alertness software program.
Ultra Low strength instant Sensor Networks in Practice will turn out crucial examining for examine Scientists, complicated scholars in Networking, electric Engineering and desktop technological know-how in addition to Product Managers and layout Engineers.Content:
Chapter 1 creation (pages 1–6):
Chapter 2 WSN houses (pages 7–17):
Chapter three criteria and suggestions (pages 19–28):
Chapter four Sensor Node structures (pages 29–50):
Chapter five layout of WSNs (pages 51–66):
Chapter 6 Protocol Stack assessment (pages 67–72):
Chapter 7 MAC Protocols (pages 73–89):
Chapter eight Routing Protocols (pages 91–101):
Chapter nine Middleware and alertness Layer (pages 103–113):
Chapter 10 working platforms (pages 115–123):
Chapter eleven QoS concerns in WSN (pages 125–132):
Chapter 12 safeguard in WSNs (pages 133–142):
Chapter thirteen TUTWSN MAC Protocol (pages 143–182):
Chapter 14 TUTWSN Routing Protocol (pages 183–192):
Chapter 15 TUTWSN API (pages 193–201):
Chapter sixteen TUTWSN SensorOS (pages 203–216):
Chapter 17 Cross?Layer matters in TUTWSN (pages 217–225):
Chapter 18 Protocol research versions (pages 227–246):
Chapter 19 WISENES layout and evaluate atmosphere (pages 247–275):
Chapter 20 TUTWSN Deployments (pages 277–292):
Chapter 21 Sensing purposes (pages 293–312):
Chapter 22 move purposes (pages 313–325):
Chapter 23 monitoring purposes (pages 327–348):
Chapter 24 Conclusions (pages 349–352):
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Extra info for Ultra-Low Energy Wireless Sensor Networks in Practice: Theory, Realization and Deployment
WSN APPLICATIONS 11 • Scale and density: Compared to other wireless networks, the number of nodes comprising WSNs may be huge. WSNs consisting of tens of thousands of nodes are envisioned. Further, the density of nodes can be high. These aspects depend on the requirements of the application for sensing coverage and robustness (redundancy). • Resource constraints: A typical WSN node is small in physical size and battery powered. Thus the components, such as Micro-Controller Unit (MCU), data and code memories, transceiver, and sensing unit, are selected to minimize their area and power consumption.
Commonly occurring vibrations can provide hundreds of microwatts of power per cubic centimeter (Roundy et al. 2004). A voltage regulator stabilizes the system supply voltage to an appropriate level determined by the voltage requirements of the system components. For energy efficiency, it is reasonable to minimize system supply voltage, which typically also minimizes static current consumption. Voltage regulation can be implemented either by a switched-mode regulator or a linear regulator. 5 Measured solar panel power as a function of illumination and load resistance.
The PAN coordinator is the primary controller of PAN, which initiates the network and often operates as a gateway to other networks. Each PAN must have exactly one PAN coordinator. Coordinators collaborate with each other for executing data routing and network self-organization operations. Devices do not have data routing capability and can communicate only with coordinators. Due to the low performance requirements of devices, they may be implemented with very simple and low-cost platforms. The standard designates these low-complexity platforms as Reduced Function Devices (RFDs).
Ultra-Low Energy Wireless Sensor Networks in Practice: Theory, Realization and Deployment by Mauri Kuorilehto, Mikko Kohvakka, Jukka Suhonen, Panu Hämäläinen, Marko Hännikäinen, Timo D. Hamalainen