Wireless Design

From the Publisher: Describes mobile and wireless design techniques from the developer’s perspective, offering in-depth analysis of the complete range of network technologies Details development options for building Smart Client, Thin Client, and messaging applications as well as PIM (personal information management) and location-based services The author is an experienced trainer who leads seminars and workshops worldwide for iAnywhere Solutions, a subsidiary of Sybase

From the Publisher: Easily design today's wireless systems and circuits Design an entire radio system from the ground up instead of relying on a simple plug-in selection of circuits to be modified. Avoid an arduous trek through theory and mathematical derivations. Cotter Sayre's Complete Wireless Design covers wireless hardware design more thoroughly than any other handbook —and does it without burying you in math. This new guide from today's bestselling wireless author gives you all the skills you need to design wireless systems and circuits. If you want to climb the learning curve with grace, and start designing what you need immediately, this reasonably priced resource is your best choice. It's certain to be the most-used reference in your wireless arsenal for designing cutting-edge filters, amplifiers, RF switches, oscillators, and more. You get: Simplified calculations for impedance matching, analysis of wireless links, and completing a frequency plan Real-world examples of designing with RFIC's and MMIC's Full circuit and electromagnetic software simulations More ON THE CD-ROM *PUFF RF/Microwave circuit simulation software *Sonnet Lite electromagnetic simulation software *National's PLL Design Program *Agilent's AppCad circuit design program Design an entire radio system from the ground up instead of relying on a simple plug-in selection of circuits to be modified. Avoid an arduous trek through theory and mathematical derivations. Cotter Sayre's Complete Wireless Design is the handbook that fits your needs. It covers wireless hardware design more thoroughly than any other—and does it without burying you in math. THE BEST SOURCE FOR WIRELESS DESIGN *Design cutting-edge filters, amplifiers, RF switches, oscillators, and more *Simplify calculations for impedance matching, analysis of wireless links, and completing a frequency plan *Follow real-world examples of designing with RFIC's and MMIC's *Master full circuit and electromagnetic software simulations *Limit math to simple algebra *Get it the first time with Cotter Sayre's copyrighted clarity THE BEST WRITER IN WIRELESS This right-on-the-money new guide from a bestselling wireless author gives you all the skills needed to design today's wireless systems and circuits. If you want to climb the learning curve with grace, and start designing what you need immediately, this reasonably priced resource is your best choice. It's certain to be the most-used reference in your wireless arsenal STEP-SAVING DESIGN Modulation Oscillators Amplifiers Frequency Synthesizers Filters Mixers Support Circuits Communications Systems Troubleshooting Using PUFF RF

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At present, labor-saving and water-saving technology is a key issue in irrigation. A wireless solution for intelligent field irrigation system dedicated to Jew's-ear planting in Lishui, Zhejiang, China, based on ZigBee technology was proposed in this paper. Instead of conventional wired connection, the wireless design made the system easy installation and maintenance. The hardware architecture and software algorithm of wireless sensor/actuator node and portable controller, acting as the end device and coordinator in ZigBee wireless sensor network respectively, were elaborated in detail. The performance of the whole system was evaluated in the end. The long-time smooth and proper running of the system in the field proved its high reliability and practicability. As an explorative application of wireless sensor network in irrigation management, this paper offered a methodology to establish large-scale remote intelligent irrigation system.

Real-time monitoring of human physical activity (PA) is important for assessing the intensity of activity and exposure to environmental pollutions. A wireless wearable multisenor integrated measurement system (WIMS) has been designed for real-time measurement of the energy expenditure and breathing volume of human subjects under free-living conditions. To address challenges posted by the limited battery life and data synchronization requirement among multiple sensors in the system, the ZigBee communication platform has been explored for energy-efficient design. Two algorithms have been developed (multiData packaging and slot-data-synchronization) and coded into a microcontroller (MCU)-based sensor circuitry for real-time control of wireless data communication. Experiments have shown that the design enables continued operation of the wearable system for up to 68 h, with the maximum error for data synchronization among the various sensor nodes (SNs) being less than 24 ms. Experiment under free-living conditions have shown that the WIMS is able to correctly recognize the activity intensity level 86% of the time. The results demonstrate the effectiveness of the energy-efficient wireless design for human PA monitoring.

The wireless revolution has come upon us swiftly and powerfully. Today one of the most challenging areas for VLSI designers is VLSI circuit and system design for wireless applications. The design of a cellular radio system involves several engineering disciplines ranging from communication theory and digital signal processing to high frequency semiconductor technology and circuit design. Furthermore, the new generation of wireless systems, which includes multimedia, puts severe constraints on performance, cost, size, power and energy. VLSI designers now need to understand both wireless communication and mixed signal design. Mixed Signal VLSI Wireless Design: Circuits and Systems provides the designer with an overview of wireless communication systems, followed by a detailed treatment of related topics such as the mobile radio, digital modulation and schemes, spread spectrum and receiver architectures. The second half of the book deals with VLSI design issues related to mixed-signal design. These include analog-to-digital conversion, transceiver design, digital low-power techniques, amplifier design, phase-locked loops and frequency synthesizers. Mixed Signal VLSI Wireless Design: Circuits and Systems is written for use in advanced level courses and also serves as a basic reference for professional engineers.

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The Certified Wireless Design Professional (CWDP) is someone who can develop enterprise Wi-Fi networks. They have to work with various applications, deployments, and environments. The certified professional will have an in-depth understanding of wireless network design

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