CRC Press - 2004 - Wireless Sensor Networks. Architectures and Protocols

• Table of Contents
• BackCover
• Wireless Sensor Networks - Architectures and Protocols
• Chapter 1: Introduction to Wireless Sensor Networks
  • 1.2 NETWORK PERFORMANCE OBJECTIVES
  • 1.3 CONTRIBUTIONS OF THIS BOOK
  • 1.4 ORGANIZATION OF THIS BOOK
  • REFERENCES
• Chapter 2: The Development of Wireless Sensor Networks
  • 2.2 WIRELESS DATA NETWORKS
  • 2.3 WIRELESS SENSOR AND RELATED NETWORKS
  • REFERENCES
• Chapter 3: The Physical Layer
  • 3.2 SOME PHYSICAL LAYER EXAMPLES
  • 3.3 A PRACTICAL PHYSICAL LAYER FOR WIRELESS SENSOR NETWORKS
  • 3.4 SIMULATIONS AND RESULTS
  • 3.5 CONCLUSION
  • REFERENCES
• Chapter 4: The Data Link Layer
  • 4.2 MEDIUM ACCESS CONTROL TECHNIQUES
  • 4.3 THE MEDIATION DEVICE (MD)
  • 4.4 SYSTEM ANALYSIS AND SIMULATION
  • 4.5 CONCLUSION
  • REFERENCES
• Chapter 5: The Network Layer
  • 5.2 SOME NETWORK DESIGN EXAMPLES
  • 5.3 A WIRELESS SENSOR NETWORK DESIGN EMPLOYING A CLUSTER TREE ARCHITECTURE
  • 5.4 SIMULATIONS
  • 5.5 RESULTS
  • 5.6 CONCLUSION
  • REFERENCES
• Chapter 6: Practical Implementation Issues
  • 6.2 THE PARTITIONING DECISION
  • 6.3 TRANSDUCER INTERFACES
  • 6.4 TIME BASE ACCURACY AND AVERAGE POWER CONSUMPTION
  • 6.5 CONCLUSION
  • REFERENCES
• Chapter 7: Power Management
  • 7.2 POWER SOURCES
  • 7.3 LOADS
  • 7.4 VOLTAGE CONVERTERS AND REGULATORS
  • 7.5 POWER MANAGEMENT STRATEGY
  • 7.6 CONCLUSION
  • REFERENCES
• Chapter 8: Antennas and the Definition of RF Performance
  • 8.2 ANTENNAS
  • 8.3 RF PERFORMANCE DEFINITION AND MEASUREMENT
  • 8.4 CONCLUSION
  • REFERENCES
• Chapter 9: Electromagnetic Compatibility
  • 9.2 EMC: THE PROBLEM
  • 9.3 EXAMPLES OF SELF-INTERFERENCE
  • 9.4 THE PHYSICS ASSOCIATED WITH EMC PROBLEMS
  • 9.5 PRINCIPLES OF PROPER LAYOUT
  • 9.6 THE LAYOUT PROCESS
  • 9.7 DETECTIVE/CORRECTIVE TECHNIQUES
  • 9.8 CONCLUSION
  • REFERENCES
• Chapter 10: Electrostatic Discharge
  • 10.2 THE PROBLEM
  • 10.3 PHYSICAL PROPERTIES OF THE ELECTROSTATIC DISCHARGE
  • 10.4 THE EFFECTS OF ESD ON ICS
  • 10.5 MODELING AND TEST STANDARDS
  • 10.6 PRODUCT DESIGN TO MINIMIZE ESD PROBLEMS
  • 10.7 CONCLUSION
  • REFERENCES
• Chapter 11: Wireless Sensor Network Standards
  • 11.2 THE IEEE 802.15.4 LOW-RATE WPAN STANDARD
  • 11.3 THE ZIGBEE ALLIANCE
  • 11.4 THE IEEE 1451.5 WIRELESS SMART TRANSDUCER INTERFACE STANDARD
  • REFERENCES
• Chapter 12: Summary and Opportunities for Future Development
  • 12.2 OPPORTUNITIES FOR FUTURE DEVELOPMENT
  • REFERENCES
• Appendix A: Signal Processing Worksystem (SPW)
• Appendix B: WinneuRFon
  • B.2 MOTIVATION
  • B.3 SYSTEM REQUIREMENTS
  • B.4 SUPPORTED FEATURES
  • B.5 CURRENT STATUS AND ACHIEVEMENT
  • B.6 SIMULATION METHOD AND MORE POTENTIAL FUNCTIONALITIES
  • B.7 PROPOSAL FOR FUTURE WORK
  • B.8 SUMMARY
• Appendix C: An Example Wireless Sensor Network Transceiver Integrated Circuit (IC)
• Index
  • Index_B
  • Index_C
  • Index_D
  • Index_E
  • Index_F
  • Index_G
  • Index_H
  • Index_I
  • Index_J
  • Index_K
  • Index_L
  • Index_M
  • Index_N
  • Index_O
  • Index_P
  • Index_Q
  • Index_R
  • Index_S
  • Index_T
  • Index_U
  • Index_V
  • Index_W - Y
  • Index_Z
• List of Exhibits