| Tuesday, June 9th, 2009 |
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| 1314-01 |
1.2.1 Wireless Sensor Networks: A Survey of Design Options |
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1314-02 |
1.3.1 Power Reduction Methods in Wireless Sensor Networks |
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1314-03 |
1.4.1 Expanding the Use of Sensing Technology: Practical Applications to Solve Everyday Problems |
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1314-04 |
1.5.1 Sensing & Monitoring Using Fiber Sensors: Real Life Applications and Installation Examples |
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1314-05 |
1.6.1 Advanced Position Sensors: What They Are and How to Use Them |
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1314-06 |
1.1.2 Integrating Wireless Sensor Technology into Existing Systems |
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1314-07 |
1.3.2 The Importance of and Issues with Low-Power People Sensing and Activity Monitoring |
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1314-08 |
1.4.2 Sensor Technology Applied to Critical Global Issues: Public Benefit and Commercial Opportunity |
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1314-09 |
1.5.2 Current Trends & Analysis of M&A Markets |
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| 1314-10 |
1.6.2 Position Sensor Technology and the Drive to Miniaturization |
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1314-11 |
1.2.3 Escaping the Sensor Stovepipe |
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1314-12 |
1.1.3 Understanding IT Network Security for Wireless and Wired Measurement Applications |
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1314-13 |
1.4.3 Sealed Non-Contact Encoders Surviving in Hostile Machine Operating Environments |
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1314-14 |
1.5.3 Compact, Internet Capable Environmental Monitor |
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1314-15 |
1.6.3 Sensor Interfacing Strategy |
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1314-16 |
1.2.4 Benefits and Advantages of Using IP Enabled Smart Objects |
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1314-17 |
1.3.4 Wireless Sensor Power Supplies: Selecting the Right One |
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1314-18 |
1.4.4 Diamond-Based Microsensors in Extreme Environments |
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1314-19 |
1.5.4 Development of a Tunable Diode Laser Absorption Spectroscopy Moisture Analyzer for Natural Gas |
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1314-20 |
1.2.5 Code Free Test Creation: The New Reality of Test Automation |
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1314-21 |
1.3.5 Implementing Wireless Power Platforms for Sensors Networks Using Inductive Power Transfer |
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1314-22 |
1.1.5 How Ultra-Low Power WiFi Technology is Changing the Self-Healing Mesh Network Landscape |
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1314-23 |
1.5.5 Operational Experience of a Subway System with a Chemical Detection System |
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| Wednesday, June 10th, 2009 |
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1314-24 |
2.1.1 State of the Art Short-Range Wireless Sensor Networking Standards |
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1314-25 |
2.6.1 Displacement as a Vibration Parameter |
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1314-26 |
2.3.1 Wireless Power for Battery-Free Wireless Sensors |
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1314-27 |
2.4.1 Green Enabling: Energy Management under Your Own Control |
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1314-28 |
2.5.1 Passive RF Sensing: Selecting the Best Technology and Operating Frequency |
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1314-29 |
2.2.1 It’s All in the Application: Sensor Integration and Expanding Markets |
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1314-30 |
2.1.2 Wireless Sensor Networks: How Application Requirements are Driving Protocols |
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1314-31 |
2.6.2 Advanced Digital High Temperature Sensors & Silicon Carbide Electronics Development |
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1314-32 |
2.3.2 Wireless & Energy Harvesting Technologies for Yesterday’s Energy Inefficient Buildings |
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1314-33 |
2.4.2 Saving Energy, Enabling Demand Management with Wireless Sensor Networks |
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1314-34 |
2.5.2 Thin Printed Batteries and RFID Sensor System Innovation |
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1314-35 |
2.2.2 Interface Circuit Requirements to Reduce Noise in Sensor Applications |
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1314-36 |
2.1.3 Compact Application Protocol (CAP): Expanding the Scope of ZigBee Beyond 802.15.4 to any IP Enable Device |
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1314-37 |
2.6.3 Low-Cost Dielectric Sensors for Measuring Moisture in Porous Materials and Liquids |
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1314-38 |
2.4.3 Wireless Mesh Sensor Networks Take the Chill Out of Energy Challenges |
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1314-39 |
2.5.3 Managing Assets with Sensor-Based Technology |
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1314-40 |
2.2.3 Silicon Integrated Solutions for Industrial Wireless Applications |
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1314-41 |
2.1.4 Novel Low Cost Conductive Material and its Applications |
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1314-42 |
2.6.4 Novel Multiple-Range Technology Applied to a Highly Controllable Weight-based Dispenser |
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1314-43 |
2.3.4 NanoBioPores: Basic Nano/MEMS Structure for Electrochemical Analysis of Chemical and Biochemical Reactions |
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1314-44 |
2.4.4 State of the Art Methodologies and Tools for Sensor Applications in Predictive Maintenance |
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1314-45 |
2.5.4 Location Sensing Using Short-Range Wireless Networking: Methods and Trade-Offs |
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1314-46 |
2.2.4 Sensor Interface Design for Secure Wireless Remote Sensing |
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1314-47 |
2.1.5 Embedding and Manufacturing Smart Materials and Sensors into Metallic Matrices with Ultrasonic Consolidation |
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1314-48 |
2.6.5 Novel, Solid State, Hydrogen Specific Sensors for Safety and Process Monitoring |
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1314-49 |
2.3.5 Next-Generation Biosensors Made Possible with Digital Multiplexing Potentiostat |
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1314-50 |
2.2.5 Sensor Fusion Algorithm for 2 Axis Gyro, 3 Axis Accelerometer and 3 Axis Magnetometer |
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