Smart Sensing and Context 3rd edition by Daniel Roggen, Clemens Lombriser, Gerhard Tröster, Gerd Kortuem, Paul Havinga ISBN 354088792X 978-3540887928 by Alain Crevoisier, Cédric Bornand (auth.), Daniel Roggen, Clemens Lombriser, Gerhard Tröster, Gerd Kortuem, Paul Havinga (eds.) 9783540887928, 354088792X instant download after payment.

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ISBN 10: 354088792X
ISBN 13: 978-3540887928
Author: Daniel Roggen, Clemens Lombriser, Gerhard Tröster, Gerd Kortuem, Paul Havinga 

 This year marks the third edition of EuroSSC. It builds on the success of the past editions, held in Enschede, The Netherlands in 2006, and in Kendal, UK in 2007. On behalf of the Organizing Committee, we would like to welcome you to EuroSSC 2008, in Zurich, Switerland. This volume contains the invited papers and technical peer-reviewed papers selected for presentation at the conference. At EuroSSC we aim to explore technologies, algorithms, architectures, p- tocols, and user aspects underlying context-aware smart surroundings, coop- ating intelligent objects, and their applications. Since its inception, EuroSSC has taken a complementary technology-driven and user-driven view to discuss these aspects. It is one of the particularities of EuroSSC, and the 2008 edition made no exception. In addition we emphasized aspects related to quality of c- text and context-aware feedback by actuator systems. This re?ects the growing importance that context processing in uncertain environments and sensor and actuator networks take in ambient intelligence environments. We received 70 paper submissions. They originate from 30 countries of - rope, the Middle East and Africa (66%), Asia (22%), North America (9%), and South America (3%). These numbers re?ect the European origins of EuroSSC, but also show that EuroSSC is a recognized and attractive platform for parti- pants from all regions of the world.

Smart Sensing and Context 3rd Table of contents:

1. Introduction
2. Acoustic Techniques
3. Time Reversal
4. Time Delay of Arrival (TDOA)
5. Modular Hardware Platform
6. Computer Vision Approach
7. Multi-touch Detection
8. Implementation Examples
9. Light Globe
10. Percussion Tray
11. Multi-touch Table
12. Surface Editor
13. Conclusion
14. References
15. Smart Objects
16. Using a Movable RFID Antenna to Automatically Determine the Position and Orientation of Objects on a
17. Introduction
18. The Benefits of Using RFID Technology
19. Previous Work on Using RFID Technology for Localization
20. Improving Resolution Accuracy Using Moveable Antennas
21. Conclusions
22. References
23. Vision-Based Detection of Mobile Smart Objects
24. Introduction
25. Related Work
26. Vision-Based Object Detection Methods and Evaluation Dataset
27. Object Appearance Library
28. Video Test Library
29. Scale and Rotation Experiments
30. Design
31. Apparatus
32. Procedure
33. Results
34. Discussion
35. Multi-cue Detection Experiment
36. Design
37. Procedure
38. Results
39. Discussion
40. Multi-cue Detection with Context Information Experiment
41. Procedure
42. Results
43. Discussion
44. Conclusion
45. References
46. Design and Evaluation of a Sound Based Water Flow Measurement System
47. Introduction
48. Related Work
49. Paper Contribution
50. System Overview
51. System Implementation
52. Sensor
53. Algorithms and Software
54. System Evaluation
55. Water Flow Measurement
56. Common Water Flow measurement: Preparing Food
57. Common Observations and Universal Usage
58. Conclusion and Future Work
59. References
60. Spatial and Human Context Inference
61. Gaussian Process Person Identifier Based on Simple Floor Sensors
62. Introduction
63. Related Work
64. Binary Switch Floor Sensor System
65. Discriminative Bayesian Classification: Gaussian Processes
66. Person Identification Based on Floor Sensors
67. Feature Extraction
68. Person Identification: Single Footsteps andWalking Sequences
69. Results
70. Data Sets
71. Person Identification
72. Feature Analysis of Footwear andWalking Speed Variations
73. Prototype Application: Context-Aware Reminder
74. Conclusions
75. References
76. GammaSense: Infrastructureless Positioning Using Background Radioactivity
77. Introduction
78. Related Work
79. Gamma Radiation
80. A Primer on Radioactivity and Ionizing Radiation
81. Natural Sources of Radioactivity
82. Indoor Variations of Radiation Concentrations
83. Experimental Results
84. GammaSense
85. Evaluation
86. Data Collection
87. Accuracy
88. Conclusions and Future Work
89. References
90. People Identification Using Gait Via Floor Pressure Sensing and Analysis
91. Introduction
92. Preprocessing of Floor Pressure Data
93. Clustering and Tracking of Centers of Pressure Using Mean-Shift
94. Foot Recognition
95. Rectification of COP Trajectories
96. Feature Extraction
97. People Identification Using Fisher Linear Discriminant
98. Experimental Results and Performance Analysis
99. Data Collection
100. Feature Selection
101. Cross Validation and Performance Analysis
102. Conclusions and Future Work
103. References
104. Location-Free Object Tracking on Graph Structures
105. Introduction
106. Related Work
107. Decentralized Object Tracking
108. Start-Up Phase
109. Operating Phase
110. Evaluation
111. Topology Recognition Evaluation
112. Object Tracking Evaluation
113. Conclusion
114. References
115. Context Processing and Quality of Context
116. Reasoning about Context in Uncertain Pervasive Computing Environments
117. Introduction
118. Related Work
119. The Context Spaces (CS) Model
120. The Fuzzy Situation Inference (FSI)
121. Modeling Situations
122. Situation Reasoning
123. Implementation
124. A Comparative Evaluation
125. Conclusion
126. References
127. Contextual Ranking of Database Querying Results: A Statistical Approach
128. Introduction
129. Related Work
130. Conceptual Ranking of Database Query Results
131. Context Space Reduction
132. Evaluation
133. Experimental Data
134. Basic Experiments
135. Performance of Context Selection
136. Conclusion
137. References
138. On the Evaluation of Quality of Context
139. Introduction
140. Motivation and Scenario
141. Related Work
142. Quality of Context
143. QoC Evaluation
144. QoC Classification
145. QoC Sources
146. QoC Parameters
147. QoC Evaluation
148. Up-To-Dateness
149. Trust-Worthiness
150. Completeness
151. Significance
152. Algorithm for the Evaluation of QoC Parameters
153. Enrichment of Context Information Model with QoC
154. Implementation
155. Conclusion and Future Work
156. References
157. A Game-Theoretic Approach to Co-operative Context-Aware Driving with Partially Random Behavior
158. Introduction
159. Related Work
160. A Context Model
161. Preliminaries
162. Elements of Game-Theory
163. A Measure of Safety
164. Bounding the Loss
165. Conclusion
166. References
167. Mobile Context-Addressable Messaging with DL-Lite Domain Model
168. Introduction
169. DL-Lite as Domain Modeling Language for CAM
170. DL-Lite Based CAM Architecture
171. Performance Results
172. Related Work
173. Conclusions
174. References
175. Context-Aware Interaction and Case Studies
176. A Wearable, Conductive Textile Based User Interface for Hospital Ward Rounds Document Access
177. Introduction
178. Related Work and Paper Contributions
179. System Overview
180. Overall Architecture and Functionality
181. Hardware Components
182. Software Design
183. General Structure
184. Raw Data Level Algorithm
185. Gesture Level Algorithm
186. User Interface Level Algorithm
187. Evaluation
188. Test and Demonstration in Hospital Steyr
189. Student Test
190. Conclusion
191. Reference
192. Exploring the Design of Pay-Per-Use Objects in the Construction Domain
193. Introduction
194. Pay-Per-Use for Construction Equipment
195. Construction Scenario: Road Patching
196. Analysis of Usage Scenario
197. Pay-Per-Use Billing Model
198. Pay-Per-Use Smart Object Architecture
199. Prototype Implementation
200. Hardware
201. Software
202. Evaluation and Discussion
203. Quantitative Evaluation of Storage Model
204. Evaluating the Trace of a Pay-Per-Use Example
205. Discussion and Future Work
206. Related Work
207. Conclusion
208. References
209. Synthesizing Context for a Sports Domain on a Mobile Device
210. Introduction
211. Context Modeling Using Ontologies
212. Context Synthesis Using Context Operators
213. Operator Matching
214. Cyclist Race Application
215. Performance Evaluation
216. Related Work
217. Conclusion and Future Work
218. References
219. Using Aesthetic and Empathetic Expressions to Motivate Desirable Lifestyle
220. Introduction
221. Ambient Lifestyle Feedback Systems
222. Four Case Studies
223. Persuasive Art
224. Virtual Acquarium
225. Mona Lisa Bookshelf
226. EcoIsland
227. Some Experiences with Case Studies
228. Sensing and Lightweight Interaction
229. Persuasive Expression
230. Feedback Control and Emotion
231. Evaluating the Effects
232. Future Directions
233. References
234. Raising Awareness about Space via Vibro-Tactile Notifications
235. Raising Human Attention
236. Space Awareness
237. A Vibro-Tactile Waist Belt
238. Tactor Actuation
239. Experimental Design
240. Experiment 1: Distance Representation by Variation of Vibration Intensity
241. Experiment 2: Distance Representation by Variation of Vibration Frequency
242. Evaluation
243. Conclusions
244. References
245. Author Index

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Tags: Daniel Roggen, Clemens Lombriser, Gerhard Tröster, Gerd Kortuem, Paul Havinga, Smart Sensing