Intelligent Interactive Assistance and Mobile Multimedia Computing: International Conference, IMC 2009, Rostock-Warnemünde, Germany, November 9-11, 2009. Proceedings

Cover......Page 1
ISBN-10 3-642-10262-X......Page 4
Message from the Chairs......Page 5
Organization......Page 7
Table of Contents......Page 9
Introduction......Page 13
Experts Inside......Page 14
Communicative Cameras......Page 16
Digital Repairmen......Page 17
Intelligence Everywhere......Page 18
Digital Decision Support^{2}......Page 19
Combining Diagnostics and Treatment......Page 20
Tumor Marker......Page 21
Virtual Colonoscopy......Page 22
Introduction......Page 24
A Locomotion Calculus for Convex Spaces......Page 25
$\\mathcal{BA}_{3}$......Page 26
Qualitative Locomotion Patterns......Page 27
A Metric on Qualitative Places......Page 28
Shortest and Indirect Paths......Page 30
Running on a Spot......Page 31
Imperfection......Page 32
Discussion......Page 33
Introduction......Page 36
Related Work......Page 37
Gesture-Driven Interaction......Page 38
Interaction Metaphor......Page 39
Evaluation......Page 41
Experimental Tasks......Page 42
Questionnaires......Page 43
User Activity Analysis......Page 44
Summary and Future Work......Page 46
References......Page 47
Introduction......Page 48
Related Work......Page 49
Progressive Content Presentation......Page 50
The Adaptation Procedure......Page 51
Assessment of Resource Consumption......Page 53
Estimation of Future Resource Consumption......Page 54
Estimating Response Time and Amount of Data......Page 55
A Typical Use Case for Our Approach......Page 57
Conclusions......Page 58
Introduction......Page 60
Related Work......Page 61
Requirements for Tangible Mobile HMI-Systems in a Process Industries Environment......Page 62
Experimental Design......Page 63
Input/Output Design Space......Page 64
Design Space Conceptual Model......Page 65
Network Technologies for Wireless Personal Area Networks......Page 67
Realization......Page 68
Conclusion......Page 69
Introduction......Page 72
Taxonomy and Overview......Page 74
Embedded Web Servers......Page 75
SNMP-Based Remote Control......Page 76
Overview......Page 77
Framework Components......Page 78
Case Study......Page 79
Conclusion......Page 81
References......Page 82
Introduction......Page 83
Related Work......Page 84
Concept of KopAL......Page 85
Components of KopAL......Page 86
The OLSRD Component......Page 87
Speech Component......Page 88
Appointment Controller......Page 89
Session Controller......Page 90
Summary and Outlook......Page 91
Introduction......Page 93
Real Time 2D Frontal Face Detection......Page 94
Face Image Preprocessing......Page 96
Expression Training with Back Propagated Neural Network (NN)......Page 97
Prototyping......Page 98
Pilot Test with Faces......Page 99
Evaluation with Real Time Detected Faces......Page 100
References......Page 102
Introduction......Page 104
Combining Pedestrian Navigation with Event Recommendation and Live Public Transport Routing......Page 105
Current State of the ROSE System......Page 106
An $h_{\\epsilon}u$-optimal Algorithm for Comfortable Routes......Page 107
Approximation of the $h_{\\epsilon}u$-Optimal Algorithm......Page 108
Multi-attribute Decisions......Page 109
Assignment to Theoretical Problems......Page 111
Conclusion and Outlook......Page 113
Introduction and Motivation......Page 115
Service-Oriented Architectures for Universities......Page 116
Infrastructural Model for the Service-Oriented University......Page 118
Hardware Resources and End User Devices......Page 120
Applications and Services......Page 121
Service Layer of the General Purpose Access Point (GPAP)......Page 122
Cross-University Integration......Page 123
Use Case: The University of Tomorrow......Page 124
References......Page 125
Introduction......Page 127
State of the Art: Current Challenges......Page 128
Too Complex: Too Hard to Use, Build or Maintain......Page 129
Too Clever: Trying to Know Better Than the User......Page 130
High Up-Front Investment Costs......Page 131
System Architecture with Centralized but Subsidiary Controllers......Page 132
Open Interfaces at Software and Network Levels......Page 133
Optimize for Responsiveness......Page 134
Separate Control Devices with Differing Richness and Modalities According to Situation and User Expertise......Page 135
Business Models: User Value and Extensibility......Page 136
References......Page 137
Introduction......Page 139
Related Work......Page 140
Framework......Page 141
Server......Page 142
Remote Visualization Client......Page 145
Scalability Discussion......Page 146
Visual Analytics Platform......Page 147
Conclusion......Page 148
Future Work......Page 149
Introduction......Page 151
Related Work......Page 152
The General Purpose Acces Point Approach......Page 155
Network Layer......Page 156
Experimental Results with Service Proxying......Page 157
Heterogeneous Addressing and Mobility......Page 159
Conclusion and Future Work......Page 161
Introduction......Page 163
System Platform and the 3D Graphics Engine......Page 165
Speed-Dependent Camera Control......Page 166
Preliminary Testing......Page 167
Automatic Camera Control in the Experiment......Page 168
Equipment......Page 169
Procedure......Page 170
Results......Page 171
Discussion......Page 172
References......Page 174
Introduction......Page 175
Basic Characteristics of Logistics Companies......Page 176
The Common Logistics Process in Large and Small Companies......Page 178
Process Description for Large Logistics Companies......Page 179
Process Issues of Large Logistics Companies......Page 180
Location Based Services for Process Enhancements......Page 181
Combining LBS with Event Driven Business Process Management......Page 183
Conclusion......Page 184
References......Page 185
Introduction......Page 186
Concept Development......Page 187
Activity Sharing......Page 188
Real Time Location Sharing......Page 189
D Phonebook......Page 191
References......Page 194
Introduction......Page 196
Related Work......Page 197
Sink......Page 198
Efficient Routing......Page 199
Announcement Phase......Page 200
Subscription Phase......Page 202
Publication Phase......Page 204
Shortcomings......Page 205
Future Work......Page 206
Introduction......Page 208
Related Work......Page 212
Planning: The Locks Approach......Page 213
Action Selection: The Guarding Approach......Page 216
Comparing the Two Paradigms......Page 217
Conclusion......Page 218
Introduction......Page 220
Requirements......Page 221
System Overview......Page 223
PIMS: Position Information Management Server......Page 225
Position Sensing......Page 227
Current State......Page 228
Outlook......Page 229
Introduction......Page 231
Related Work......Page 232
Designing Human Behavior Models......Page 233
Evaluation of Human Behavior Models......Page 237
Evaluation of the Physical Environment......Page 238
Conclusion and Future Work......Page 241
Introduction......Page 243
PyS60 Application Development......Page 244
General Issues......Page 245
Rapid Prototyping with SPARK......Page 246
SPARK Environment......Page 248
Rapid Prototyping Platforms......Page 249
Mobile Phone Programming Options......Page 250
PyS60 Related Tools......Page 251
Use Case: Use in Teaching......Page 252
Conclusion......Page 253
References......Page 254
Motivation......Page 256
Use Cases......Page 257
Task Models......Page 259
Modularization......Page 261
The Main Success Scenario......Page 262
Start-Off Phase......Page 263
Use Case Modeling......Page 264
Moving to Design......Page 265
Conclusion and Future Work......Page 266
References......Page 267
Introduction......Page 268
Introducing Example......Page 269
Tom\'s Route Planning – Project Amigo [9]......Page 272
Jane\'s Email – Project Aura [10]......Page 274
Bart\'s Order – Project Daidalos [23]......Page 275
Requirements......Page 276
Conclusion......Page 278
Introduction......Page 280
Related Work......Page 281
Stops and Moves on a Trajectory......Page 282
Core Points and Density in OPTICS......Page 283
Spatio-Temporal Neighborhoods......Page 285
Cluster as Stops......Page 286
Interactive Cluster Construction......Page 287
Visualization Method......Page 288
Experiments......Page 289
Conclusions......Page 290
Introduction......Page 292
System Architecture......Page 293
Environment Sensing......Page 295
Goal Achievement......Page 296
Application Example......Page 297
References......Page 298
Introduction......Page 300
Related Work......Page 301
Modeling of Human-Induced RF-Shadowing......Page 302
Tracking Transceiver-Free Users......Page 305
Simulation Set-Up......Page 306
Simulation Results......Page 307
Conclusions......Page 308
Introduction......Page 311
Handover Measurement Setup......Page 313
Investigation of Handover Time Behaviour......Page 314
Conclusion of Handover Measurement......Page 316
Drawback of IEEE 802.1X Authentication Time Behaviour......Page 317
Sequential Authentication......Page 318
Validation of Sequential Authentication Concept......Page 320
Conclusion......Page 321
References......Page 322
Introduction......Page 323
Related Work......Page 324
Assisted Ad Hoc Privacy Control......Page 325
Request Events......Page 326
Disclosure Behavior......Page 328
Analysis......Page 329
Conclusion and Outlook......Page 332
Vantage Film PSU-3^{®} Digital Video Assist System......Page 335
References......Page 336
Pattern Language for eHealth-Domain......Page 337
References......Page 338
Solution and Results......Page 339
Self-adaptation in DDM......Page 342
References......Page 343
Problem Analysis, Derived Requirements, and a Proposal for a Development Framework Satisfying these Requirements......Page 344
Author Index......Page 346