Performance improvement of offline phase for indoor positioning systems using Asus Xtion and smartphone sensors

Keyphrases

• Performance Improvement 100%
• Indoor Positioning System 100%
• Smartphone Sensors 100%
• Location-based Services 100%
• Xtion Sensor 100%
• Radio Frequency 75%
• Radio 50%
• Smartphone 50%
• Pattern Matching 50%
• Computing Complexity 50%
• Indoor Environment 50%
• Matching Approach 50%
• Xtion 50%
• Service Applications 50%
• System Deployment 25%
• Mobile Devices 25%
• Depth Information 25%
• Push-pull 25%
• Estimation Method 25%
• Deployment Cost 25%
• Technology-based 25%
• Radio Signal 25%
• Received Signal Strength 25%
• Sampling numbers 25%
• User Location 25%
• Indoor Positioning 25%
• Work Cost 25%
• Measurement Location 25%
• Error Distance 25%
• Multi-task Application 25%
• Communication Services 25%
• Frequency Pattern 25%
• Pull Communication 25%
• Service Information 25%
• Site Survey 25%
• Online Positioning 25%
• Positioning Approach 25%
• Localization Technology 25%
• Frequency Information 25%
• Uncertain Location 25%
• Location Estimate 25%
• Location Estimation 25%

Computer Science

• Performance Improvement 100%
• Location-Based Service 100%
• Pattern Matching 50%
• Service Application 50%
• Matching Approach 50%
• Experimental Result 25%
• Communication Service 25%
• Received Signal Strength 25%
• Conventional Method 25%
• Fundamental Problem 25%
• Depth Information 25%
• Frequency Information 25%
• Radio Frequency Signal 25%
• Location Estimation 25%
• Location Estimate 25%
• Error Distance 25%
• Considerable Amount 25%
• Mobile Device 25%

Engineering

• Radio Frequency 100%
• Performance Improvement 100%
• Indoor Positioning Systems 100%
• Pattern Matching 50%
• Experimental Result 25%
• Frequency Signal 25%
• Received Signal Strength 25%
• Conventional Method 25%
• Communication Service 25%
• Measurement Location 25%
• Fundamental Problem 25%
• Information Service 25%
• Location Estimation 25%
• Phase Line 25%
• Error Distance 25%
• Mobile Phones 25%