Abstract:
Many mobile collaborative applications use resource positioning to provide services to end-users. Depending on the features of the collaboration activity to be supported,...Show MoreMetadata
Abstract:
Many mobile collaborative applications use resource positioning to provide services to end-users. Depending on the features of the collaboration activity to be supported, some positioning methods are more suitable than others. Despite ample research in this area, it is not clear which positioning method is more appropriate to support a particular collaboration activity. This paper presents a survey of positioning methods that can be used to support mobile collaboration. It also characterizes and compares these methods in order to determine which ones are more suitable, depending on the type of activity to be supported. This information helps software designers make this decision when they are conceiving a new mobile collaborative system.
Date of Conference: 09-12 October 2016
Date Added to IEEE Xplore: 09 February 2017
ISBN Information:
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- High Scores ,
- Performance Of Method ,
- Support Vector Machine ,
- Median Score ,
- Accuracy And Precision ,
- Outdoor Environments ,
- Signal Strength ,
- Positioning System ,
- Coverage Area ,
- Global Positioning System ,
- Base Station ,
- Indoor Environments ,
- Radio Frequency Identification ,
- Target Amount ,
- Received Signal Strength ,
- Angle Of Arrival ,
- Deployment Cost ,
- Fingerprinting Method ,
- Time Difference Of Arrival ,
- Layout Changes ,
- Power Calculation ,
- Importance Of Efforts ,
- Probabilistic Method ,
- Position Estimation ,
- Hidden Layer ,
- Cell Identity ,
- Scalable ,
- Position Error ,
- Indoor Localization ,
- Target Location
- Author Keywords
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- High Scores ,
- Performance Of Method ,
- Support Vector Machine ,
- Median Score ,
- Accuracy And Precision ,
- Outdoor Environments ,
- Signal Strength ,
- Positioning System ,
- Coverage Area ,
- Global Positioning System ,
- Base Station ,
- Indoor Environments ,
- Radio Frequency Identification ,
- Target Amount ,
- Received Signal Strength ,
- Angle Of Arrival ,
- Deployment Cost ,
- Fingerprinting Method ,
- Time Difference Of Arrival ,
- Layout Changes ,
- Power Calculation ,
- Importance Of Efforts ,
- Probabilistic Method ,
- Position Estimation ,
- Hidden Layer ,
- Cell Identity ,
- Scalable ,
- Position Error ,
- Indoor Localization ,
- Target Location
- Author Keywords