Q4Health Project Facts
Quality of Service and Prioritisation for Emergency Services in the LTE RAN stack
- Three Partners – RedZinc Services Limited, Eurecom, University of Malaga
- 2 years Innovation Action, Starting 1 January 2016
- Q4HEALTH project is an innovation action focused on the optimization of real time video for emergency services over LTE.
- The project is implemented as a set of experiments conducted over the FIRE platforms PerformLTE and OpenAirInterface
- Challenge – how to optimize wearable LTE video
- 8 Experiments
- Evaluation of 20 KPIs for wearable video
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| Experiment | Experiment Name | |
|---|---|---|
| EPC |
Experiment A | Application to EPC Service Control Evolution of the Rx interface using OpenFlow |
| Experiment B | Application Controlled In Building Handover Between LTE pico cells, small cells and Wi-Fi |
|
| Experiment C | Group Video over OpenFlow at Adjacent Macro Cell
OpenFlow to support group sharing of video/audio directly to adjacent eNodeB without trombone to EPC |
|
| Access |
Experiment D | Scheduling Optimisation for Priority
VideoScheduling programmability through API allowing application-specific resource allocation |
| Experiment E | UE Antenna evaluation
Comparison of belt mounted wearable antenna |
|
| Showcase |
Experiment F | Integrated Experiment to showcase optimal features
Validation of all features with end to end validation and showcase |
| Experiment G | Modem evaluation Modems comparison for components selection |
|
| Experiment H | Battery evaluation
Study of the battery autonomy in several scenarios |