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TV-White Spaces From trials to Regulatory framework

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Presentation on theme: "TV-White Spaces From trials to Regulatory framework"— Presentation transcript:

1 TV-White Spaces From trials to Regulatory framework
Communications Regulatory Authority - INCM 2018 Salomão David

2 Why TV-White Spaces Digital exclusion Infrastructure
Digital exclusion affects more than 55% of Mozambicans; ICTs are capable of delivering access to services such as eGovernment, health and education; Infrastructure It is expensive to do the last mile with Optical Fiber; The Mozambican communities are very disperse in rural areas;

3 TV-White Spaces - SADC David, S., Muchanga, A., & Zennaro, M. (2018, July). The Co-Regulation of TV-White Spaces: The Southern Africa Development Community Approach. In International Conference on Cross-Cultural Design (pp ). Springer, Cham. O GED para o presente ano tem tres actividades

4 Last Mile Vs Backhaul Last Mile Distance Clients
Provide access to the Internet with a throughput minimum of 6 Mbps, one BTS 4 Clients Distance Provide coverage for clients at a distance of 7.5 km O GED para o presente ano tem tres actividades Clients Education institutions, Research facilities

5 Throughputs Short Links (non-LOS) Long Links (LOS) 7.5 km;
Urban deployment. Long Links (LOS) 14.5 km; Rural deployment.

6 Database + Sensing

7 Deployment of White Spaces[Planning]

8 Regulation for TV-White Spaces
Ord Item Proposed Expectations 1. Power levels for Rural and Urban Proposed EIRP for rural is 41.2 dBm; Proposed EIRP for urban is 36 dBm. Major number of TV-White Spaces Stations located in rural areas; Create incentives for wide rural deployment; No registration fees for rural deployment; 2. Channel Allocation One channel per BTS in urban; Two channels per BTS in rural areas; 3. Registration of BTS with Database BTS in rural areas must acquire transmission parameters from the Database every 48h; BTS in urban areas must acquire transmission parameters every 24h; Mitigate interference ; Ensure primary clients are not interfered by secondary users; 4. Remote monitoring Geo-location of all BTS stations and respective clients; Knowledge of spectrum usage for better; Kills switch or spectrum allocation Dynamic spectrum allocation; Possibility to change channels in case of interference without interfering with transmissions; 5. Infrastructure mapping for better spectrum usage Mapping UHF-VHF infrastructure; Learn and predict the growth of spectrum usage;   Plan and acquire decision making capabilities for better spectrum planning and allocations;

9 Thank You Obrigado.


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