doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 1 IEEE ah network operation & management consideration for functional requirement Date: Authors:

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 2 Abstract This presentation discusses IEEE ah network operation &management requirements for 11ah.

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 3 Current Use Cases Use Case 1 : Sensors and meters –1a: 11/17r5, slide 7Smart Grid - Meter to Pole –1c: 11/253,Environmental/Agricultural Monitoring –1d: 11/260r1, slid 4Industrial process sensors –1e: 11/17r5, slid 17Healthcare –1f: 11/241r0, slide 3Healthcare –1g: 11/241r0, slid 5Home/Building Automation –1h: 11/242r0, slid 2Home sensors Use Case 2 : Backhaul Sensor and meter data –2a: 11/14r2, slide 5Backhaul aggregation of sensors –2b: 11/260r1, slide 4Backhaul aggregation of industrial sensors Use Case 3 : Extended range Wi-Fi –3a: 11/243r0Outdoor extended range hotspot –3b: 11/244r1Outdoor Wi-Fi for cellular traffic offloading

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 4 11ah network operation & management 11ah network operation & management here is referred to operation& management of the 11ah AP by protocol SNMP.etc and 11ah stations by the proxy of 11ah AP using capabilities of IEEE v, IEEE k or IEEE u. Based on the Use Case 1, Use Case 2,and Use Case 3,some specific Use Cases may not need capabilities of IEEE v, IEEE k or IEEE u,but others may need, so the problem is IEEE v, IEEE k or IEEE u may only apply to some specific Use Cases and we may consider this. Specific use cases are deployed in agricultural or other relatively bad environment,so maintenance is relatively difficult,besides this, a number of wireless sensor controllers are battery powered, so we may consider how operator can handle this situation.

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 5 11ah network operation& management 15.4g-11ah Router 11ah AP Backbone network Operator platform Use Case 1Use Case 2 Use Case 3

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 6 11ah network operation &management considerations -1 Use Case 1 : Sensors and meters –11ah AP should be managed through protocol SNMP, etc. –If 11ah station function is implemented in each wireless sensor controller, then IEEE v,IEEE k or IEEE u may not be implemented due to higher cost or other reasons. Use Case 2 : Backhaul Sensor and meter data –11ah AP should be managed through protocol SNMP, etc. –If 15.4g-11ah router is deployed, then IEEE v, IEEE k or IEEE u may be supported. –To support legacy 15.4g network management a transparent channel might be provided. Use Case 3 : Extended range Wi-Fi –11ah AP should be managed through protocol SNMP, etc. –IEEE v, IEEE k or IEEE u may be supported by 11ah,so the operator could operate& manage not only 11ahAP, but also 11ah stations by the proxy of 11ah AP using capabilities provided by IEEE v IEEE k or IEEE u. So the problem is IEEE v,IEEE k or IEEE u may only apply to some specific Use Cases and we may consider this.

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 7 11ah network operation &management considerations –2 A number of 11ah wireless sensor controllers are battery powered in Use Case 1 and Use Case 2 and we may consider how to handle this situation for efficient network operation& management by the operator especially in relatively bad environment. –In Use Case 1, IEEE v could help report the battery power value to 11ah AP, then the operator can be notified, but IEEE v may not totally meet this need and this may result in higher cost of sensor controllers. –In Use Case 2b in which 15.4g-11ah Router is used, the battery power status value may be reported by 15.4g coordinator and then reported by 11ah station to the 11ah AP using IEEE v. So when discussing issue of “Coexistence with IEEE and IEEE g”, this may be considered.

doc.: IEEE /0672r0 Submission May 2011 ZTE CorporationSlide 8 References [1] Potential Compromise for ah Use Case Document, IEEE /0457r0 [2] Discussion for 11ah Functional Requirements, IEEE /0528r0 [3] IEEE v-2011 [4] IEEE k-2008 [5] IEEE Draft P802.11u_D12.0