July 2012 Doc IEEE 802 15 12 0365

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 Project: IEEE P 802. 15 Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [ Applications and Specification Requirements for PAC] Date Submitted: [July 14 th, 2012] Source: [Yasunori Owada, Marco Hernandez, Huan-Bang Li, Igor Dotlić, Ryu Miura ] Company: [NICT] Address: [3 -4 Hikarino-oka, Yokosuka, 239 -0847, Japan] Voice: [+81 46 -847 -5439] Fax: [+81 46 -847 -5431] E-Mail: [] Re: [In response to call for applications for 802. 15. 8 TG] Abstract: [ ] Purpose: [Material for discussion in 802. 15. 8 TG] Notice: This document has been prepared to assist the IEEE P 802. 15. It is offered as a basis for discussion and is not binding on the contributing individual(s) or organization(s). The material in this document is subject to change in form and content after further study. The contributor(s) reserve(s) the right to add, amend or withdraw material contained herein. Release: The contributor acknowledges and accepts that this contribution becomes the property of IEEE and may be made publicly available by P 802. 15. Submission Slide 1 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 PAC Applications 1 • Wireless bi-directional intercom system – It provides real time group communications without infrastructure. – An intermediate mobile terminal (or relay node) may relay communication sessions. – Use case: • For first responders or rescue team communications in a disaster area, where no communication infrastructure is available. • For recreational use (communication for motorcycle riders, skiing, etc. ) Submission Slide 2 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 PAC Applications 2 • SOS transmission, search and rescue assistance. – Use case • Children or elderly people tracking system. • Emergency (panic) alarm to notify to nearby people. • Search and rescue of victims in disaster areas (avalanche, earthquake, tsunami, etc. ) • Early warning of disaster alert (earthquake, tsunami, tornado, flood, etc. ) Submission Slide 3 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 PAC Applications 3 • Social networking – Communication among passengers in public transportation or cars. – It requires information caching, routing and forwarding features. – Use case: • Sharing of safety information, evacuee list, aid supply information in shelters without infrastructure. • Forwarding of such information to outside of a disaster area. • Sales ads distribution. Submission Slide 4 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 PAC Applications 4 • Temporal wireless mesh network system – A PAC subnet is used as wireless mesh network backbone. – Easy to deploy and easy to provide wireless access (Wi-Fi) services for terminals. – Use case: • Temporal infrastructure deployment in a disaster affected area, in case of other communication infrastructure is not available. • Temporal infrastructure deployment for expos, events or festivals. • Infrastructure deployment for a wireless disaster prevention system for a local government. Submission Slide 5 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 PAC Application 5 • Ad hoc communications – Establishment of communication links among nearby terminals. – Multi-hop routing may provide end-to-end communication through a multi-hop path. – Service discovery, authentication and secure communication are required. – Use case: • Device to device data handover (ex. camera to storage) • Access network coverage extension. • IP based applications (FTP, HTTPS, etc. ) Submission Slide 6 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 PAC Requirements • Features – – – Fast peer link setup Multi-hop Peering, service discovery, security, name resolution. Multicast (group cast), broadcast End-to-end asynchronous communications. Localization (relative position estimation). • Performance – – Submission Transmission range: 10 m ~ 1 km Throughput: 100 kbps ~ 10 Mbps or more Bit error rate: < 10% Peering time: < 100 ms Slide 7 Owada, Hernandez, Li, Dotlić

July 2012 Doc: IEEE 802. 15 -12 -0365 -00 -0008 Questions & comments • Please contact: yowada@nict. go. jp Submission Slide 8 Owada, Hernandez, Li, Dotlić