Spatial Location BOF (spatial) Thursday, March 30 at 0900-1130 =============================== CHAIRS: Haitao Tang James M. Polk DESCRIPTION: The purpose of this BOF is to address spatial location discovery, information, exchange, and utilization for IP devices. The objective of this BOF is to let IP devices and applications be able to represent their spatial location information, established through other approaches, in an agreeable manner and authenticatedly communicate that information with other IP devices and applications. Security is a fundamental requirement for many situations of the data exchanges and applications. It is an inseparable part of the objective. The problem intended to answer is two-fold: (1) How can an IP device, even if mobile, represent its physical location information, determined by an other approach, in a recognizable format; and (2) How can two IP devices, whether end IP devices, network servers or spatial location servers themselves exchange location information reliably? The problem has many facets or items for the consideration. Here are some of the items that need to be investigated: (a) Spatial locality information expressions (including accuracy and associated privacy policy) and the data format for exchange (b) Authentication needs at different levels such as device level, user level, and server level (c) Security requirements and approaches for the data exchange (d) Requirements and approaches (including security) for an IP device to verify the location information received from the exchange when needed and authenticated to do so (e) Characteristics of an IP device and its spatial location based services as well as the way for one to identify them (f) A common language for an IP device to specify the characteristics and services interested to or offered by it (g) Various scenarios risen from different types and relationships of the IP devices including relative vs. absolute location to another IP device (h) Usability constraints for solving the problem. Here, an IP device is a device which is addressable via IP. The device may be the host which is addressable by IP or an element within the host. In addition, an IP device can be a physically static or moving IP device. The spatial location is the physical spatial location of an IP device. The issues of virtual location and virtual time should be specified by certain service characteristics. The intended work addresses both IPv4 and IPv6. AGENDA: 1. Agenda bashing 3 min 2. Individual presentations 72 min - Haitao Tang, "This Spatial Location Effort and Its Problem Scope" (7 min) - Patrik Faltstrom, "The People Location Protocol" (5 min) - Kenji Takahashi, "Spatial Location Based Services" (7 min) - James M. Polk, "Spatial Location Server Authentication" (6 min) - Mari Korkea-aho, "Some Scenarios for Location Based Applications" (7 min) - Rohan Mahy, "Location Types and Their Relations" (6 min) - Carl Stepehn Smyth, "Use Cases for Location-Dependent Automotive/ Mobile Information Services" (7 min) - Mika Ylianttila, "Inter-technology Mobility Management aided with Geo-location Information" (7 min) - Mo Zonoun, "IP Telephony E911 Requirements, Issues and Solutions" (7 min) - John Loughney, "ISL Architectural Considerations" (6 min) 3. Invited presentations 25 min - Louis Hecht (from OpenGIS), "the Open GIS Consortium - a platform for place-based and position advantaged information systems and services," (8 min) - WAP, "Position Related Activity at WAP Forum" (5 min) - IMPP WG (5 min) - Erik Guttman (SVRLOC WG), "Service Location Protocol" (5 min) 4. Open review of this effort 30 min 5. Charter bashing 12 min 6. WG / another BOF formation? 8 min