ITR-RESCUE is part of the California Institute for Telecommunications and Information Technology (Calit2) and its IT infrastructure is provided by Responsphere |
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On May 26, 2006 the RESCUE project hosted its first Earthquake Information Dissemination Workshop. Invited guests included representatives from schools, government and industry. The goal of this workshop was to:
Intelligence and Security Informatics (ISI) is the study of the development and use of advanced information technologies, computer science, and algorithms for national/international and homeland security related applications, through an integrated technological, organizational, and policy based approach.
IEEE ISI-2006 will provide a stimulating intellectual forum for discussion among often dispartate communities: academic researchers (in information technologies, computer science, public policy, and social and behavioral studies), local, state, and federal law enforcement and intelligence experts, and information technology industry consultants and practitioners. IEEE ISI-2006 will be co-located with the 7th Annual International Conference on Digital Government Research (http://dgrc.org/dgo2006).
The third international meeting of the Information Systems for Crisis Response and Management (ISCRAM) will be held May 14-17, 2006, at New Jersey Institute of Technology (NJIT). The theme is integration of phases of the Emergency Management and Preparedness lifecycle: planning, training, mitigation, detection, alerting, response, recovery, and assessment. Three outstanding keynote speakers will anchor the meeting on Monday through Wednesday, with topics ranging from the requirements for emergency management of New York City, through worldwide humanitarian relief efforts, to nationwide planning for New Zealand.
Next generation wireless networks face many challenges such as the presence of chaotic and heterogeneous wireless access technologies, the increasing popularity and wide spread use of license free bands for communication, limited wireless spectrum and increasing interference, and above all the difficulty of these networks to provide a reliable and always available service in the event of emergencies. It is expected that, in the next decade, the design of wireless networks would undergo a radical change from the traditional centralized systems to the modern distributed wireless mesh architectures. Unlike in the past, when protocol or system functionality was the prime concern during their design, it becomes imperative to incorporate a multi-modal design approach that can enable not just system functionalities but also reliability, availability, and emergency response capability. Any physical world emergency situation can translate to network emergencies and hence the failure of critical wireless communication infrastructure can lead to disastrous consequences. Towards our journey to a pervasive computing and communication paradigm, we need to ensure that the architectures and protocols for next generation wireless networks should be designed with an in-built capability to provide a reliable, available, and fault tolerant design which in turn enable wireless networks to handle networked-world emergencies. The first IEEE International Workshop on Next Generation Wireless Networks 2005 (IEEE WoNGeN '05) held in conjunction with IEEE HiPC '05, provides a forum for researchers, practitioners, policy makers, and students to present their latest research results to advance the hot research area of next generation wireless networks.
Dr. Beverley Adams, Remote Sensing Group Leader at ImageCat, chaired sessions in which researchers from the US, Japan and Europe presented papers addressing the use of satellite and airborne imagery for post-earthquake and multi-hazard damage assessment and building inventory development. Lively discussion sessions rounded off each day, exploring the development of a standardized remote sensing-based earthquake damage scale, and the integration of remote sensing data within multi-hazard loss estimation. The keynote address was given by Professor Shinozuka, UCI Distinguished Professor and Chair of the Department of Civil and Environmental Engineering at UCI.
DIVO 2004 is the first in a series of workshops exploring the use of database technology in virtual organizations. A virtual organization is a dynamically formed coalition of parties from different home organizations who want to cooperate with one another to reach a common goal, often within a very short time frame. Virtual organizations arise in business, government, educational, and military contexts, often in response to opportunities or challenges that cannot be anticipated in advance and require a rapid response. Virtual organizations have information sharing needs that cross traditional organizational boundaries and require rapid deployment; they cannot be fully satisfied using traditional database technology.
The DIVO workshops are formulated with three goals in mind: to serve as a forum for members of the database research community to learn about the needs of particular kinds of virtual organizations, and to serve as a forum for presenting research results and position papers that show how information technology can address the needs of virtual organizations. To this end, each DIVO workshop will focus on a particular database need found in virtual organizations, and highlight the requirements found in a particular type of virtual organization. The technical focus for DIVO 2004 is on information integration for virtual organizations, and the application area is crisis management.
This material is based upon work supported by the National Science Foundation under Award Numbers 0331707 and 0331690. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation
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