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6.
San José; World Health Organization;Pan American Health Organization;International Decade for Natural Disaster Reduction;Regional Disaster Information Center (CRID); 1999. 40 p. ilus.
Monografia em En | Desastres | ID: des-11407
7.
San José; Organización Mundial de la Salud;Organización Panamericana de la Salud;Decenio Internacional para la Reducción de los Desastres Naturales;Centro Regional de Información sobre Desastres (CRID); 1999. 40 p. ilus.
Monografia em Es | Desastres | ID: des-11408
8.
s.l; Japan. National Committe for the IDNDR; 1999. 9 p. ilus.
Não convencional em En | Desastres | ID: des-12091

RESUMO

The purpose of this study is to develop a pictogram system for natural disaster reduction. Long lasting and tangible achievement of IDNDR is needed which may be used in all over the world for many coming generations. As Neurath said "World divide, pictures unite", pictograms could be a powerful communication tool as well as an educational tool to improve global disaster awareness. In this project, we formed a multi-disciplinary team to compile "A database of pictograms for natural disaster reduction", which we intend to release our copyrights to be used widely and freely as an achievement of IDNDR through internet. We developed the lexicon and grammar of the pictograms for natural disaster reduction. Over 700 pictograms in use were collected for evaluation, and new designs were also added to complete the list of concepts related to natural hazards and their disaster management. Home page will be introduce for worldwide participation in this project.(AU)


Assuntos
34661 , Redes de Comunicação de Computadores , Estratégias de Saúde , Japão , Bases de Dados como Assunto
9.
Artigo em En | Desastres | ID: des-12349

RESUMO

The new information technologies will, no doubt, be more effectively used in the future. The current generation of web sites, only hint at their potential. Web sites could list such individuals, along with their email addresses and telephone numbers at which they could be paged 24-hours-a-day. In addition, information could be provided in cyberspace which provides an all-hazards check list of what the emerging EOC should consider during pre-impact, impact, post-impact periods. The purpose of the current paper is to offer a few suggestions in answer questions like How might the educational processs, be more effectively facilitated to potentially involve all of us? How might we develop a process, which might also enable practitioners to interact with one another and with researchers during emergency time periods to employ the knowledge and experience of others at a critically useful time? and to raise a few important issues, which may be useful to keep in mind pursuant to implementing answers to these questions


Assuntos
Sistemas de Informação , Tecnologia , 34661 , Multimídia , Redes de Comunicação de Computadores , Austrália , Software , Planejamento em Desastres
11.
In. Craig Conklin, W; Blue,Charles; Nanko,Lisa; Carpentier, Marcia; Wyvill, Bonnie; Kahn, Miles; Nawar, Madeleine; Lyman,Rick. Proceedings of the 1998 international radiological post - emergency response issues conference. Washington, D.C, U.S. Environmental Protection Agency (EPA). Office of Radiation and Indoor Air, Sept.1998. p.97-101, ilus, mapas, tab.
Monografia em En | Desastres | ID: des-10888
12.
New York; U.S. Multidisciplinar Center for Earthquake Engineering Research; Jul. 1998. 104 p. ilus, tab.(Technical Report MCEER, 98-0008).
Monografia em En | Desastres | ID: des-11285
13.
In. Schiff, Anshel, ed. Proceedings of the Workshop on Perfomance Criteria for Telecommunication Services under Earthquake conditions. New York, U.S. Multidisciplinar Center for Earthquake Engineering Research, Jul. 1998. p.43-8, ilus. (Technical Report MCEER, 98-0008).
Monografia em En | Desastres | ID: des-11287

RESUMO

This paper is intended as a starting point for discussions to address and identify perfomance issues relñated to congestion (meaning delayed dial tone and incomplete call attempt) on telecommunication systems and networks after a major earthquake in a populated area. The driving forces, technology, advanced services, market demand and competition, that are shaping the telecommunication systems and networks of the next century can be harnessed to serve post disaster needs. The time has come to develop perfomance criteria and policies in parallel with the growth and changes of the telecommunication systems and networks. The task ahead is huge and not easy, success will depend on collaboration of operators, vendors, providers of emergency services, policy makers, researchers and users.(AU)


Assuntos
Telecomunicações , Redes de Comunicação de Computadores , Terremotos , Japão , Estados Unidos , Fatores de Risco
14.
In. Schiff, Anshel, ed. Proceedings of the Workshop on Perfomance Criteria for Telecommunication Services under Earthquake conditions. New York, U.S. Multidisciplinar Center for Earthquake Engineering Research, Jul. 1998. p.53-68, ilus, tab. (Technical Report MCEER, 98-0008).
Monografia em En | Desastres | ID: des-11288

RESUMO

The overall perfomance of a telecommunications network is a function of the perfomances of its constituent layers, and lifeline earthquake engineering addresses mainly the physical layer. Contributions of lifeline engineering to physical perfomance qre reviewed in this paper, and two areas are singled out for discussion: Lifeline interaction and concentration. Lifeline interaction, i.e., T/C failure due to disruption to its support lifeline, is deemed the most important cause of failure now that direct failure of equipment is unlikely. However, interaction is but a special case of concentration, which refers to all locales with an over-abundant presence of assets. Where there is concentration, which refers to all locales with an over-abundant presence of assets. Where there is concentration, the effects of a failure among the pool of assets are always amplified.(AU)


Assuntos
Telecomunicações , Redes de Comunicação de Computadores , Terremotos
15.
Maryland; U.S. Government Institute; 1998. 272 p. ilus, tab.
Monografia em En | Desastres | ID: des-13382
16.
Prehospital and Disaster Medicine ; 12(2): 21-5, Apr.-Jun. 1997. ilus
Artigo em En | Desastres | ID: des-11010

RESUMO

There is a huge need for access to information in the areas of disaster relief, disaster medicine and humanitarian assistance. The extraordinarily rapid increase in the literature in these subject areas attests to this need. However, use of the printed word has substantial limitations that are even more profound in the developing world. This paper discusses the Center of Excellence in Disaster Management and Humanitarian Assistance and describes the World Wide Web and the implications it has in disaster management and medicine. It describe methods for obtaining user input to the techniques used for the areas of disaster manager medicine. The implementation of an on-line Internet reference desk that will provide 1) a list of expert 2) a searchable disaster database and 3)on-line simulation courses and training excieses also is discussed (AU)


Assuntos
Redes de Comunicação de Computadores , Planejamento em Desastres , Cooperação Internacional , Interface Usuário-Computador , Métodos , Modems
17.
Santa Fe de Bogotá; Colombia. Sistema Nacional para la Prevención y Atención de Desastres (SNPAD). Dirección Nacional para la Prevención y Atención de Desastres (DNPAD); feb. 1997. 17 p.
Monografia em Es | Desastres | ID: des-8941
18.
s.l; Caribbean Disaster Emergency Response Agency (CDERA); 1997. 25 p. tab.
Monografia em En | Desastres | ID: des-10113
19.
s.l; UN. International Decade for Natural Disaster Reduction (IDNDR); 1997. 6 p.
Monografia em En | Desastres | ID: des-10114
20.
s.l; World Health Organization Regional Office for Europe. Croatia Office; 1997. 10 p.
Monografia em Es | Desastres | ID: des-10115
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