Emergency Management Mapping and Information Portal Feasibility Study

The Hawkes Bay Regional Council, New Zealand, have issued a Request for Proposal for a Feasibility Study for a Emergency Management Mapping and Information Portal. There is a nine page document describing the requirements, available to registered companies:

The Hawke’s Bay Civil Defence Emergency Management Group (Hawke’s Bay Region CDEM Group) is a partnership between all local authorities in Hawke’s Bay (being Central Hawke’s Bay, Hastings, and Wairoa District Councils, Napier City Council, and Hawke’s Bay Regional Council).

The Hawke’s Bay CDEM Group are looking to explore opportunities for providing a shared mapping and spatial information portal which will assist the comprehensive emergency Management activities of the Hawke’s Bay CDEM Co-ordinating Executive Group (CEG), Hawke’s Bay Engineering Lifelines Group (HBELG), Hawke’s Bay Emergency Services Co-ordinating Committee (ESCC), Eastern Regional Rural Fire Committee, Civil Defence Emergency Managers and other bodies to fulfill their planning and emergency response obligations.

The objective is to have a common permanent system displaying information from utility operators and information about health and emergency service(s) sites and significant fast moving consumer goods (FMCG) locations so that:
effective and timely access to quality information is available during an emergency in the Hawkes Bay.

the HB CDEM Group Controller can quickly establish the extent and seriousness of the impact of a disaster throughout the region and monitor progress with recovery.
an Incident Controller or emergency service providers can establish the extent and seriousness of issues and determine their priorities and how they can gain access to affected areas or identify potentially at risk communities.
Utility operators can determine impact on the other utilities, upon which they rely, so that they are better able to co-ordinate recovery operations. ...

From: Hawke's Bay Civil Defence and Emergency Management Mapping and Information Portal - Feasibility Study, Request for Proposal, GETS Reference: 21878, Hawkes Bay Regional Council

HAWKES BAY
CIVIL DEFENCE AND EMERGENCY MANAGEMENT
MAPPING AND INFORMATION PORTAL

FEASIBILITY STUDY
CONTENTS
Page
1. Introduction 3
2. Objective of Study 3
3. Scope of Work 4
4. Methodology 5
5. Responsibilities and Commitments 6
6. Submissions 6
7. Start and Completion Dates 7
8. Appendix 1 8

1. INTRODUCTION

Personal Name Matching, Data Linkage and Geocoding

Recommended:

DCS SEMINAR SERIES

A Comparison of Personal Name Matching: Techniques and Practical Issues. -and also- Privacy-Preserving Data Linkage and Geocoding: Current Approaches and Research Directions

Peter Christen (DCS, ANU)

DATE: 2006-12-13
TIME: 16:00:00 - 17:00:00
LOCATION: CSIT Building, N101, ANU, Canberra

ABSTRACT:
In this seminar I will present two talks I will give at the IEEE International Conference on Data Mining (ICDM) in Hong Kong, 18-22 December.

1) Finding and matching personal names is at the core of an increasing number of applications: from text and Web mining, search engines, to information extraction, deduplication and data linkage systems. Variations and errors in names make exact string matching problematic, and approximate matching techniques have to be applied. When compared to general text, however, personal names have different characteristics that need to be considered. In this talk I will discuss the characteristics of personal names and present potential sources of variations and errors. I then overview a comprehensive number of commonly used, as well as some recently developed name matching techniques. Experimental comparisons using four large name data sets indicate that there is no clear best matching technique.

2) Data linkage is the task of matching and aggregating records that relate to the same entity from one or more data sets. A related technique is geocoding, the matching of addresses to their geographic locations. As data linkage is often based on personal information (like names and addresses), privacy and confidentiality are of paramount importance. In this talk I will present an overview of current approaches to privacy-preserving data linkage, and discuss their limitations. Using real-world scenarios I will illustrate the significance of developing improved techniques for automated, large scale and distributed privacy-preserving linking and geocoding. I then discuss four core research areas that need to be addressed in order to make linking and geocoding of large confidential data collections feasible.

BIO:
Dr Peter Christen is a lecturer at the Department of Computer Science at the Australian National University. He received his Diploma in computer science engineering from the ETH Zurich (Switzerland) in 1995 and his PhD in computer science from the University of Basel (Switzerland) in 1999. His research interests are data mining (especially data linkage and data pre-processing), high-performance computing, and most recently security and privacy preservation (in the context of data linkage and health informatics).

In the last four years his research has concentrated on the project "Investigation and Development of Parallel Large Scale Record Linkage Techniques", an ARC Linkage project conducted in collaboration with and partially funded by the NSW Department of Health.

<http://cecs.anu.edu.au/seminars/showone.pl?SID=333>