Sök:

Sökresultat:

3 Uppsatser om Recordkeeping - Sida 1 av 1

Tjänsteorienterad arkitektur : Ett arkiv- och informationsvetenskapligt perspektiv på tjänsteorienterad arkitektur

The starting point of this paper has to do with rapid changes within the information technology and the need for agile and fast systems. The primary goal is to investigate what happens with Recordkeeping practices in agile environments like service oriented architecture (SOA). It is in the possible transfer between IT architecture and digital archive the area of this paper resides. The paper relates to the Records Continuum model by which records will be considered historical and active at the time of creation. In the Records Continuum model Recordkeeping practices and archival requirements will have to be taken into account at the time of creation.This paper concerns SOA from the perspective of Archival and Information science.

Distriktssköterskors dokumentation i omvårdnadsjournal vid telefonrådgivning.

The aim of the study was to describe what district nurses, who work with telephone- advice, document in patient record, to be able to develop their documentation. The Authors have examined 50 patient records. The examination tool is collected from ?Lokal anvisning för hälso- och sjukvården I Södra Älvsborg?. The audit areas was record keeping, review and planning, realization, individual nursing and the patients participation, information, education and agreement.

RTLS - real time location systems : an inventory study for agriculture applications and requirements

The trend towards increasingly large farming units raises questions regarding how to better monitor production. Larger units make the impact from possible errors more severe, which increases the pressure on management supervision. To cope with management issues, prevent errors and handle increased demands on traceability and documentation, the Real Time Location Systems (RTLS) concept is making its way into various parts of agriculture. In sectors outside agriculture, RTLS are already being used successfully to track and locate items through nodes at different levels of accuracy, such as room level or the relative or absolute position. Empirical data can be received in real time from the nodes.