This Master’s thesis deals with analysis of available identification chips and the design electronic attendance book that these chips will use and store the measured information to a file on a memory card. One of the tasks is to compare different kinds of identification cards and chips, and select the most appropriate type for the implementation process. Additionally, the work described the FAT file system, which is used for data storage card.

This master’s thesis deals with the determination of conditions and the proposal of appropriate instruments within the World Class Manufacturing system (WCM), mainly its pillars Professional Maintenance (PM), in order to remove, with the assistance of subsequent analysis, all the waste which occurs in the enterprise and consequently to appropriately optimise the activities of staff, especially the specialized engineers.

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Only two percent of new books released in Germany are professionally edited for visually impaired people. However, more and more print publications are made available to the public in digital formats through online content delivery platforms like “libreka!”. The automatic conversion of such contents into DAISY would considerably increase the number of publications available in accessible formats. Still, most data available on “libreka!” is published as non-tagged PDF. In this paper, we examine the potential for automatic conversion of “libreka!”-based content into DAISY, while also analyzing the potentials and limitations of current conversion tools.

The presented work wants to contribute a new solution based on the analysis of stochastic signals. On the basis of the Dresden Live-Camera-System which is providing real-time information about the traffic state on 31 focal points (March 2005) one is able to use a wide range of image types under different and severe conditions. The method is based on the analysis of stochastic signals derived from the live-camra images. These signals are analyzed with cross-correlation, amplitude- and frequency filters. The resulting data enable the distinction of stable and non-stable traffic flow and the automated identification of traffic congestion. Moreover fundamental diagrams are calculated. / Die vorgelegte Arbeit beinhaltet ein neuartiges Verfahren zur automatischen Ermittlung des Verkehrszustandes aus Live-Kamera-Bildern. Die Datengrundlage dafür liefert das im Rahmen des BMBF-Leitprojektes intermobil Region Dresden geschaffenen Live-Kamerasystem mit 31 Standorten (Stand März 2005). Das entwickelte Verfahren basiert auf der Analyse stochastischer Signale, die aus den Kamerabildern ermittelt werden. Die methodischen Grundlagen des Verfahrens sind Korrelationsanalyse sowie Amplituden- und Frequenzfilterung. Die Rahmenbedingungen für den praktischen Einsatz sind durch die Variabilität von Auflösung und Blickwinkel an den unterschiedlichen Kamerastandorten geprägt. Die ermittelten Messwerte ermöglichen eine Unterscheidung der Verkehrszustände "flüssiger Verkehr", "zähflüssiger Verkehr" und "Stop&Go" und werden am Fundamentaldiagramm interpretiert.

Die Publikation beschreibt den Aufbau und die Arbeitsweise eines Wettergenerators, der in der Lage ist, für einen Großteil von Witterungsbedingungen plausible und über alle Klimaelemente konsistente Stundendaten zu erzeugen. Er kann auf beliebige Klimastationen (bzw. Rasterzellen) angewendet werden. Damit wird dem Problem der für lange Zeiträume geringen flächenhaften Informationsdichte für meteorologische Daten in Stundenauflösung begegnet. Meteorologische Daten in stündlicher Auflösung werden für Anwendungen, wie z. B. die Hochwasser- oder Erosionsmodellierung, benötigt. Der Wettergenerator und das Nutzerhandbuch sind über das Regionale Klimainformationssystem ReKIS frei zugänglich. Redaktionsschluss: 05.04.2019

This thesis deals with an optimization of goods flow in a store. In detail, the work provides information about technology of the automatic goods identification using barcode and RFID, and comparison the barcode and RFID readers.

Argonautes are conserved RNA-binding proteins that can regulate gene expression post transcriptionally through a process known as RNA interference (RNAi). This is done through the use of small RNAs, e.g. sRNAs that act as a guide for the argonautes, allowing for sequence-specific binding to the target site. This interaction has been studied in many organisms, one of which is the model organism Dictyostelium discoideum. D. discoideum is an amoeba that has been used extensively in genetic experiments due to its unique lifestyle, and ease of use. Being a eukaryotic, unicellular organism, it proves to be a great tool for the study of regulatory systems in eukaryotes, allowing us to study this argonaute-sRNA interaction in detail. By analysing which RNAs bind to the argonautes, we can better understand which genes these proteins regulate and what role RNAi has in the organisms as a whole.  In this study, I investigate three of the five argonautes found in D. discoideum, namely agnA, agnC and agnE. By transforming FLAG-tagged versions of these genes into the amoeba, I successfully express two of these modified proteins in D. discoideum and verified expression by using antibodies designed specifically to recognise the FLAG-tags. This opens up the possibility for the characterisation of the argonaute proteins to better understand their role and function in the regulation of genes. / <p>The Biology Education Centre (IBG) is the responsible department. </p><p></p><p>Presentation has been made through Zoom. </p>

Unik objektmärkning är ett ord som uppstått i samband med projekteringen av Nya Karolinska Solna (NKS) och var det första projektet i Sverige där unika objektmärkningar var ett krav vid projekteringen. Syftet med rapporten är att undersöka vad en unik objektmärkning är och vad den genererar för information till förvaltaren. Vidare är syftet att undersöka vad en unik objektmärkning bidrar med under förvaltningen och mer specifikt vad den bidrar med i förvaltningen av NKS.För att undersöka detta hölls intervjuer med respondenter som var med och objektmärkte 2500 ritningar av Nya Karolinska Solna (NKS). För att undersöka effekten av de unika objektmärkningarna i förvaltningsskedet intervjuades en respondent från Coor som förvaltar NKS i dagsläget. Utöver intervjuer utfördes en omfattande litteraturstudie om hur arbetet med märkning av ritningar går till.Objektmärkningen av NKS resulterade i 600 000 stycken unika objektmärkningar varav 150 000 stycken av dessa förvaltas av fastighetsbolaget Coor idag. Informationen om objekten överlämnades i form av en databas som har gjort det möjligt för Coor att koppla informationen till underhållssystemet Maximo och plattformen Forge Viewer.Unika objektmärkningar definierades som en märksträng som särskiljer varje objekt från varandra i ett projekt. Märksträngen innehåller information om exempelvis rumsplacering, vilket system objektet tillhör och grupp och redovisas som koder i märksträngen. Under arbetets gång kunde det konstateras att den unika objektmärkningen resulterade i ett kvalitetssäkrat förvaltningsarbete på NKS. / Unique asset codes is a word that emerged in the development of Nya Karolinska Solna (NKS). The purpose of the thesis is to investigate what a unique asset code is and what kind of information it generates to the facility manager. Furthermore, the purpose is to investigate what a unique asset code contributes to during the facility management and, more specifically, what it contributes to the management of NKS. To investigate this, interviews were held with respondents who took part of the development of unique asset codes at New Karolinska Solna (NKS). In order to investigate the effect of the unique asset codes in the facility management phase, a respondent from Coor, the company which is responsible for the facility management at NKS, was interviewed. In addition to interviews, a comprehensive literature study was conducted on how regular asset codes are made. The NKS project resulted in 600,000 unique asset codes, of which 150,000 of these are managed by the facility management company Coor. The information about the assets was transmitted in the form of a database that enabled Coor to link the information to the Maximo facility management software and the Forge Viewer platform. Unique asset codes were defined as a tag string that distinguishes each asset from each other in a project. The tag string contains information about, for example, placement, which system it belongs to and group. The information is reported as codes in the tag string. During the course of the work it was noted that the unique asset codes resulted in quality assured facility management work at NKS.

No description available.