Bakgrund: Idag spelar digitaliseringen en stor roll inom lager. Något som har kommit att bli allt vanligare att använda sig av är WMS. Med komponenter som hamnar på fel plats och felplock på lagret kan en implementering av ytterligare funktioner inom WMS vara lösningen på deras nuvarande brister i lagerhanteringen.  Syfte: Syftet med denna studie är att beskriva HP Tronics nuvarande lagerhantering och dess brister med ingående artiklar. En undersökning av hur ett fullt utvecklat WMS ser ut är även en del av syftet för att vidare identifiera de möjligheter och utmaningar som finns vid implementering av ett WMS. Slutligen kommer även de viktigaste aspekterna att ta till vara på vid en implementering av WMS identifieras. Metod: Studien är uppbyggd utefter en kvalitativ fallstudie gjord på HP Tronic. Författarna har valt att först utgå ifrån den insamlade teorin om WMS samt implementeringsmodeller för att sedan jämföra och granska det med de observationer och empiri som sedan samlas in i form av ostrukturerade och semistrukturerade intervjuer.  Resultat: Avvikelser i HP Tronics lagerhantering identifierades såsom felplock, felplacering av ingående komponenter samt brist på rutiner hos lagerarbetarna. Dessa brister kan enligt författarna åtgärdas med implementering av ytterligare funktioner av WMS. Fler möjligheter än utmaningar lokaliserades även med implementeringen av WMS.  Nyckelord: WMS, Warehouse Management System, åtgärder, lagerhantering, digitalisering, lagerhanteringssystem. / Background: In today's society digitalization plays a big role in the warehouse. A system that has become a common tool for the warehouse is WMS. In this study the authors will investigate the functions with WMS for the incoming inventory at HP Tronics warehouse. Today the company has issues with inventory that gets misplaced and overall lack of structure at the warehouse. With the help of an implementation of more functions within the WMS the authors believe that these problems can be solved.  Purpose: The purpose of this study is to describe the issues that exist today at HP Tronic within the warehouse and the incoming inventory. The authors will also describe a full functioning WMS to further identify the challenges and possibilities with an implementation of  WMS. Lastly, the authors will also locate the most important aspects for an implementation like this.  Method: This study is a qualitative case study done at HP Tronic. The authors have first gathered the theoretical parts of WMS and implementation models to further compare and review together with the observations and interviews that have been conducted.  Results: Issues in HP Tronic inventory management identified for example fault pick, fault location of income components and burst in the routines at the warehouse workers. These issues can, according to the autor take action by implementations of further functions of WMS. More possibilities than challenges were located with the implementation of WMS.   Keywords: WMS, Warehouse Management System, actions, Warehouse management, digitalization.

Annual Exceedance Probability (AEP) is the method used by U.S. Army Corps of Engineers (USACE) to determine the probability of flooding caused by the failure of a levee or other flood control structure. This method shows the probability of flooding only at one particular location at a time. In order to overcome the limitation of AEP, a new method of studying flood probability, called an AEP map, was presented. By using hydrologic and hydraulic modeling software, an AEP map can be created to determine and visualize the spatial distribution of the probability of flooding. An AEP map represents a continuous solution of the probability of flooding and can be used to derive not only the limits of the typical 100-year inundation, but any other return period including the 20-year, 50-year, 500-year storm flood. The AEP map can be more useful than traditional flood hazard maps, since it makes it possible to evaluate the probability of flooding at any location within the floodplain. In the process of creating the AEP map, it is necessary to run number of simulations in order to accurately represent the probability distribution of flooding. The objective of this research, given a desktop computer of today's capacity, is to demonstrate the convergence of AEP maps after a reasonable number of simulations, so that users can have some guidelines to decide how many simulations are necessary. The Virgin River, UT is the primary study area for this research, with Gila River, AZ also used to support the results. The result of this research demonstrates the convergence of AEP maps by illustrating the convergence of water surface elevations computed as part of the hydraulic simulation leading up to the floodplain delineation model. If the average water surface elevations converge, then the resulting floodplain delineation (AEP maps) should also converge. The result proves that AEP maps do converge with a reasonable number of simulations. This research also shows the convergence of floodplain areas to demonstrate the convergence of AEP maps.

The goal of hydrologic models is to accurately predict a future event of a given magnitude. Historic data are often used to calibrate models to increase their ability to forecast accurately. The GSSHA model is a distributed model that uses physical parameters and physics based computations to compute water flow from cell to cell based on a 2 dimensional grid. The goal of calibration is to obtain good estimates for the actual parameters of the watershed. These parameters should then transfer to other storm events of different magnitudes more easily than an empirical model. In conducting this research three watersheds were selected in different parts of the United States and the required data were collected to develop and run single event hydrologic models. The WMS software was used to preprocess digital spatial data for model creation before calibrating them with the GSSHA model. A calibrated HEC-HMS model was also developed for each watershed for comparative purposes. Establishing GSSHA's usability in routine hydrologic modeling is the primary objective of this research. This has been accomplished by developing guidelines for GSSHA calibrations, assisted by WMS, testing model accuracy in the calibration and verification phases, and comparing results with HEC-HMS, a model widely accepted for routine hydrologic modeling. As a result of this research, the WMS interface has become well equipped to set up and run GSSHA model calibrations. The focus has been on single event, or routine hydrologic model simulations, but continuous simulation calibrations, an important strength of GSSHA, can also be developed. Each of the model simulations in the study calibrated well in terms of matching peak and volume. However, the verification for two out of the three watersheds used in the study was less than ideal. The results of this research indicate that the physical factors, which GSSHA should represent well, are particularly sensitive for single event storms. The use of calibration of single events is therefore difficult in some cases and may not be recommended. Further research could be done to establish guidelines for situations (e.g. watershed conditions, storm type, etc.) where single event calibration is plausible.

A novel method has been implemented for measuring the concentration of gas species, water vapor and carbon dioxide, within a narrow channel flow field non-invasively using tunable diode laser absorption spectroscopy (TDLAS) in conjunction with a laser modulated at a high frequency [Wavelength Modulation Spectroscopy (WMS)] tuned to the ro-vibrational transition of the species. This technique measures the absorption profile which is a strong function of the species concentration across short path lengths and small time spans, as in PEM fuel cells during high load cycles. This method has been verified in a transparent circular flow 12 cm path length and a 12 mm rectangular flow channel. Distinct absorption peaks for water vapor and carbon dioxide have been identified, and concentrations of water vapor and carbon dioxide within the test cells have been measured in situ with high temporal resolutions. A comparison of the full width at half maximum (FWHM) of the absorption lineshapes to the partial pressure of water vapor and carbon dioxide showed a predominantly linear relationship, except in the lower partial pressure regions. Test section temperature was observed to have very minimal impact on these curves at low partial pressure values. A porous media like a membrane electrode assembly (MEA) similar to those used in PEM fuel cells sandwiched between two rectangular flow channels was also tested. Some of the scattered radiation off the MEA was observed using a photodiode at high gain, allowing for more localized species detection. The technique was used to monitor the humidity on either side of the MEA during both temperature controlled and super-saturated conditions. The measurements were observed to be repeatable to within 10 %.

This study has been conducted at AGNA Logistik, a third-party logistics company specializing in warehouse logistics. AGNA Logistik manages multiple customers, all with unique systems for warehouse management. The study has examined possible improvements in the handling process for one of the customers, customer A. The goal is to find said improvements and present them to AGNA Logistik. The aim of the study is that one of these improvements in the long run will be implemented for customer A. The picking and packing process for customer A and customer B has been examined through pure and participatory observations together with unstructured interviews. This was made to compare the different principles and to highlight the effects of the implementations. Besides the process mapping, time measurement was conducted on different parts of the process, and inefficiencies were identified. The inefficiencies include repacking from custom-built pallets to EUR-pallets, carton damage due to warehouse handling and difficulties in locating the chairs due to the lack of a Warehouse Managing System (WMS). Several suggestions were developed for customer A, they all include a recommendation of implementation of WMS. Besides implementation of WMS, various proposals were made. The first proposal includes the current storage system of 1500 chairs, but with the condition of naming and labeling of storage locations. Three other proposals include racks in different designs, with the capacities of 768, 864 and 800 chairs, respectively. Finally, a proposal for deep-stacking in racks with a capacity of 1200 chairs was provided. All proposals contribute to the implementation of FIFO (First In, First Out) and varies in their ability to meet the requierement to store 500-800 chairs. Results gained by observing the handling of customer A shows that the implementation of a WMS could save approximately 84 hours per year in item retrieval time. Furthermore, AGNA Logistik could save about 35 hours per year if the chairs were delivered on EUR-pallets directly from the manufacturer. / Denna studie har utförts på AGNA Logistik som bedriver lagerverksamhet inom tredjepartslogistik. På företagets lager lagerhålls artiklar åt flertalet kunder där varje kund har en unik lager- och hanteringsprincip. AGNA Logistik upplever att det finns möjlighet till förbättring av hanteringen för den studerade kunden, benämnd kund A. Ytterliggare en kund, benämnd kund B, finns som referens att jämföra med. Målet med studien är att arbeta fram förbättringsförslag till eventuella förändringar i lagerhanteringen för kund A, där syftet är att AGNA Logistik ska få en större förståelse för vika förbättringsförslag som kan implementeras för kund A och därefter ta fram en plan för framtida hanteringsprinciper. Plock- och packningsprocesserna för kund A och kund B har kartlagts genom renodlade och deltagande observationer och ostrukturerade intervjuer. Detta har gjorts för att jämföra de olika hanteringsprinciperna för att visa på vad förändringen för kund A skulle kunna resultera i. Utöver kartläggning av processerna har även tidtagning utförts på olika moment i processen, där identifierade slöserier har upptäckts. De identifierade slöserierna var att artiklarna behöver packas om från specialbyggda pallar till standardiserade EUR-pallar innan godset skickas för utleverans, att kartonger i vissa fall går sönder på grund av lagerhanteringen, samt att artiklar är svårhittade då det inte finns något implementerat lagerhanteringssystem, kallat Warehouse Management System (WMS). Ett flertal förbättringsförslag har tagits fram för kund A där alla har gemensamt att de även rekommenderar ett WMS. Utöver implementationen av WMS tas olika förslag fram där det första föreslår nuvarande förvaringssystem med förvaringsmöjlighet av 1500 stolar, men att namngivning och uppmärkning av lagerplatser krävs. Tre olika förslag om ställage i olika utformning presenteras också med förvaringsmöjligheter av 768, 864, respektive 800 stolar, där det avslutningsvis tas fram ett förslag om djupstapling i ställage med förvaringsmöjlighet av 1200 stolar. Alla förslag bidrar till att appliceringen av FIFO underlättas och förslagen kan i olika grad tillgodose lagringsmålet av 500–800 stolar. Resultatet av observationer visar att kund A skulle spara cirka 84 timmar per år genom att undvika att leta efter artiklar om ett WMS implementeras. AGNA Logistik skulle även spara cirka 35 timmar per år om kartongerna levererades på EUR-pallar direkt från stoltillverkaren.

Titel: Brister och åtgärder i produktionsprocessen i en distributionscentral - En fallstudie på Staples AB i Växjö Författare: Melita Gredelj & Emine Sadikaj Handledare: Hana Hulthén Examinator: Peter Berling Bakgrund: Den mest tids- och arbetskraftintensiva processen i lagret är plockprocessen, vilket omfattar hämtning av objekt från lagerplatser för att uppfylla kundorder. Plockprocessen står även för en stor del av lagrets kostnader och det är därför viktig att undersöka den för att öka effektiviteten i organisationen. En stor del av den kostnaden går till arbetskraften som arbetar med detta manuellt. Det finns idag idag stor potential för att göra denna process mer automatiserad.   Syfte: Studiens syfte är att visa vilka åtgärder det finns till brister inom manuella samt automatiserade plockprocesser inom företag som levererar kontorsmaterial.   Genomförande: Den genomförande studien är en fallstudie på Staples. Data har samlats in genom semistrukturerade intervjuer på Staples men även genom enkäter som besvarats av Atea och Office Depot. Målet med studien har varit att ta reda på vilka brister som finns i en plockprocess och hur dessa kan åtgärdas.   Slutsats: Ett företag som levererar kontorsmaterial kan effektivisera sin plockprocess och åtgärda sina felplock genom att använda sig av automatiserade lösningar, så som WMS. Detta hjälper dessa företag att integrera sina system vilket kommer att stödja det dagliga lagerarbetet genom att exempelvis visa information i realtid av vad som finns i lagret och vart det är placerat. Genom att ha detta system behöver inte lagerarbetare plocka efter minne eller erfarenheter utan de kan hela tiden förlita sig till systemet. Genom att implementera detta kan kostnaderna minska kraftigt.   Nyckelord: Logistik, Lager, Automatiserat lager, Manuellt lager, Plockprocessen, Plockning, WMS, Manuella brister, Automatiserade brister / Title: Shortcomings and measures in the production process in a distribution center - A case study at Staples AB in Växjö Authors: Melita Gredelj & Emine Sadikaj Tutor: Hana Hulthén Examiner: Peter Berling   Background: The most time- and labor-intensive process in the warehouse is the picking process, which includes retrieving objects from storage locations to fulfill customer orders. The picking process also accounts for a large part of the warehouse's costs and it is therefore important to examine it to increase the efficiency of the organization. Much of that cost goes to the workforce who works with this manually. Today, there is great potential for making this process more automated.   Purpose: The aim of the study is to show what measures are available for deficiencies in manual and automated picking processes within companies that supply office supplies.   Method: The implemented study is a case study at Staples. Data has been collected through semi-structured interviews at Staples but also through questionnaires that were answered by Atea and Office Depot. The aim of the study has been to find out which shortcomings exist in a picking process and how these can be fixed.   Conclusions: A company that supplies office supplies can streamline its picking process and fix its picking error by using automated solutions, such as WMS. This helps these companies integrate their systems, which will support the daily inventory work by, for example, displaying real-time information of what is in the warehouse and where it is located. By having this system, warehouse workers do not need to pick by memory or experience, and they can always rely on the system. By implementing it, costs can decrease sharply.   Keywords: Logistics, Warehouse, Automated Warehouse, Manual Warehouse, Picking Process, Picking, WMS, Manual Shortcomings, Automated Shortcomings

Die Arbeit sollte die technische Machbarkeit der Verwendung digitaler Metadaten in Geodateninfrastrukturen aufzeigen und wenn möglich prototypisch umsetzen. Dabei sollten die Metadaten über Topographische Karten, welche in dem Metainformationssystem GeoMIS.Sachsen und über einen entsprechenden Katalogdienst (CSW) verfügbar sind, in einem Geoportal visualisiert werden. Im Ergebnis wurde ein Workflow entwickelt und umgesetzt, welcher die Metadaten automatisch abruft, die Metadaten entsprechend transformiert und abschließend die Metadaten über einen Kartendienst (WMS) für beliebige Geoportale bereitstellt. Dadurch ist es möglich die Aktualität von bereits vorhanden Kartendiensten bzw. deren Daten abzufragen. Durch die zyklische Ausführung des Prozesses auf dem Server stehen dem Nutzer jederzeit aktuelle Blattschnittübersichten zur Verfügung. Darüber hinaus steht ebenfalls ein Kartendienst für Vektordaten bereit über den die Geometriedaten und zusätzliche Sachinformationen direkt abgerufen werden können. Außerdem wird ein direkter Verweis (Link) auf den entsprechenden Metadatensatz im GeoMIS.Sachsen angegeben. Weiterhin wurde eine Transformation entwickelt, welche die im XML vorliegenden Metadaten in eine SVG überführt. Diese interaktive Blattschnittübersicht kann direkt auf Webseiten eingebunden werden. Außerdem kann aus dem SVG Format wiederum automatisiert ein PDF Dokument erstellt werden. Die Arbeit konnte nachweisen, dass zukünftig eine doppelte und getrennte Datenführung von Metadaten und Blattschnittübersichten nicht notwendig ist. Die Verwendung der IT Standardtechnologie XSLT zur Transformation von XML Daten hat sich bewährt und ermöglicht auch die Unterstützung weiterer Formate wie z.B. XHTML, KML (google) oder XCPF. Der erarbeitete Ansatz ist auch für andere Geodaten wie z.B. Luftbilder, historische Karten oder Bebauungspläne anwendbar. Durch die Visualisierung der textbasierten Metadaten war außerdem eine Qualitätssicherung der Metadaten möglich. / The work shows the technical feasibility of digital metadata within Spatial Data Infrastructures. The visualization of digital geo-metadata in geoportals was prototypical implemented. The use case was a map sheet index of topographical maps who is prepared automatically. Geo-metadata are described in the metadata information system GeoMIS.Sachsen and provided by a catalogue service (CSW). As a result a workflow was developed and implemented which calls the metadata automatically, transforms the metadata into GML and finally prepares the metadata through a web map service in geoportals. Thereby it is possible to analyze the actuality of the topographical maps through map sheet index. Because of the cyclical update of the data the map patterns are always up to date. There is also a map service for vector data (WFS) implemented which enables a user to directly retrieve additional factual information. Furthermore a direct URL to the metadataset in the GeoMIS.Sachsen is stated. Besides the GML transformation another one was developed, which converts the metadata in XML format into scalable vector graphics (SVG). This interactive map sheet index could be integrated directly on websites. It is also possible to create a PDF document automatically out of the SVG with appropriate software tools. By using the XSLT standard additional formats could also be served. For example a transformation of the XML source data into KML (Google), XHTML or XCPF is possible. This work demonstrates that there is no need for a separation of metadata and map sheet index any more. The usage of XSLT was profitable and supports a lot of formats. The workflow is also usable for other geo data like air photography, historical maps or development plans. In addition it is possible to use the workflow to visualize other metadata like resolution or prices of each map. Because of the visualization of the text based metadata a quality check of the data is possible.

The aim of this work is to look for freely available map servers and web map services on the Web that are useful for surveying activities, including developement of land adjustments. This thesis deals with theoretical problems of the functioning of map servers, web map services and standards for creating maps. The most famous map servers are described in detail and then compared with the less popular mapservers in the next section. The conclusion then relates to the use maps and assess the suitability of map servers for geodetic purposes and desin of land adjustments. This work aims to determine which map servers are most useful for geodetic purposes.

The diploma thesis aims to explain, demonstrate and verify the basic practical principles and methods of warehouse management system. This thesis could be used as an advanced guide for warehouse management system software. All this by using own knowledge and experience acquired by practical and purposeful activities done in co-operation with ORYX GROUP Ltd. which is one of the few companies in the Czech Republic developing similar systems.

Die Arbeit sollte die technische Machbarkeit der Verwendung digitaler Metadaten in Geodateninfrastrukturen aufzeigen und wenn möglich prototypisch umsetzen. Dabei sollten die Metadaten über Topographische Karten, welche in dem Metainformationssystem GeoMIS.Sachsen und über einen entsprechenden Katalogdienst (CSW) verfügbar sind, in einem Geoportal visualisiert werden. Im Ergebnis wurde ein Workflow entwickelt und umgesetzt, welcher die Metadaten automatisch abruft, die Metadaten entsprechend transformiert und abschließend die Metadaten über einen Kartendienst (WMS) für beliebige Geoportale bereitstellt. Dadurch ist es möglich die Aktualität von bereits vorhanden Kartendiensten bzw. deren Daten abzufragen. Durch die zyklische Ausführung des Prozesses auf dem Server stehen dem Nutzer jederzeit aktuelle Blattschnittübersichten zur Verfügung. Darüber hinaus steht ebenfalls ein Kartendienst für Vektordaten bereit über den die Geometriedaten und zusätzliche Sachinformationen direkt abgerufen werden können. Außerdem wird ein direkter Verweis (Link) auf den entsprechenden Metadatensatz im GeoMIS.Sachsen angegeben. Weiterhin wurde eine Transformation entwickelt, welche die im XML vorliegenden Metadaten in eine SVG überführt. Diese interaktive Blattschnittübersicht kann direkt auf Webseiten eingebunden werden. Außerdem kann aus dem SVG Format wiederum automatisiert ein PDF Dokument erstellt werden. Die Arbeit konnte nachweisen, dass zukünftig eine doppelte und getrennte Datenführung von Metadaten und Blattschnittübersichten nicht notwendig ist. Die Verwendung der IT Standardtechnologie XSLT zur Transformation von XML Daten hat sich bewährt und ermöglicht auch die Unterstützung weiterer Formate wie z.B. XHTML, KML (google) oder XCPF. Der erarbeitete Ansatz ist auch für andere Geodaten wie z.B. Luftbilder, historische Karten oder Bebauungspläne anwendbar. Durch die Visualisierung der textbasierten Metadaten war außerdem eine Qualitätssicherung der Metadaten möglich.:1 Ziel des Projektes 2 Grundlagen 2.1 Geoportale 2.2 Geodienste 2.2.1 OGC WMS 2.2.2 MapServer 2.3 Metadaten 2.4 XSL Transformation 3 Entwurfsentscheidung 4 Implementierung 4.1 Verwendete Programme 4.2 Datenabfrage 4.3 Transformation 4.4 Aufsetzen eines WMS 4.4.1 Installation MapServer 4.4.2 Mapfile 4.4.3 HTML Template 4.4 Aktualisierung der Daten 5 Ergebnis und Anwendungsmöglichkeiten 6 Aufwand und Nutzen 6.1. Einarbeitung 6.2. Produktion 6. 3. Nutzen 7 Ausblick 7.1 Klassifizierung 7.2 Direkte Verlinkung zum GeoMIS.Sachsen 7.3 Anwendung auf weitere Daten 7.4 Bereitstellung als WFS 7.5 Direkte Anbindung der Datenbank des GeoMIS und ggf. on-the-fly Visualisierung 7.6 Bereitstellung der Daten als Download 7.7 Verknüpfung der Produktionsdaten mit dem GeoMIS 8 Quellenverzeichnis 8.1 Literaturquellen 8.2 Internetquellen ANHÄNGE A Übersicht der einzelnen Blattschnitte B Empfohlene Verzeichnisstruktur C Übersicht Transformationen D Übersicht MAP File E Übersicht HTML Templates F Installation des Map Server und Einrichtung des Web Map Service G Aufruf des Web Map Service I WFS / The work shows the technical feasibility of digital metadata within Spatial Data Infrastructures. The visualization of digital geo-metadata in geoportals was prototypical implemented. The use case was a map sheet index of topographical maps who is prepared automatically. Geo-metadata are described in the metadata information system GeoMIS.Sachsen and provided by a catalogue service (CSW). As a result a workflow was developed and implemented which calls the metadata automatically, transforms the metadata into GML and finally prepares the metadata through a web map service in geoportals. Thereby it is possible to analyze the actuality of the topographical maps through map sheet index. Because of the cyclical update of the data the map patterns are always up to date. There is also a map service for vector data (WFS) implemented which enables a user to directly retrieve additional factual information. Furthermore a direct URL to the metadataset in the GeoMIS.Sachsen is stated. Besides the GML transformation another one was developed, which converts the metadata in XML format into scalable vector graphics (SVG). This interactive map sheet index could be integrated directly on websites. It is also possible to create a PDF document automatically out of the SVG with appropriate software tools. By using the XSLT standard additional formats could also be served. For example a transformation of the XML source data into KML (Google), XHTML or XCPF is possible. This work demonstrates that there is no need for a separation of metadata and map sheet index any more. The usage of XSLT was profitable and supports a lot of formats. The workflow is also usable for other geo data like air photography, historical maps or development plans. In addition it is possible to use the workflow to visualize other metadata like resolution or prices of each map. Because of the visualization of the text based metadata a quality check of the data is possible.:1 Ziel des Projektes 2 Grundlagen 2.1 Geoportale 2.2 Geodienste 2.2.1 OGC WMS 2.2.2 MapServer 2.3 Metadaten 2.4 XSL Transformation 3 Entwurfsentscheidung 4 Implementierung 4.1 Verwendete Programme 4.2 Datenabfrage 4.3 Transformation 4.4 Aufsetzen eines WMS 4.4.1 Installation MapServer 4.4.2 Mapfile 4.4.3 HTML Template 4.4 Aktualisierung der Daten 5 Ergebnis und Anwendungsmöglichkeiten 6 Aufwand und Nutzen 6.1. Einarbeitung 6.2. Produktion 6. 3. Nutzen 7 Ausblick 7.1 Klassifizierung 7.2 Direkte Verlinkung zum GeoMIS.Sachsen 7.3 Anwendung auf weitere Daten 7.4 Bereitstellung als WFS 7.5 Direkte Anbindung der Datenbank des GeoMIS und ggf. on-the-fly Visualisierung 7.6 Bereitstellung der Daten als Download 7.7 Verknüpfung der Produktionsdaten mit dem GeoMIS 8 Quellenverzeichnis 8.1 Literaturquellen 8.2 Internetquellen ANHÄNGE A Übersicht der einzelnen Blattschnitte B Empfohlene Verzeichnisstruktur C Übersicht Transformationen D Übersicht MAP File E Übersicht HTML Templates F Installation des Map Server und Einrichtung des Web Map Service G Aufruf des Web Map Service I WFS