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Arcpad 10 User Manual [Unlimited Free EBooks]
A 30-minute call to bumfuzzle Asia resulted in no help. My field crew is learning how to use ArcPad 10 and I want them to have the Users manual in the field. Seems silly since just about every other user manual on the planet comes as a.pdf (yes, that's a gripe!). Gregory Thanks for the tip! Still doesn't let ESRI off the hook for a proper manual, though (some folks are just never satisfied!). Gregory Also Adobe changed the text to gibberish in the pdf. I was hoping someone had already fumbled through this. Oh well. We have placed a PDF version of ArcPad 10.0.2 Help on ArcPad Gallery on Resource Center site. If you have other Ideas you would like to be considered, please post these on the ArcGIS Ideas site so they can be discussed and voted on by other ArcPad users. Enjoy! Denise Is this the case for anyone else. Other PDF's from the website unzip fine. ArcPadIn about three weeks we will begin redirecting to those page. Documentation for this product will continue to be accessible. Create robust mobile GIS applications, forms, and tasks with ArcPad Studio, the development framework for creating scripts, applets, and tools for use in ArcPad. Learn more. With advanced capabilities for creating, editing, and displaying geographic information, ArcPad gives you the power to take your GIS out in the field and the flexibility to suit your workflow. Learn more. Enhanced data collection ArcPad supports various data collection devices to enhance your GIS fieldwork. These include Global Positioning System (GPS) receivers, laser rangefinders, digital cameras, and more. Input from these devices can be used to calculate values or simply be stored as attributes. Learn more. Winning solutions The city of Las Vegas, Nevada, found that its existing mobile solution was incompatible with its GIS, which resulted in some redundancies.
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This is a minor release, but includes updates, beta releases, and new capabilities for administering organizations, open standards, configurable apps, story maps, and more.It was revised on Sept 13, 2016 with new information. You may have heard that Google is retiring Picasa and transitioning its cloud photo hosting services to Google Photos. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Arcpad 10 User Guide. To get started finding Arcpad 10 User Guide, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. Related information. Installation and. The release notes are provided as a PDF file on the TrimbleArcPad StreetMap. In addition to this book, the 'ArcPad Reference Guide'PC-Intel Windows XP. ArcPad 7.1.1 on Mobile DeviceContents. 1. IBM Cognos Business Intelligence (Review). How to Link to an. Link to any or all of theSee the tutorial booklet:. You probably come across these kinds of algorithms every time. The answer to the above question is that the maximum number of.Well-developed security can prevent unauthorized access to private. data an Jonathan Raper, editor. CHAPTER 10 Mobile GIS applications: Intend Logistics, Germany. Moritz Wurm. No part of this work may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying or recording, or by any information storage or retrieval system, except as expressly permitted in writing by ESRI. All requests should be sent to Attention: Contracts and Legal Services Manager, ESRI, 380 New York Street, Redlands, California 92373-8100, USA.
Other companies and products mentioned herein are trademarks or registered trademarks of their respective trademark owners. Ask for ESRI Press titles at your local bookstore or order by calling 1-800-447-9778.These developments have dramatically changed the way you can use GIS, since it is no longer tied to the desktop. The long-term implications are profound?—?you can collect data in the field and enter it directly, you can check out the data you need while you’re away from the office and carry it with you, or you can download data over wireless networks when you need to work with it. ArcPad is the software you can use for field mapping applications. What is mobile GIS? Mobile GIS means GIS tools that are available to users away from the desktop for a sustained period without access to standard wired communications or mains power (figure I.1). Although laptop computers can be used in some field situations, they are designed for use while sitting down, have high power requirements, and are not usually weatherproofed or used in plastic cases (ruggedized). By contrast, mobile devices like Tablet PCs and personal digital assistants (PDAs) can be held in one hand while using a stylus for data entry, have much longer battery lives, and can be ruggedized. Mobile devices now support all the wired and wireless communications commonly found on desktop computers, plus you can add multiple gigabytes of data storage. This means that you can use your ArcPad mobile GIS away from the office for hours or even days at a time. When you return to your desk, you can integrate your fieldwork data into your existing GIS system without reentering it or having to merge two incompatible datasets. This way of working has brought many benefits to a wide range of users from foresters to security staff, farmers to engineers, as we will see in this book. Figure I.1 Collaborative decision-making with mobile GIS in the field.ArcPad is mobile software in the ESRI ArcGIS family.
ArcGIS is a scaleable GIS architecture that can extend from enterprise systems on globally distributed application servers to desktop GIS in the office and mobile GIS on the go. Fully integrated into the ArcGIS architecture, ArcPad software uses the same data formats, user interface, and workflow as its desktop cousins. Easy-to-use ArcPad can run on a range of mobile devices from mini laptops and Tablet PCs to PDAs and can integrate with Global Positioning System (GPS) receivers, range finders, and digital cameras for GIS data collection. ArcPad: A Field User’s Guide is about the things you can accomplish with ArcPad software. The chapters in this book cover the following: n Defining mobility in terms of GIS n Putting together a mobile system n Using positioning technology n Linking all the steps in your mobile workflow n n n Presenting and displaying your work on screen in the field to the best effect Customizing ArcPad for your own applications Demonstrating the applications of ArcPad using case studies Though exercises are included, this book is not an ArcPad manual. We cover a wide range of issues and offer ideas on how to benefit from mobile GIS techniques. Think of it as a mobile GIS “cookbook” with a range of recipes to explore. The mobile GIS experience Using a mobile GIS can be a powerful experience for the GIS user. This has been brought home to the authors of this book during a year of intensive ArcPad use. Among the various ArcPad projects we conducted was a personal twelve-month tracking experiment. This meant carrying a Bluetooth GPS and ArcPad on a Hewlett Packard iPAQ Pocket PC whenever and wherever we traveled for an entire year. The equipment was set to capture a point every five seconds, so the total set of daily track logs added up to over 100 Mb of data.
We now have a huge archive of tracking and other data files, such as those for photo positions, as well as a wide range of map, image, and thematic data that provides essential context to the tracked movements. We’ve also been using ArcPad for scientific mapping work on professional ruggedized devices in logistically challenging coastal locations. Our ideal is to have it with us exactly when we need it, with exactly the right data at our fingertips, in an easy-to-use package. These are the challenges and promises of mobile GIS, which ArcPad has been designed to support. So ArcPad can be a practical tool for mapping, inventory, or position fixing, and a geocaching tool for the weekender. If ArcPad is in your pocket or your bag, you are ready for a new way of working: mobile GIS on the go.Mobile GIS is an important new element in the family of GIS technologies because some GIS tasks just have to be done on the spot. In this chapter, you will discover what you can do with mobile GIS and how mobile GIS fits in with the wider revolution in mobile information.Availability of onboard GIS functionality supporting data capture, editing, and querying of spatial data. Integration of location-awareness into application development. ArcPad software meets all of these criteria and is finding wide use as a mobile GIS in many applications. For example, community wardens patrolling the streets in Newcastle-upon-Tyne in England use ArcPad to access municipal databases for maps, aerial photos, maintenance schedules, lists of responsibilities, and records of previous incidents (see chapter 8). The wardens also complete custom forms in ArcPad that they transmit to municipal offices through wireless communications. Figure 1.2 Mobile GIS components.G-ability Ltd. with permission Because mobile GIS has expanded the possibilities for how GIS technology can be used, we can rethink the way that some GIS projects are carried out because this new technology relaxes old constraints.
For example, now workers can directly update standard GIS datasets checked out of enterprise databases, rather than create files in the field that have to be synchronized later with the enterprise database. In New Zealand, Delta Utility Services uses ArcPad to monitor the condition of electricity distribution equipment (see chapter 7). Delta engineers use ruggedized mobile devices with long-life batteries to update geodatabase asset records directly into ArcPad, saving time both on preparing before going into the field and on returning to the office. The result is more efficient monitoring of essential electricity assets, leading to higher reliability in electricity provision and lower costs for the operator. Figure 1.3 Mobile GIS in action. Mobile GIS also opens up new options.These characteristics are the opposite of the desktop GIS experience, which is limited to the office, requires installation in a fixed location, and is dependent on networks, power, and other utility services. Mobility brings a number of benefits to GIS users, including the following: n Ubiquitous availability. If you carry the mobile device with you on your belt or in your bag, GIS is available to you wherever you are, making serendipitous GIS use possible. True portability. If the mobile device is portable, then it can be used where a GIS has traditionally been unavailable, for example, by an inspector up a utility pole or a scientist climbing a mountain.Data immersion. The real-time integration of human interpretative skills and the streams of data available through the mobile device allow new insights to be gleaned while in the field. Business benefits can be measured in time and money. Mobile GIS saves time because the work can be done on location without the need to redo much of it once back at a desktop GIS (figure 1.4). It also saves money, because decision-making in the field is cost-effective.
Mobile GIS also saves on travel by working directly onsite; so project management becomes simpler too.Location-based services are information services offered on mobile devices that adapt to the user’s real-time location, such as “find my nearest” services. Consumer mapping sites on the Web include sites that offer street maps and those that prepare driving directions. Higher-cost, higher-complexity data capture or mapping operations characterized by write-only data collection generally require highly accurate datasets and use special data-collection hardware. Mobile GIS can be used to prepare this type of mapping project or help with project management. For example, back-in-the-office project managers can check where and when mapping operations were carried out if the members of the mapping team track their own positions with a GPS during the workday. At moderate levels of cost and complexity, mobile GIS involves both reading and writing data in applications like asset inventory or incident reporting.CropView is used by field surveyors to report on crop growth for the Dutch national agricultural database (see chapter 9). By loading digital crop maps into ArcPad in the office then positioning reports and photographs using a GPS connected to ArcPad on-site, the fieldworkers can quickly compile and file their reports via wireless networking through an ArcIMS server. Comparing the chapter 01 Courtesy of Nicholas Garner previous paper-based and current ArcPad systems showed a cost saving of 52 percent and a time saving of 35 percent overall on the CropView project. This example also shows that a mobile GIS can effectively communicate with enterprise databases using both desktop connections and an Internet connection while in the field. Mobile GIS communications Mobile GIS brings more autonomy, particularly with respect to the network.
Since GIS technology involves flows of data from capture to analysis and through updating of databases, the relationship to network data servers can be crucial. In the office of a large enterprise, users likely have a connection to the Internet that operates at a speed of 100 Mbits; small organizations with broadband may have 2-10 Mbit connections. Outside the office, if your connection to the network uses a wireless local area network (Wi-Fi) hot spot, it is likely to be high speed (10-50 Mbits in use). But this high-speed access will only be available where Wi-Fi service is available. If your connection to the network is through a cellular phone device (using the device-to-device wireless protocol Bluetooth), it is likely to be low- to medium-speed (up to 1 Mbit) but much more widely available. If you do not have access to the network except at the start and the end of the day or trip, the synchronization processes from mobile to desktop will be vital.This requires information management processes to produce and sustain information assets. Many information assets refer to infrastructure, property, transportation, land, and environment, and obviously have a geographic component. Producing and sustaining geographic information means mapping, ground truthing, geocoding, and navigation out on the ground (figure 1.7). While some of these processes, such as mapping, require specialized systems, others such as ground truthing are best carried out with mobile GIS. The mobile information revolution has also been driven by the need for information to be available anywhere, anytime. Some geographic information management processes are enhanced by access to network resources and online applications, for example, map updates. The costs and benefits of a real-time connection are positive if the information is time-critical, such as vehicle routing, or if the main database needs to be extremely up-to-date.
You should ensure that your geographic information management processes are quality-assured and robust. High-quality data capture must be followed by bestpractice information management to protect your data from loss or corruption. Although unglamorous, this is one of the most important steps in the mobile information workflow. Figure 1.7 Geographic information management processes.ArcPad: A Field User’s Guide covers the following: Desktop tools to facilitate the “mobilization” of raster and vector data when it is transferred to ArcPad n GPS, camera, and range finder support n Navigation functions when positioning is available n Comprehensive projection and coordinate systems support n Querying tools for mobile GIS data n Data capture and editing tools for the field n Support for cartographic presentation and sketching n Figure 1.8 ArcGIS architecture. Integration with online data resources such as ArcIMS servers n Tools to customize ArcPad, script its behavior, and extend its capabilities n ArcPad is also supported by an extensive user community through online forums, ArcPad templates (arcscripts.esri.com), and sample data and tutorials (www.esri.com). This book is written for ArcPad 6 and ArcPad 7.0, though newer versions have been released (including ArcPad 7.01 through 7.1.1). Sections relating specifically to ArcPad v6 or v7 will be bracketed by these symbols: V6 or V7. In addition, rapid development in mobile technology (including networks, devices, wireless technologies, etc.) means that the latest technology is not covered here.To install ArcPad on a Windows Mobile device, you will need an ActiveSync connection between the desktop and mobile devices using a cable, cradle, or Bluetooth connection. See the documentation with the ArcPad download for guidance on installation and device compatibility.
After the program starts up the following will occur: V6 ArcPad 6 will open a new empty map V6 V7 ArcPad 7 will open the startup screen, which gives you the following options (figure 1.9a): n n n Open a new empty map (a frame into which you can load data, then name and save if you wish) Browse for data (you can access the sample data) Open an existing map or data in a list (if you have ArcPad formatted data on the mobile device). V7 Figure 1.9a “Start ArcPad with” screen: ArcPad Windows Mobile interface.Sections of this book relating specifically to devices running desktop operating systems will be bracketed by XP. Sections relating to PDAs, and specifically to Windows Mobile Pocket PC 2003 will be bracketed by PPC; while sections relating to the newer Windows Mobile 5 and 6 operating systems will be bracketed by WM5. If you are running ArcPad on a Windows Mobile device, the program window will normally fill your screen with a Start Menu icon at the top left and a program close button (X) at the top right. At the bottom in the middle or to the right, you should see the virtual keyboard icon. You can PPC WM5 Figure 1.9b “Start ArcPad with” screen: ArcPad Windows desktop interface.PPC WM5 XP If you are running ArcPad on a desktop machine, the program window is a standard system window with minimize, size-toggle, and close buttons at the top right; the Start menu at the bottom left; and the system tray (with settings and any active notifications) at the bottom right (figure 1.9b). You can minimize ArcPad to use just part of the screen if you wish to run another program alongside it. XP chapter 01 G-ability Ltd.Complete this exercise to try out these features. Requirements n ArcPad 6 or 7 on Windows desktop or Windows Mobile Exercise 1. Open ArcPad in Registered or Demo mode, and, if using v7, select the option “Open a new empty map.” You now see the standard interface with no data loaded, which should look like figure 1.
10a (the color of the task bar at the top of the screen may vary). If additional toolbars or menu options are visible, then your installer or service provider has precustomized your copy of ArcPad, and you should seek their advice before making further changes. The first step in optimizing the interface for your use is to reduce all unnecessary use of screen real estate. The map area will now be significantly reduced in size, especially on a PDA. Top: Figure 1.10a ArcPad interface customization: ArcPad standard interface. Bottom: Figure 1.10b ArcPad interface customization: ArcPad Options menu.The first toolbar will disappear and an extra pair of vertical gray bars will display at the end of the toolbar you dragged it onto. If three toolbars are displayed, you can drag two of them onto the other until the screen changes from the top to the bottom layout in figure 1.10c. By clicking on a pair of vertical gray bars, you restore the hidden toolbar, which replaces the one that was previously active. G-ability Ltd. with permission To increase the size of the map screen, you can switch off these features (except the Main toolbar and the Command bar); however, you can use a space-saving trick to keep the toolbars switched on without giving up screen space. Figure 1.10c ArcPad interface customization: ArcPad toolbar hiding.Fortunately, the extensive ArcPad user community has already created a range of materials that that you can download and use for free. ArcPad templates are organized in six application areas: n Health and Human Services n Infrastructure and Utilities n Natural Resources n Public Safety n State and Local Government n Urban and Regional Planning Figure 1.11 The Mobile Fire Mapper applet by Craig The templates vary from tools to applets to forms, all of which illustrate the practical benefits of ArcPad. The templates aren’t designed as complete application solutions; rather, they are a starting point for creating your own ArcPad solution.
The ArcPad templates are located on the ArcScripts Web page (arcscripts.esri.com), where you can search for and download a variety of scripts and sample code contributed by the ArcPad user community, for example, the Mobile Fire Mapper applet (figure 1.11). Summary In this chapter, you have discovered what mobile GIS is, what you can do with it, its key benefits, and how mobile GIS fits in with the wider revolution in mobile information. In the next chapter, we will put the entire technical solution together. Greenwald from the ArcScripts Web page.The availability of these components has made it possible to design new computing systems in a variety of forms: Personal digital assistants (PDAs), some with phones Smartphones A variety of embedded devices (e.g., those installed in cars) All of these devices can now run mobile GIS applications, although, due to memory and interface requirements, ArcPad does not at present run on smartphones or embedded devices. In this chapter, we will explore the computing hardware you will need for your ArcPad project, concentrating on the decisions you need to make when building your system to use in the field (figure 2.1). Although the pace of change in this area means that the specific hardware models change rapidly, the components, underlying technologies, and device dimensions tend to endure longer. Figure 2.1 Mobile computing on a bike. The mobile computing hardware issues covered in this chapter can be divided into five areas: n Mobile computing systems n Operating systems and software support n Devices and their peripherals n Network access n Linkage with other devices We will explore the technologies in each of these areas in turn and give you sources to explore for further information.Sections relating to PDAs, and specifically to Windows Mobile Pocket PC 2003 will be bracketed by PPC; while sections relating to the newer Windows Mobile 5 and 6 operating systems will be bracketed by WM5.
XP One way to mobilize your GIS project is to use ruggedized or microlaptops that are very compact and lightweight, and Tablet PCs (figure 2.2a) running Windows Desktop systems based on the Windows 2000, Windows XP, or Windows Vista operating systems. This allows you to take your entire GIS solution to the field. While compromises have to be made on device specifications and performance (these devices may not have the fastest processors to cut down power use), the processors and memory of the mobile system will be broadly similar to the systems back in the office. Laptops and Tablet PCs running any processor compatible with desktop Windows 2000, Windows XP, or Windows Vista operating systems can run ArcPad software, or even the ArcInfo version of ArcGIS Desktop software. To optimize performance, ArcPad in use on different devices. Left: Figure 2.2a Windows desktop Tablet PC. Right: Figure 2.2b Windows Mobile PDA.XP PPC WM5 By contrast, if you want to use PDAs in the field (figure 2.2b), then the device options you have are a bit more complex. The key point is that, unlike laptops and Tablet PCs, operating systems for PDAs are stored in device memory to save power. This means that you cannot always update the operating system, but merely add to it in limited ways. When you choose a PDA, you are effectively deciding on the operating system for the life of the device, which makes it a vital purchasing decision. See the documentation that comes with the ArcPad software for details on ArcPad-supported processors. PPC WM5 ArcPad can also connect to other devices such as GPS, cameras, and laser range finders, which are discussed in more detail later in this chapter. TIP: You can check the best combination of software version, hardware, and GPS by going to the mobile GIS pages on the ESRI Web site: www.esri.com. chapter 02 Mobile devices Three typical mobile device types exist: Microlaptops.
Also known as ultramobile PCs, these are now available at a size not much larger than your hand. They provide full PC functionality?—?running Windows XP or Windows Vista?—?a stylus pointing device, slide-out mini keyboard and small screen with a resolution of usually 800 by 480. These devices run TIP: ESRI’s online ArcPad software like any ArcPad user forums desktop PC would. Classic (support.esri.com) offer of its kind: the OQO plenty of advice on choosing microlaptop.Tablet PCs are similar to laptops in specification but with aggressive power management, a stylus pointing device, PC card slots for expansion, and a full-size, foldaway keyboard. They are usually ruggedized to some extent to protect them from rough handling, moisture, and dust, though some are fully ruggedized for extreme environments. These devices run ArcPad software as any desktop PC can. Classic of its kind: the Xplore Tablet PC. PDAs. These are designed to be held in the hand and controlled using a stylus and a few buttons. While PDAs usually have low specifications for ROM (read-only memory), RAM (random access memory), processing, and screens, they also have long battery life and much greater portability. Like microlaptops and tablet PCs, PDAs have Bluetooth, WLAN (wireless local area network), and sometimes cellular communications, expansion slots and serial or USB connectivity for GPS, cameras, and range finders. Some devices have built-in keyboards; for those that don't, foldout keyboards can be connected. PDAs come in ruggedized versions. They run ArcPad software on Windows Mobile operating systems, and while the range of PDAs has now become sophisticated, several typical PDA configurations exist, including the following: n n n n PDA only (Windows Mobile 5 Pocket PC, Windows Mobile 6 “Classic”). Classic of its kind: the HP iPAQ Pocket PC. PDA with cellular connection (Windows Mobile 5 Pocket PC Phone Edition, Windows Mobile 6 Professional).
Classic of its kind: HTC Universal Pocket PC phone. Ruggedized PDA. Classic of its kind: Trimble GeoExplorer Series (figure 2.3). PDA with integrated GPS. Classic of its kind: Mio A701 PDA. G-ability Ltd. with permission Choosing a device to run a mobile GIS like ArcPad depends on a range of factors. You need to make decisions about screen size, processing speed and memory size, battery life, communications protocol, and the connectors needed to integrate with other devices. Once you have made your decisions, you need to factor in the budget you have available or the device you have been given. This may then require you to reconsider some of your purchase priorities. Figure 2.3 Trimble GeoExplorer.The key to selecting the right device is to assess the data you need to work with in the field. If you need your whole project right there with you, then the microlaptops and Tablet PCs are what you need. If you can work with a subset of your raster and vector data with a focus on mapping, assets, incidents, and decision-making, the smaller footprint of the PDA will appeal. The screen size and the availability of power are also important; if weight is not a constraint and power is readily available, then the microlaptops and Tablet PCs are preferable to the PDAs. Courtesy of Swiss National Park Although ArcPad is the same on these different device types, each of these devices offers you a specific ArcPad experience: the Tablet PC offers large screens (typically 1024 x 768 pixels), which is better for visualization and graphics sketching (figure 2.4), while the PDAs provide excellent communications options. Another key difference is in the memory and processor power available. The Tablet PC can function like a desktop PC, though with a weight to match. By contrast, PDAs have processors and memory resources half that of the Tablet PCs, but they will fit in your pocket or around your neck.
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