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NASA Image 2000 Users Guide Basic OperationsNASA Image2000 is an image processing software package available on multiple platforms, designed to bring high-end scientific image processing capabilities to the standard desktop computer. (See Minimum Specifications in Section 1.2 for limitations for Mac and Unix operating systems.) Developed to meet the needs of educators, NASA Image2000 supports the display, analysis and processing of satellite imagery.
NASA Image2000 Functionality
The functionality built into NASA Image2000 was designed to provide the capability for the display and analysis of geo-coded satellite imagery. Users can perform standard image processing tasks, similar to those available in general graphics packages. In addition, the system provides other less common functions, including (but not limited to) the following:
Display pixel intensity, pixel location relative to the image, latitude and longitude values and their corresponding projected coordinates (for geo-coded images only)
Non-destructive image annotation including text, symbols, lines and polygons,
Processing based on a region of interest (ROI),
Image math using scalars and other images,
Compute image statistics,
Generate a histogram,
Measurement options including distance, area, perimeter, and angle,
Apply map projections,
Create, edit, and animate a stack of images, and
Create a montage from a stack or from open images
Download pdf NASA Image 2000 Users Guide Basic OperationsMetastock 10 User GuideMetaStock 10 is now released! In this newest version, more features . . . more of what YOU need to make your best, most profitable trades. Check out some of the incredible new features in MetaStock 10: Adding the RMO Trading System - This system will add six indicators, three expert advisors and three explorations. As a dealer you are always wondering if this system will work on your markets. I assure you it well, because it was developed in very volatile and non volatile markets. We are very excited about this system and what it will do for the MetaStock users around the world. Customizable Time Intervals–Set your interval to any time frame you like (for real-time traders only)
Customizable Fibonacci Projections - Use this amazing new line tool to help you exit a trade Adding columns to the Explorer - In the Exploration dialog 6 new columns are added increasing the exploration capabilities to 12 columns and 1 filter. The new columns are labeled G, H, I, J, K, and L. Dynamic Trend Profile Integration# –Launch Dynamic Trend Profile from within MetaStock and automatically set up line study Reuters PowerScreener Integration# –Cross check your search with this revolutionary fundamental screener Adding the ability to sort your Exploration results. Ability to resize certain windows inside of MetaStock. And more –New Forex layouts, and last trade marker for a base security, etc. etc. # Requires additional subscription
Download pdf Metastock 10 User GuideFreelancer - Games Cheats Hints & Trainer PC and Map Guide pdfFreelancer came after a long wait and delivered exactly what it promised: an open-ended universe, tons of solar systems to explore and a gripping story that would keep you glued to the monitor. The intense action and the multitude of items (weapons, engine, missiles and so on) made its replay value go through the roof, not to mention the formidable multiplayer available. We can only hope that Microsoft (Digital Anvil, the developers are now gone) will see the potential and continue this universe’s tale. God mode Note: This procedure involves editing a game file; create a backup copy of the file before proceeding. Use a text editor to edit the “perfoptions.ini” file in the game folder. Change the “DIFFICULTY_SCALE = 1.00? line to “DIFFICULTY_SCALE = 0.00?.
Finding secret bases and jump holes When you are looking for hidden jump holes to other systems, turn on your Nav Map, then select the “Show Patrols” map. The lines that appear show popular paths that the AI ships use. Almost any path that stretches out beyond the normal trade-lane traffic of a star system will lead to a hidden starport or even a hidden jump hole. Fly out to where the line leads to and turn on the “Solars” option on your targeting computer. You will usually find a place of interest. However, in places with reduced sensor ranges you will probably have to rely on visually looking for something. Also, to find all the paths, make sure to look at the “neutral”, “hostile”Software Development Kit for NFC DeviceSDK for Nokia 6131 NFC Welcome! • The chap speaking: Mikko Saarisalo, Nokia • Based in Helsinki, Finland • MSc in SW Engineering, SW background also in professional career • Member of Nokia’s NFC Forum delegate • Has been involved in all Nokia’s commercial NFC products so far. My goal – does this correspond to what you expect? • After this session you should • Be able to roughly judge what is possible with Midlets on N6131 NFC • Be able to get started in programming NFC Midlets (a bit of Geegism reguired…) • Find more information about the SDK and the phone • Have a channel to ask more detailed questions • Have a mechanism to influence how will the next releases look like • Ask Questions any time! Forum Nokia Links • Nokia 6131 NFC
Welcome Nokia 6131 NFC Phone overview SDK Overview Topic 1 - JSR-257 + extensions Aspects of Nokia 6131 NFC contacltelss Java capabilities (all with a 1) description and concept, 2) source code samples) Establishing connection Target Properties NDEF read / write Extensions for tag technologies P2P capabilities ISO 14443-4 connection Internal Secure Element • Emulation • Secure Element programming
• Chain of Security/Trust • Manufacturing and customer specific master key • Unlock Midlet • Support Model Nokia 6131 NFC - Phone Overview
Nokia 6131 NFC Nokia 6131 NFC • Based on the stylish and very popular Nokia 6131 • Enhanced with NFC features providing superior user experience and value for consumers • Touch a readerMacintosh PowerBook 2400c Computer ManualThis developer note describes the Macintosh PowerBook 2400c computer, a new computer based on the same architecture as the PowerBook 3400 computer but smaller and lighter. This developer note describes only the changes that make the new models different from the PowerBook 3400. For information about the PowerBook 3400, see Supplemental Reference Documents, later in this preface.
This developer note is intended to help hardware and software developers design products that are compatible with the Macintosh products described here. If you are not already familiar with Macintosh computers or if you would simply like additional technical information, you may wish to read the supplementary reference documents described in this preface. This note is published only in electronic form, as an Adobe ” Acrobat ” PDF (portable document file).
Download Macintosh PowerBook 2400c Computer ManualForensic Analysis of System Restore Points in Microsoft Windows XPInvestigating computer intrusions can be a complicated matter. Attackers are continually hiding their malicious code, erasing or modifying log files, and finding new techniques to minimize the trace evidence they leave behind. After reviewing nearly 200 compromised systems in the last 12 months, I have often become frustrated with the lack of evidence found on victim systems after the intrusions took place. In fact, the exploitation and post-exploitation techniques used by current attackers almost always thwart traditional physical media analysis practiced by the majority of computer forensic examiners.
Therefore, we have to continually improve our techniques, and add investigative steps that used to be rare, but now must become commonplace to the forensic examinations we perform in support of computer intrusion cases. Several new investigative steps we have added to our repertoire include in-depth examination of System Restore points.
This article is the result of a case study on an investigation conducted in the United States. This case demonstrates how computer forensic examiners can review System Restore points to establish an event timeline and unearth well hidden clues that assist in understanding how a computer system had been compromised. Without review of the System Restore points, our investigation would have fallen very short of answering the questions promoted by the case.
Download pdf Forensic Analysis of System Restore Points in Microsoft Windows XPJacORB 2.1 Programming GuideThe idea behind CORBA is to model distributed resources as objects that provide a well-defined interface, and to invoke services through remote invocations (RPCs). Since the transfer syntax for sending messages to objects is strictly defined, it is possible to exchange requests and replies between processes running program written in arbitrary programming languages and hosted on arbitrary hardware and operating systems. Target addresses are represented as Interoperable Object References (IORs), which contain transport addresses as well as identifiers needed to dispatch incoming messages to implementations.
Interfaces to remote objects are described declaratively in an programming language-independent Interface Definition Language (IDL), which can be used to automatically generate language-specific stub code.
It is important to stress that:
• CORBA objects are abstract entities seen by clients and represented by artifacts in potentially arbitrary, even non-OO languages. These artifacts are called servants in CORBA terminology.
• CORBA objects achieve location transparency, i.e., clients need not be (and generally are not) aware of the actual target hosts where servants reside. However, complete distribution transparency is not achieved in the sense that clients would not notice a difference between a local function call and a remote CORBA invocation. This is due to factors such as increased latency, network error conditions, and CORBA-specific initialization code in applications, and data type mappings.
Download pdf JacORB 2.1 Programming GuideO MNI B ROKERO MNI B ROKER is an Object Request Broker (ORB) that is compliant to the Common Object Request Broker Architecture (CORBA) specification, revision 2.0, as defined in [1] and [2] by the Object Management Group (OMG).
Some highlights of O MNI B ROKER
are:
Full CORBA IDL support
Complete CORBA IDL–to–C++ mapping
Complete CORBA IDL–to–Java mapping
Uses IIOP as native protocol
Dynamic Invocation Interface
Dynamic Skeleton Interface
Interface Repository
Peer–to–Peer communication with nested method invocations
Support for non-blocking method invocations
Support for timeouts
Seamless integration with X11 and Windows
A COS compliant Naming Service
IDL–to–HTML translator for generating “javadoc”–like documentation
DynAny API for dynamic Any type handling
The current beta version has the following limitations:
Only persistent (i.e. manually launched) servers are currently supported No multi–threaded C++ applications (OmniBroker for Java supports tread–per–request and thread–per–client).
This manual is — apart from the “Getting started” chapter — not a replacement for
a good CORBA book. There are many excellent introductory books on CORBA
fundamentals, for example [4] or [5].
This manual does also not contain the precise specifications of the CORBA standard. This would definitely be out of its scope. However, for the understanding of this manual, a good knowledge of the CORBA specification in [1] is absolutely necessary. Especially the chapters covering CORBA IDL and the IDL–to–C++ mapping should be studied thoroughly. Do not expect any of the CORBA teaching books to be a reference for the IDL–to–C++ mapping. The books currently available only give an overview and are neither complete nor up–to–date. There is no substitute for the official CORBA specification as defined in [1].
What thismanual does contain,however, is informationon howCustomer Knowledge and Service Development, the Web 2.0 Role in Co-productionThe peculiar nature of services requires a multidisciplinary approach to investigate on their impact in the economic growth, to define models, to identify terminology, to describe scenarios and user profiles. The integration of several disciplines is a key point for the improvement of the Service Science capacity to find solutions and answers for services, especially for studying and designing new ICT services, the fastest growing segment within the service sector.
One of the main goals of this paper is to analyse the existing relationships among SSME and ICTs, focusing on the potential of Web 2.0 and in general of collaborative technologies which can enable and foster innovation in the service sector. Such technologies innovate both the service development process and the design phases. We show the role of Web 2.0 tools in the value co-production activities carried out by both service providers and customers. The collaborative technologies play an important role in services focusing on knowledge and information management because they promote customer involvement and foster knowledge sharing. We introduce a pattern describing the role of collaborative tools in co-production processes starting from the analysis of Wikipedia [30] as an example of Web 2.0 service. The pattern helps customer to interact during the service development process.
The paper is structured as follows: section II analyses the state of the art of the main topic discussed as well as service development research. Section III illustrates how Web 2.0 tools can support the co-production process in the streamline of the Wikipedia case study, andJ#.NET - Advantages for the Java DeveloperThe Java language has revolutionized the way we program applications for the Internet. Two great ideas make this language so promising:
• Applications written using Java run on multiple different platforms.
• Automatic memory management or garbage collection (GC) comes as a great relief for developers.
Other than these two issues, most of the remaining Java features can be implemented using the majority of other languages. Since its first public release in 1995, the Java language has been maturing and consolidating its position in the market as an increasing number of organizations realize its built-in strengths.
In the beginning, there were efforts to dilute Java's increasing popularity and to prove it to be just like any other language. Various sources attempted to prove that Java applications don't perform alike on all platforms, especially with respect to speed. But Java stood the test of time and emerged even stronger. Ironically, Microsoft stood isolated, even after having produced the world's fastest and best Java compiler and JVM implementation. (Microsoft's Java compiler can compile 10,000 lines of code per second.) Much of the Java API competes directly with Microsoft's API: JDBC with ODBC, JTAPI with TAPI, JDO with ADO, JSP with ASP, Bean with COM, and so on.
Though Java has had huge success, it has also left some problems unattended. Sun initially stated that with Java, "write once run anywhere" is possible; after introducing J2EE, however, Sun admitted that the "one size fits all" plan doesn't work. Java also failed to capture the desktop application market. When
