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Agile IMS Service Composition – How to Quicker Respond to New Market DemandData traffic in telco networks grow much faster and correspond to an increasing part of profits in telco operators. Operator’s dependence on voice services only is quickly diminishing in favor of higher valued data services. As these operators leave their relative comfort zone of supplying voice services in monopoly or oligopoly constructs the need for agility increases. The search for the Holy Grail – that is the next killer application – is happening everywhere.
But what if there is no next one single killer application? What if the next killer is exposure of capabilities to be used in countless of use cases which no-one has thought of today? Or if it is the ability of quickly creating services supporting ever changing customer needs?
This paper is about how to enable and support agile IMS service composition on both the service layer, that is in low-latency call control type of contexts, and in the Service Delivery Platform, SDP, that is higher level course grained services.
What do we mean with Agile IMS Service Composition?
• Agile: Focus is Customer Collaboration and Responding To Change
• IMS: IP based network, with convergence in any dimension
• Service Composition: Being able to create a new service by the combination of development and/or existing services composing these together. With the use of the techniques presented here you will be able to:
• Quicker and with less risk try out new services much faster leading to increased profits from more services and more satisfied customer
• Increase the number of end-user services availableBuilding a Mini-Sumo RobotBuilding a mini-sumo robot using the IntelliBrain™ robotics controller is a great way for you to learn about robotics and Java™ software development. The RoboJDE™ Java-enabled robotics software development environment (included with IntelliBrain) allows you to download the example mini-sumo robot application discussed here into your IntelliBrain controller. With RoboJDE you can modify the example mini-sumo application or write your own mini-sumo program to improve the competitiveness of the robot.
Mini-sumo is a competition between robots based on Japanese wrestling – “sumo” is the Japanese word for wrestling. Similar to traditional sumo matches, two opponents (robots) face each other in a ring named a dohyo – see Figure 1. The object is to stay in the ring while pushing the opposing robot out of the ring. The robot that stays in the ring the longest wins the match.
Mini-sumo robots are small autonomous mobile robots designed specifically for sumo style competition. The mini-sumo robot competition rules restrict the robot length and width to 10 cm x 10 cm, but do not restrict its height. In addition, the robot cannot weigh more than 500 grams. Unlike larger battle robots, mini-sumo robots are not allowed to damage the opponent robot, they are only allowed to push it off the dohyo.
All the hardware components you will need to build the robot discussed here are readily available. A mini-sumo robot can be assembled in a few hours or less. Once you have assembled your robot, you can load the mini-sumo example program included with the RoboJDEMixing the Objective Caml and C# Programming Models in the .NET FrameworkThe .NET platform claims to be a melting pot that allows the integration of different languages in a common framework, sharing a common type system, CTS, and a runtime environment, CLR (Common Language Runtime). Each .NET compiler generates portable MSIL byte-code (MicroSoft Intermediate Language). By assuming compliance to the CTS type system, components inter-operate safely.
The .NET framework is actually well suited for object-oriented languages which have an object model close to the one of C# or Java. Unfortunately, languages with other kinds of object models, type systems or supporting different programming paradigms (such as functional programming .. . ) do not fit in .NET as well as C# does. Writing .NET compilers for them requires much more efforts.
However, the .NET framework still gives us a good opportunity to experiment interoperability between two languages as different as Objective Caml[1] (shortened as O’Caml) and C#. O’Caml is an ML dialect: it is a functional/imperative statically typed language, featuring parametric polymorphism, an exception mechanism, an object layer and parameterized modules. By achieving interoperability, each language gains access to a wider set of libraries and programmers take advantage of a richer programming model.
We use the experimental OCamIL compiler[2], which compiles the whole O’Caml distribution (including toplevel) to .NET managed code. We intend to communicate between O’Caml and C# by means of their respective object models. Difficulties arise because neither the type system nor the object model of O’Caml natively fit in the CTS. O’Caml objects cannot be directly compiled to CTS objects. Communication cannotMazda MX5 - Service Manual 2002-2003CONVENTIONAL BRAKE SYSTEM. 04-11-16. FRONT BRAKE (DISC) REMOVAL/INSTALLATION. A5U041133980W02. 1. Remove in the order indicated in the table.
Filesize: 61 KB
DownloadVirtools Tutorial: Let’s Get PhysicalVirtools provides the amazing ability to endow your worlds with a reasonably good simulation of real world physics with the addition of a few building blocks. As we will see, this system becomes a bit of a black box, but I hope you’ll find that it works reasonably well in many circumstances. The Physicalize BB Let’s begin with the Virtools Getting Started Physics demo. C:Program FilesVirtoolsVirtools Dev 3.5DocumentationPhysicsPhysics DatabaseGettingStarted.cmo.
To begin experimenting with physics, all you need to do is add the Physics -> Creation -> Physicalize BB to the two main elements in the scene. In this case the floor and the box. Be sure to set IC on anything you physicalize before playing the scene. Gravity One thing that happens automatically in with the Physics system is that you get Gravity. If you play the scene at this point, you’ll notice that everything that you physicalized falls out of the frame. This introduces us to the first major parameter in the Physics BB: “Fixed”
Download Virtools Tutorial: Let’s Get PhysicalPowerBook G4 17-inch Users Guide pdfIncludes setup,expansion,and troubleshooting information for your PowerBook G4 computer Chapter 1 5 Getting Started 6 Basic Features of Your PowerBook 8 Additional Features of Your PowerBook 10 Setting Up 17 How Do I Turn My PowerBook Off? 19 Calibrating Your Battery 19 What s Next? Chapter 2 21 The Basics 21 Getting to Know Your New PowerBook 22 Adjusting Your Display 23 Using Your Power Adapter 24 Using the Trackpad 25 Using the Keyboard 26 Using a Mouse 26 Learning About Mac OS X 27 Customizing Your Desktop and Setting Your Preferences 28 Using Applications 28 Connecting to a Printer 29 Playing a CD and Connecting Headphones 30 Keeping Your Software Up to Date
30 Connecting a Camera or Other FireWire or USB Device 31 Connecting to a Network 31 Using the Internet 31 Transferring Files to Another Computer 32 When an Application Freezes Chapter 3 33 Using Your Computer 34 Universal Serial Bus (USB) 36 FireWire 38 PC Cards 39 Using Bluetooth Devices 41 AirPort Extreme Wireless Networking and Internet Access 43 Ethernet (10/100/1000Base-T) 44 Using Your Modem 44 Connecting Speakers and Audio Devices 45 Sudden Motion Sensor 45 External Video Support (DVI,VGA,and S-Video) 48 Using Your SuperDrive 51 Battery 55 Security Slot Chapter 4 57 Adding Memory to Your Computer 57 Installing Additional Memory 62 Making Sure Your Computer Recognizes the New Memory Chapter 5 63 Troubleshooting 63 Problems That Prevent You From Using Your Computer 65 Other Problems 67 Reinstalling the Software That Came With Your ComputerGPRS MMS setting for GREEN Prepaid.xlsSamsung S300m. S300m. 41. Samsung Ultra 12.9. 12.9. 42. Samsung Ultra 6.9. 6.9.43. Samsung Ultra 9.9. 9.9. 44. Samsung V200. V200. 45. Samsung X100
SMS Keyword List: BenQ No. Phone Name SMS Keyword 1 BenQ M315 M315 2 BenQ-Sieme CL71 CL71 3 BenQ-Sieme E61 E61 4 BenQ-Sieme E81 E81 5 BenQ-Sieme EF51 EF51 6 BenQ-Sieme EF81 EF81 7 BenQ-Sieme S88 S88 Ericsson No. Phone Name SMS Keyword 1 Ericsson R380 R380 2 Ericsson R520m R520m 3 Ericsson R600 R600 4 Ericsson T20 T20 5 Ericsson T29 T29 6 Ericsson T39 T39 7 Ericsson T65 T65 8 Ericsson T66 T66 9 Ericsson T68 T68 LG No. Phone Name SMS Keyword 1 LG B2100 B2100 2 LG C1100 C1100 3 LG C1150 C1150 4 LG C2500 C2500 5 LG C3300 C3300 6 LG C3380 C3380 7 LG Chocolate (APAC) Chocolate 8 LG F1200 F1200 9 LG F2100 F2100 10 LG F2300 F2300 11 LG F3000 F3000 12 LG G282 G282 13 LG G5400 G5400 14 LG G5600 G5600 15 LG G7050 G7050 16 LG G7100 G7100 17 LG G7120 G7120 18 LG G7200 G7200 19 LG KE600 KE600 20 LG KE800 KE800 21 LG KE820 KE820 22 LG KG300 KG300 23 LG KG810 KG810 24 LG KG920 (APAC) KG920 25 LG KU800 KU800 26 LG M6100 M6100 27 LG P7200 P7200 28 LG S5000 S5000 29 LG S5200 S5200 30 LG T5100 T5100 31 LG U8500 U8500 Motorola No. Phone Name SMS Keyword 1 Motorola A1200 A1200 2 Motorola A668 A668 3 MotorolaAIT DBManager User's GuideWelcome to AIT’s DBManager tutorial. This tutorial assumes that you already have MySQL and the DBManager installed onto your Virtual Server. In this tutorial we will create a very simple and small database using the GUI interface the DBManager provides.
Provisioning of Reseller DBManager and End User DBManager
If you want to have DBManager on your server, you must understand how AIT provisions this service. You must either have the Reseller DBManager, which is specifically for Server 2 accounts and above so that you can resell this offering to your customers, or the End User DBManager, which is specifically for Server 1 accounts. This feature can not be resold, since Server 1’s do not have virtual hosts.
Accessing DBManager
First, access your DBManager in the following manner: http://domain.com/dbmanager/
Of course, you would replace the domain.com with your virtual server domain name, and your username and password would be the same as your control panel. For resellers who provision the DBManager for virtual hosts, we will cover how to access and password protect it later in this tutorial. Once you are inside of your DBManager, you should see a screen such as this one:
Download pdf AIT DBManager User's GuideHow To Install PHP On Linuxhis tutorial explains the installation of PHP 5, bundled with Apache and MySQL server on a Linux machine. The tutorial was written primarily for SuSE 9.2, 9.3, 10.0 & 10.1, but most of the steps ought to be valid for all Linux-like operating systems. We will set up PHP as a shared module, being loaded into Apache2 dynamically during the server startup. These instructions are known to work for PHP versions: 5.0.4 through 5.2.1.
Prerequisites
At this point Apache web server must be installed. If you want MySQL support in PHP, MySQL server also must have been installed prior to the next steps
Unpack, Configure, Compile
Go to the directory whith the downloaded file and enter:
# tar -xzf php-5.2.1.tar.gz
# cd php-5.2.1
#
./configure
--prefix=/usr/local/php
--with-apxs2=/usr/local/apache2/bin/apxs
--with-mysql=/usr/local/mysql
Download pdf How To Install PHP On LinuxSpecifying, Discovering, and Monitoring Service Flows: Making Web Services Process-AwareWeb services, an emerging paradigm for architecting and implementing business collaborations within and across organizational boundaries, are currently of interest to both software vendors and scientists. In this paradigm, the functionality provided by business applications is encapsulated within web services: software components described at a semantic level, which can be invoked by application programs or by other services through a stack of Internet standards including HTTP, XML, SOAP, WSDL and UDDI [3,18]. Once deployed, web services provided by various organizations can be inter-connected in order to implement business collaborations, leading to composite web services.
Today workflow management systems are readily available [6,49,59] and workflow technology is hidden in many applications, e.g., ERP, CRM, and PDM systems. However, their application is still limited to specific industries such as banking and insurance. Since 2000 there has been a growing interest in web services. This resulted in a stack of Internet standards (HTTP, XML, SOAP, WSDL, and UDDI) which needed to be complemented by a process layer. Several vendors proposed competing languages, e.g., IBM proposed WSFL (Web Services Flow Language) [48] building on FlowMark/MQSeries and Microsoft proposed XLANG (Web Services for Business Process Design) [71] building on Biztalk. BPEL [16] emerged as a compromise between both languages.
The Business Process Execution Language for Web Services (BPEL4WS, or BPEL for short) has become the de-facto standard for implementing processes based on web services [16]. Systems such as Oracle BPEL Process Manager, IBM WebSphere Application Server Enterprise, IBM WebSphere Studio Application Developer Integration Edition, and Microsoft BizTalk
