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Coarse-Grain Parallel Programming in JadeThe goal of our research is to provide programming language support for exploiting coarse-grain concurrency, or concurrency in which each unit of serial computation executes at least several thousand instructions. There are two major reasons why automatic techniques that extract static parallelism from sequential programs cannot fully exploit available coarse-grain concurrency. First, only the programmer has the high-level knowledge necessary to decompose his program into coarse-grain tasks. This information is lost once the program is encoded in a conventional programming language.
Second, it is some- times important to exploit irregular, data-dependent concurrency available only as the program runs. The large grain size often makes it possible to pro?tably amortize the dynamic overhead required to exploit this last source of concurrency.
Download pdf Coarse-Grain Parallel Programming in JadeTuning Instructions for Harley-Davidson CarburetorsThis tuning manual is for Harley-. Davidson only! If you have any questions orproblems..
Download PDFVideoEase S-Video Balun Application Guide pdfThe purpose of this document is to explain how to apply the S-Video Balun under different operating conditions and to discuss issues not covered in the Product Installation Guide. There are three models; S-Video Balun (500016), S-Video/Audio Balun (500017) and S-Video Hi-Fi Balun (500039). The 500016 supports S-Video only and the 500017/500039) support S-Video and two audio channels. Both products are compatible with MuxLab s Audio-Video Distribution Hub (Part#500200). Function of the S-Video Balun The function of the S-Video Balun is to allow traditional S-Video coaxial cable to be replaced by Category 5 (or better) twisted pair cable for more cost-effective cabling.
Used in pairs, the S-Video Balun allows S-Video display equipment to be located up to 1000 feet (305m) from the S-Video source, thus exceeding standard S-Video cable distance limitations which is approximately 300 feet (90m). Due to the lower cost and ease of installation of Category 5 cable, significant material and installation savings may be achieved. Furthermore, due to the excellent crosstalk immunity, multiple S-Video signals may be transmitted adjacent to one another under a multipair (4, 25, 50, 100, etc) Cat 5 cable, thereby optimizing the cable and further reducing the material cost per foot of cabling. The S-Video Balun may be applied in the following areas: Multi-media Projector Systems: Allows a multi-media projector to be placed at extended distances from a laptop or PC in a conference room or training room environment. Allows the presenter to stand at a distance from the projector so as not toBasic Function of BMW Vanos System Manual PDFAll BMW VANOS systems are operated through electric/hydraulic/mechanical control. Electric Control: The engine control module is responsible for activating a VANOS solenoid valve based on DME program mapping. The activation parameters are influenced by the following input signals:
• Engine speed
• Load (intake air mass)
• Engine temperature
• Camshaft position
• Oil temperature (MS 42.0 only)
Depending on the specific VANOS system, the solenoid valve is one of two types:
• Basic black/white (on/off) solenoid valve. Found on M50 TU and M52 engines.
• Variable position solenoid valve. Found on the M52 TU and M62 TU engines.
Hydraulic Control: The position of the solenoid valve directs the hydraulic flow of engine oil. The controlled oil flow acts on the mechanical components of VANOS system to position the camshaft. Mechanical Control: The mechanical components of all VANOS systems operate under the same principle. The controlled hydraulic engine oil flow is directed through advance…
Download Basic Function of BMW Vanos System Manual PDFF-Secure Mobile Anti-Virus for Smartphone Users Guide ManualThis Guide Is Organized Conventions Used in F-Secure Guides Chapter 1 Introduction 13 1.1 F-Secure Mobile Anti-Virus 1.2 Key Features Chapter 2 Installation 15 2.1 System Requirements 2.2 Installing F-Secure Mobile Anti-Virus 2.2.1 Direct Installation 2.2.2 Installation Using Your Computer 2.3 Uninstalling F-Secure Mobile Anti-Virus Chapter 3 User Interface 19 3.1 Main View 3.1.1 Main View Buttons 3.1.2 Main Menu Chapter 4 Startup and Shutdown 23 4.1 Starting F-Secure Mobile Anti-Virus 4.1.1 First-Time Start-Up (Activation) 4.1.2 Normal Start-Up 4.2 Shutting Down F-Secure Mobile Anti-Virus 4.3 Hiding the User Interface Chapter 5 Configuration 31
5.1 Overview 5.2 Setting Configuration Options Chapter 6 Virus Scan 33 6.1 Overview 6.2 Scanning Options 6.3 Running a Manual Scan 6.4 Viewing Scan Results 6.4.1 Viewing List of Not Scanned Files 6.4.2 Viewing Details of Not Scanned Files Chapter 7 What to Do If a Virus Is Found 41 7.1 Overview 7.2 Viewing Details of Infected Files 7.3 What to Do If a Virus Is Found Chapter 8 Updating 45 8.1 Overview 8.2 Viewing Update Information 8.3 Updating F-Secure Mobile Anti-Virus 8.3.1 Automatic Updates 8.3.2 Manual Updates Chapter 9 Troubleshooting 49 9.1 Questions and Answers 9.2 Unable to Connect to Update Server/Update Failure 9.3 Update Service Could Not Authenticate Your Smartphone 9.4 Service Has Expired or About to Expire 9.5 Virus Definition Database Corrupted or Missing and Virus Protection Not Updated.. 53 Technical Support 65 Overview Web-Based Support Electronic Mail Support About F-Secure Corporation
Download pdf F-Secure Mobile Anti-Virus for Smartphone Users GuideInstalling and using F-Secure Anti-Virus for Workstations (version 7) Guide pdfF-Secure is the recommended anti-virus software at the University and can protect your PC from viruses and other malicious software.The University license allows you to install F-Secure,free of charge,on laptops and of ce computers,including home PCs.You should uninstall the software when you leave the University. You are required to have anti-virus software on any PC connecting to the University,including PCs using the VPN,study bedroom and wireless services. Access to the network may be withdrawn from any user whose PC infects the network.As new viruses are released every week,anti-virus software is updated regularly.Therefore,it is important that all users not only install but also regularly update their anti-virus software.
Obtaining F-Secure Anti-Virus software Get a free copy of a Computing Health Check CD from: “The Computing Service Reception,Cornwallis South “The Help and Enquiry Desk in the Library Once you have installed F-Secure and the latest update,you need to keep it up-to- date:see Regularly updating F-Secure online section of this document.. F-Secure is the recommended anti-virus software at the University and can protect your PC from viruses and other malicious software.The University license allows you to install F-Secure,free of charge,on laptops and of ce computers,including home PCs.You should uninstall the software when you leave the University. You are required to have anti-virus software on any PC connecting to the University,including PCs using the VPN,study bedroom and wireless services. Access to the network may be withdrawn from any user whose PC infects the network.As new viruses are released every week,anti-virusObject-Oriented Programming Strategies in C# or Power Conscious SystemLow power consumption is a major constraint for battery-powered system like computer notebook or PDA. In the past, specialists usually designed both specific optimized equipments and codes to relief this concern. Doing like this could work for quite a long time, however, in this era, there is another significant restraint, the time to market. To be able to serve along the power constraint while can launch products in shorter production period, object-oriented programming (OOP) has stepped in to this field.
Though everyone knows that OOP has quite much more overhead than assembly and procedural languages, development trend still heads to this new world, which contradicts with the target of low power consumption. Most of the prior power related software researches reported that OOP consumed much resource, however, as industry had to accept it due to business reasons, up to now, no papers yet had mentioned about how to choose the best OOP practice in this power limited boundary.
This article is the pioneer that tries to specify and propose the optimized strategy in writing OOP software under energy concerned environment, based on quantitative real results. The language chosen for studying is C# based on .NET Framework 2.0 which is one of the trendy OOP development environments. The recommendation gotten from this research would be a good roadmap that can help developers in coding that well balances between time to market and time of battery.
Download pdf Object-Oriented Programming Strategies in C# or Power Conscious SystemVLXE THERMODYNAMIC SOFTWARE TUTORIAL GUIDEVLXE is a thermodynamic software package that runs in Excel as an additional add in feature. It provides full range of PVT calculation inside Excel for both oil and gas system, and polymer system.
How is this Documentation Organized?
A practical approach has been taken and two different set of sections are presented. First section (chapter 2) deals with the basic introduction to the software with simple examples. This includes calculation of cloud point and phase envelope both with binary components as well as more then two components. If you are new user of VLXE, you are advised to work through the entire second chapter. Chapter 3 includes more advance feature of the software with oil and gas module. It includes characterization of mixture, how to perform oil and gas calculations, the usage of fluid as a feed and how to create OLGA input files. Simple example with system containing mixture of heavy and light oil is given to show how software works.
Where to Start
VLXE users, at all level of experience, will benefit greatly from working with this software. Once the software is installed, you will see VLXE add in feature at your Excel sheet. If you are new user of VLXE follow the tutorials given in first section.
Download pdf VLXE THERMODYNAMIC SOFTWARE TUTORIAL GUIDEPolyTrans for Maya PDF TutorialPolyTrans-for-Maya is a premiere plug-in system for Maya (Windows) that allows Maya to freely exchange complete 3D scene data with virtually any other 3D software package, such as 3DS MAX (via PolyTrans-for-Maya and Okino .bdf format), Lightwave, OpenFlight, Softimage-3D, Softimage-XSI, IGES 5.3, ACIS SAT, Autodesk Inventor, DirectX, DXF/DWG (with ACIS solids in DWG files), Parasolids, Pro/Engineer, QuickDraw-3D, Renderman RIB, Solid Edge, Solid Works, STEP, trueSpace and many, many others.
PolyTrans-for-Maya has become one of Okino’s most popular, specialized plug-in converter systems since it adds a lot of new functionality to the Maya software package itself. It also forms a natural and well refined pipeline between Maya and 3DS MAX via the mirror twin ‘PolyTrans-for-Maya’ and ‘PolyTrans-for-3DSMAX’ native plug-in modules. PolyTrans-for-Maya breaks down all previous data translation barriers and truly makes Maya a universally open software package. In the tradition of all Okino 3D data translators, resulting translated files are ‘Render Ready’ meaning that they can be loaded and rendered in the destination program (Maya, Softimage- 3D/XSI, 3DS MAX, Lightwave, etc.) with little or no changes necessary.
Download PolyTrans for Maya PDF TutorialEffect of pH on Hair Resilience ManualThere are three components to this lesson, outlined below. Complete the activities in order to answer the central question of this lesson: “How does understanding the chemistry of hair care, including the role of pH, help in the development of better hair care products?”
Part I: Determining the pH of shampoo samples
Using the shampoo samples given to you by your teacher, determine the pH of each of the samples. You can determine pH by using a method familiar to you, such as using pH strips or probes. Record the pH of your shampoo samples below:
Shampoo name pHPart II: Treating hair samples in solutions of varying pH Complete the following activity in your lab group and answer the questions that follow.
Procedure:
1. Obtain 4 wooden splints; 4 test dishes; 20 strands of the same type of hair; and 4 strips of tape.
2. Clean the 4 dishes in pH neutral solution and rinse thoroughly with distilled water. (Be sure to clean all glassware after each use so that the samples are not contaminated.)
3. Label the test dishes pH 2.0, pH 6.0, pH 10.0, and pH 12.0. Add 10 mL of the appropriate pH solution to each of the dishes.
4. Tape 5 strands of hair to each splint with one end fastened, and the other end free to be immersed in the test solutions. Label the ends of each splint with pH 2.0, pH 6.0, pH 10.0, and pH 12.0.
5. Put each splint into the corresponding solution. Allow the hair to be exposed for 10
