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Short History of Software MethodsThis short history identifies 32 major classes of software methods that have emerged over the last 50 years. There are many variations of each major class of software method, which renders the number of software methods in the hundreds. This short history contains a brief synopsis of each of the 32 major classes of software methods, identifying the decade and year they appeared, their purpose, their major tenets, their strengths, and their weaknesses. The year each software method appeared corresponds to the seminal work that introduced the method based on extensive bibliographic research and the strengths and weaknesses were based on scholarly and empirical works to provide an objective capstone for each method.
The 1960s were a defining period for the world of computers giving rise to what we now know as mainframe computers (Solomon, 1966). Think of mainframe computers as building-sized calculators, most of which can now fit in your shirt pocket and are versatile enough to run on sunlight. Of course, these mainframe computers gave rise to large scale operating systems requiring hundreds of expert programmers to produce over many years (Needham and Hartley, 1969). More importantly, high-level computer programming languages such as the Common Business Oriented Language or COBOL were created to help humans communicate with these building-sized calculators and instruct them to perform useful functions more easily (Sammet, 1962). The creation of these mainframes, their operating systems, and their high-level COBOL computer programming languages caused the North Atlantic Treaty Organization or NATO to form a new technicalHONDA NXR125 ON/OFF ROAD MOTORCYCLESee below for specifications and stock locations. HONDA NXR125 ON/OFF ROAD MOTORCYCLE. General information:. Number of seats: 2. Country of origin: Brazil ...
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Download PDFIMAQ PCI-1426 User ManualThe IMAQ 1426 is a highly flexible image acquisition (IMAQ) device that supports a diverse range of Camera Link-compatible cameras from various camera companies. The IMAQ 1426 acquires digital images in real time and stores the images in onboard frame memory or transfers them directly to system memory. Featuring a high-speed data flow path, the IMAQ 1426 is ideal for both industrial and scientific environments.
The IMAQ 1426 is easy to install and configure. It ships with NI-IMAQ, the National Instruments complete IMAQ driver software you can use to directly control the IMAQ 1426 and other National Instruments IMAQ hardware products. With NI-IMAQ, you can quickly and easily start your applications without having to program the device at the register level. The IMAQ 1426 supports the Camera Link Base configuration. The MDR 26-pin connector provides access to base configuration cameras. For further configuration information, refer to the Camera Link and IMAQ 1426 section of Chapter 3, Hardware Overview.
The 15-pin D-SUB connector has four external TTL input/output (I/O) lines you can use as triggers or as high-speed digital I/O lines. Should you choose not to use the TTL I/O lines, the 15-pin D-SUB connector also provides access to two optically isolated inputs and two RS-422 inputs. These inputs can be individually selected in software.
For more advanced digital or analog system triggering or digital I/O lines, you can use the IMAQ 1426 and NI-IMAQ with the National Instruments data acquisition (DAQ) or motion control product lines.
Download pdf IMAQ PCI-1426 User ManualCryptanalysis of Microsoft’s Point-to-Point Tunneling Protocol (PPTP)The Point-to-Point Tunneling Protocol (PPTP) is used to secure PPP connections over TCP/IP links. In this paper we analyze Microsoft’s Windows NT implementation of PPTP. We show how to break both the challenge/response authentication protocol (Microsoft CHAP) and the RC4 encryption protocol (MPPE), as well as how to attack the control channel in Microsoft’s implementation. These attacks do not necessarily break PPTP, but only Microsoft’s implementation of the protocol.
Many organizations and institutions are not centralized. Branch offices, virtual corporations, and traveling employees make the notion of running dedicated network connections to each location logistically impossible. The concept of virtual networking provides a solution to this problem by tunneling cojoined network space over other, transitory and insecure, networks (such as the Internet), thus enabling remote locations to appear to be local. This is done without the expense incurred from running leased lines or dedicated cabling to each location, and is sometimes called a “tunnel.”
While virtual networks solve the problem of de- centralized machines, they create a new problem. They open up traffic that was previously considered internal to the company, to any prying eyes on the networks it traverses. Authentication and encryption are required to keep this virtual network traffic not only tamperproof but private. The result, virtual networking connections combined with cryptographic protections, is a Virtual Private Network (VPN).
The security of a VPN is based on the security of its authentication and encryption protocols. If a VPN’s cryptography is weak, then its security is no better than a non-private virtualFuji Film Image Memory Card Reader DPC-R1 for Windows / Macintosh Users GuideThis manual will show you how to use your IMAGE MEMORY CARD READER DPC-R1 correctly. Please follow the instructions carefully. IMPORTANT NOTES ON USING YOUR DPC-R1 CORRECTLY BEFORE USING. Data storage HANDLING USB cable connection Inserting the xD-Picture Card or SmartMedia Removing the xD-Picture Card and SmartMedia Card Disconnecting the USB cable Using with Windows Hardware and software requirements Setup Procedure in Windows Using the DPC-R1 Using with a Macintosh Hardware and software requirements Set up procedure Hardware and software requirements
Set up procedure Using the DPC-R1 File Exchange (Mac OS 8.6 to 9.2 users) TROUBLE SHOOTING MAIN SPECIFICATIONS UNINSTALLING THE SOFTWARE Windows Macintosh Mac OS X Mac OS 8.6 to 9.2 Macintosh Windows Data storage The data stored in the xD-Picture Card or SmartMedia Card may be destroyed in the following cases. Fuji Photo Film Co., Ltd. shall not be liable for destruction of the stored data. 1. When the customer, or other party, used the xD-Picture Card, SmartMedia Card and DPC-R1 improperly. 2. When the USB cable or xD-Picture Card or SmartMedia Card were removed and when the device power was turned off while the DPC-R1 was being accessed (data communication). We recommend that you copy your valuable data to another media (MO disk, CD-R, hard disk, etc.)
Download pdf Fuji Film Image Memory Card Reader DPC-R1 for Windows / Macintosh Users GuideSuzuki GSXR-1300R Hayabusa - Installation InstructionsSuzuki GSXR-1300R Hayabusa - Installation Instructions .... CAUTION ? Install the muffler only on the specified model of motorcycle.
Download PDFMicroTrack 24/96 Professional 2-Channel Mobile Digital Recorder User GuideThe MicroTrack 24/96 is a portable recorder that can record stereo audio signals directly to CompactFlash media in either WAV or MP3 format. The MicroTrack 24/96 can be connected to a computer via the USB connection to transfer audio files. The USB port is also used to recharge the internal battery of the MicroTrack 24/96. Typically, a computer’s USB port will supply enough power to recharge the MicroTrack 24/96’s battery, though a USB power supply is also provided for charging without a computer.
The MicroTrack 24/96 has an 1/8” microphone port which supplies 5V for electret microphones like the included stereo “T” microphone. Two 1/4” TRS inputs accommodate mic or line level inputs, and can supply phantom power for condenser microphones. A coaxial SPDIF input is available for recording from a digital source; the MicroTrack 24/96 automatically sets the sample rate to match the incoming stream. An 1/8” headphone port and RCA line outs can be used for monitoring recordings and playback. While the MicroTrack 24/96 is simple to use, we still suggest that you read through this entire manual to familiarize yourself with all the functions contained within this portable unit.
Download pdf MicroTrack 24/96 Professional 2-Channel Mobile Digital Recorder User GuideBasic Cinema 4D abstraction TutorialHi, people will find that this tutorial is easier to follow than actually getting Cinema 4D themselves, but common sense will prevail and if you don't have common sense then ask someone that does, anywho, let's begin. (56k beware) Ok, first we are going to look at the Cinema 4D screen itself as there are a number of features that work well with Abstraction, they are numbered and circled in red:
1. This is the Objects Tab, anything in this tab is to with the shapes that are rendered. This is used to create our basic shapes and later, to edit them
2.This is used to edit the structure of our shapes
3. This handily shows us every polygon that makes up the shape, it basically renders a wireframe over the shape.
4. This is the materials area, this allows us to add images and colour to the renders themselves.
Ok, now we understand the interface we are using, let us begin. Firstly, we need a shape to play with, go to objects>primitive>sphere and this will render a sphere. We can't do anything yet so lets right click the sphere and click "Make Editable" Now we can start to modify our shape.
Now, lets start off with basic modification, to make it easy, we first need to display the wireframe of our sphere, click what I highlighted as number 3 on the interface and then right click the sphere and select "Magnet", this is where the fun begins.
Download pdf Basic Cinema 4D abstraction TutorialProgramming Guide for Linux USB Device DriversThe development of the Linux USB subsystem started in 1997 and in the meantime it was redesigned many times. This implied various changes of its internal structure and its API too. So it is even hard for experienced device driver developers to keep up to date with all ongoing discussions and current changes.
This document should give detailed information about the current state of the USB subsystem and its API for USB device drivers. The first section will deal with the basics of USB devices. You will learn about different types of devices and their properties. Going into detail you will see how USB devices communicate on the bus. The second section gives an overview of the Linux USB subsystem [2] and the device driver framework. Then the API and its data structures will be explained step by step. The last section of this document contains a reference of all API calls and their return codes.
The Universal Serial Bus
In 1994 an alliance of four industrial partners (Compaq, Intel, Microsoft and NEC) started to specify the Universal Serial Bus (USB). The bus was originally designed with these intentions:
- Connection of the PC to the telephone
- Ease-of-use
- Port expansion
The specification (version 1.0) was first released in january 1996 and the latest official version 1.1 was released in september 1998 [4]. The document is still under development and a version 2.0 was announced in 1999. More information and all specification papers can be found in [1]. The USB is strictly hierarchical and it isCode Centric: T-SQL Programming with Stored Procedures and TriggersThe brackets around objectowner indicate it is an optional argument. An object’s owner is determined at create-time, but it can be changed post-creation. The main goal of this section is to explain which owner is assigned when you omit this optional argument or when the object is created by a member of the fixed-server role sysadmin. The rules that dictate who the object owner is can be a little confusing until you understand fixed-server and fixed-database roles and the system-created user dbo.
The SQL Server fixed-server and fixed-database roles are somewhat analogous to the group concept used in NT to implement security. These roles are a part of SQL Server’s Security Model and allow you to more easily manage the actions users can perform. For example, a member of the fixed-server role sysadmin can perform any action within an instance of SQL Server, while a member of the fixed-database role db_owner can perform any action within a database. A member of the fixed-database role db_ddladmin can create, alter or delete all database objects within a database.
Each database in an instance of SQL Server has a special system-created user called dbo (database owner). The dbo user has implicit permission to perform any action in a database and cannot be deleted. When a member of sysadmin performs any action within a database, it is executed in the context of dbo. The dbo user is not explicitly associated with the fixed-database roles db_owner or db_ddladmin. When you create a database object with a login
