PC Driver Downloader and Updater Software

Easy Driver Pro

Easy Driver Pro performs a complete scan of your all of the devices in or attached to your computer. It checks everything such as sound card, graphic card, monitor, mouse, printer, etc. to see if you have the latest, most compatible device drivers installed. It can determine which Windows Drivers are either missing, corrupt, or have become obsolete. Next, Easy Driver Pro searches a database of over 11 million drivers and matches missing, corrupt, or obsolete Windows Drivers to the latest, most compatible drivers for your operating system. Before install the new drivers, Easy Driver Pro backs up your existing Windows Drivers and settings to create a restore point just in case one of the Windows Drivers turns out to still be incompatible. Easy Driver Pro updates your Windows Drivers, based on the scan, and matches to the latest most compatible versions. Corrupt device drivers can cause everything from a specific feature not working to complete failure of a device. Normally each device must have a driver written for the specific version of the operating system you are using. For example, a graphics driver for windows XP will either not work at all in windows 7 or provide very poor performance if does provide some functionality. In most cases, the incorrect driver will not work at all. How Do I Fix Windows Driver Problems? Download Easy Driver Pro and follow the instructions above to make certain that your Windows Drivers are up-to-date. More here...

Easy Driver Pro Summary


4.6 stars out of 11 votes

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Official Website: www.easydriverpro.com
Price: $49.95

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Highly Recommended

Easy Driver Pro offers lots of key features that the power users are usually interested in, wrapped up in a friendly and likable interface, at the same time benefiting from great online support & tutorials, which makes Easy Driver Pro an easy to use program even for the inexperienced users.

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LionSea Driver Tuner

Are you annoyed with missing, outdated, or corrupted drivers? DriverTuner can help you fix driver issues to keep your PC in a healthy state in just a few minutes! The quicker you get DriverTuner, the sooner your driver troubles will be gone! Largest Driver Database With Over 20 Million Associated Device Drivers. Key Features: Powerful Ability to Download Up-to-Date Drivers & Maximize PC Performance Can't play the latest games? DriverTuner can help you update the old drivers with the latest drivers for your computer and increase the ease at which you can run the latest Cpu-intensive software such as games. It will boost your PC and maximize your PC performance! Easy-to-Use DriverTuner excels in its easy-to-use interface. Any driver issues can be fixed with a few clicks of your mouse. It is easy enough for computer novices to figure out in a flash. Comprehensive Driver Database Based on a huge and comprehensive database of more than 5,000,000 driver entries, DriverTuner supports drivers for almost all major computer hardware and device manufacturers such as Dell, HP, Lenovo, Samsung, Toshiba, Asus, Nvidia, Intel, Realtek, Brother, Epson, Compaq, Gateway, and so on. More here...

LionSea Driver Tuner Summary

Contents: Software
Creator: LionSea Software Co., Ltd
Official Website: www.drivertuner.com
Price: $38.97

Driver Smith

Automatically Update And Backup Windows Drivers, Such As Graphic Card Drivers, Sound Card Drivers,printer Driver And Usb Driver.

Driver Smith Summary

Official Website: www.driversmith.com
Price: $29.97

Driver Detective

Driver Detective software is designed to quickly locate the most current drivers specific to your computer system through its user friendly interface and access to an extensive database. Driver Detective saves the frustration and extensive time investment usually associated with updating drivers. Driver Detective is using the most accurate and comprehensive Driver Scanning Engine (Dse) on the planet, built from the ground up using the latest technology with over 10 years of experience in the driver scanning/detection industry.

Driver Detective Summary

Format: Software
Official Website: www.driversupport.com

IEEE 14511 Networking

The transducer block abstracts all the capabilities of each transducer physically connected to the NCAP I O system. During the device configuration phase, the description of the kinds of sensors and actuators connected to the system is read from the hardware device. The transducer block includes an I O device driver style interface for communication with the hardware. The I O interface includes methods for reading and writing to the transducer from the application-based function block using a standardized interface. The I O device driver provides plug-and-play capability and a hot-swap feature for transducers. Of course, any application written to this interface should work interchangeably with multiple vendor transducers. In a similar fashion, the transducer vendors provide an I O driver to the network vendors with their product that supports this interface. The driver is integrated with the transducer's application environment to enable access to its hardware. This approach is...

Management Operations

Some device drivers allow you to customize the management features discussed in this chapter. Keep in mind, though, that the capabilities of the device driver vary from one product to another, and the state of wireless networking is such that some vendors are trying to produce the most feature-rich products possible, while others are aiming at the home market and trying to produce the simplest products. The only way to know what's possible is to understand the capabilities that have been built into the protocol. Then you'll be in a good position to work with whatever hardware drops in your lap.

Reconfigure and Rebuild the Kernel

Some capabilities are particularly dangerous. In particular, you should probably remove the following capabilities or device drivers When you know you can safely reboot the machine, go through the kernel configuration files the same way you went through the startup files, checking every single line to make certain that it's something you want. Again, watch for places where one configuration file contains another, and check your documentation to be sure that you've looked at all the configuration files that are consulted. Often there is one file for including device drivers and one or more for parameters IP forwarding will be in the latter.

Using ioctls to Control the Device

The first thing we should consider is what exactly an application can monitor and control. As with any other device driver, an application uses ioctl calls to perform control of the Bluetooth driver. Some ioctl calls are strictly informational and provide a way to monitor certain parameters of the Bluetooth driver.

Pcmcia Card Services Overview

Resources allocated by cardmgr are programmed into the PCMCIA controller, which is depicted in Figure 13-1 as interaction with the device driver. PCMCIA controllers implement resource steering to map resources required by the card onto available system resources. A card may ask for an interrupt, but the actual assigned interrupt is irrelevant. In operation, the card simply asks the PCMCIA controller to raise an interrupt, and the controller is responsible for looking up the interrupt assigned to the socket and firing the correct interrupt line. 5. Part of the configuration information obtained from the lookup in step 2 is the name of the device driver that should be loaded to use the newly inserted card. Drivers for PCMCIA cards are implemented as kernel modules. As part of the insertion process, the driver is informed of resources allocated in step 4. With proper module dependencies, module stacking can be used to load multiple modules.

Applied Optimisation Methods and Performance Results

In order to achieve maximum performance, optimisations have to consider a multitude of different hardware and device driver features. This is usually not done in research projects. Our approach uses a fallback strategy, where each component provides a list of possible modes, ordered by performance for the specific hardware and device driver. These parameters are mainly colour space and colour depth, with an additional parameter for the frame grabber operation mode. If the required conditions are not met (e.g. no MMX support), a less optimised version will be used.

Windowsbased Printing

Windows operating systems use three main kinds of network-based printing protocols. Windows NT and Windows 95 and above are capable of using Ipr as a network printing protocol. In addition, two Windows-native network printing protocols are based on SMB, a LanMan version (which uses specialized printing calls) and a CIFS version (which uses a named pipe into the spooler system and general transaction calls). These protocols have some special security implications in addition to the general issues with SMB. Most clients are set so that if a print server claims to have an upgraded version of a printer driver, the client will accept and run the new software. This is one of the few cases where a server can actually force a client to download and run arbitrary code via SMB without a user's consciously asking for something to be executed. While Ipr outbound (from an internal client to an external print server) is relatively secure, outbound SMB printing is even less secure than inbound SMB...

Sensor Node Architecture

Figure 27.1 illustrates the basic sensor node architecture. Each node consists of the embedded sensor, A D converter, a processor with memory (in this case, the StrongARM SA-11x0 processor), and the RF circuits. Each of these components is controlled by the OS through primitive device drivers. An important function of the OS is to enable power management (PM). Based on event statistics, the OS decides which devices to turn off or on. The sensor network essentially consists of h homogeneous sensor nodes distributed over a rectangular region R with dimensions W X L with each node having a visibility radius p. There is no particular reason for the rectangular topology.

The hidden node problem

The RTS CTS procedure can be controlled by adjusting the RTS threshold if the device driver for the 802.11 card permits the adjustment. The RTS CTS exchange is carried out for the frames that are larger than the threshold. Frames that are shorter than the threshold are simply transmitted.

Implementation and the User Experience

802.1x is naturally implemented in the device driver. No change to the hardware itself is necessary. Microsoft has implemented 802.1x as an operating system feature in Windows XP. With no additional software required, XP is likely to be a widely deployed 802.1x client. Cisco has made 802.1x clients available for Windows 9x, NT, 2000, MacOS, and Linux.

Cryptographic Politics

RC4 is the intellectual property of RSA Security, Inc., and must be licensed. RSA would almost certainly file suit against any unlicensed RC4 implementation. For most end users, this is a minor point because wireless LAN equipment vendors would need to license RC4. In the past, this has been a problem for Linux users because some early wireless cards didn't include WEP on the card, and patents prevented open source developers from implementing it in the device driver. The latest generation of wireless cards solves this problem by implementing WEP on the card itself all the device driver has to do is load the card with the keys.

Key Distribution

Like so many other cryptographic protocols based on symmetric keys, WEP suffers from the Achilles heel of key distribution. The secret bits of the WEP key must be distributed to all stations participating in an 802.11 service set secured by WEP. The 802.11 standard, however, fails to specify the key distribution mechanism. The result is that vendors haven't done anything you typically type keys into your device drivers or access points by hand. Unfortunately, manual configuration by the system administrator is the most nonscalable protocol in use.


The 32-bit DLC protocol provides connectivity to local area printers connected directly to the network. For example, the DLC protocol can be used to print to a printer that uses an adapter to connect directly to the network rather than to a port on a print server. DLC must be installed and running on the print server for the printer, but it does not need to be installed on the PCs sending print jobs to the print server. To use the DLC protocol device driver, a network printer must be created in the Printers folder on the PC.

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