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Ghost driver accounts are possible because the AOBRD rules at 395.15 do not prohibit them. They are allowed, but that they must be used appropriately and monitored by the carrier. During an audit, the investigator will look at the movements within such accounts and verify that the carrier is using and managing them appropriately.

The truck driver requested that FreightWaves not link to the video in the article for fear that his voice or truck may be recognized by ELD Rider representatives. Instead, FreightWaves agreed to use screenshots from the video to illustrate how the ghost co-driver process is done.

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He later received a call from ELD Rider confirming that the representative had edited the log to add a co-driver, often referred to as a ghost driver. The video then pans to the driver logging back into his device, showing that he now had almost 10 hours of drive time left in his day and around 68 hours remaining on his cycle before he must take 34 consecutive hours off duty before driving again.

Fleets using automatic onboard recording device systems (AOBRDS) were forced to switch to ELDs by December 2019. Some vendors developed workarounds to attract customers who wanted to add ghost co-drivers to cheat on HOS logs.

A source familiar with the situation independently reviewed the recording of the ELD Rider representative adding a ghost driver. The source says the video was forwarded to federal investigators a few days before the ELD provider announced it was changing its name.

Industry advocates argue that ELDs haven't made highways, trucking companies and truck drivers safer. According to a FreightWaves report, the National Highway Traffic Safety Administration shows that crashes involving large trucks have increased since the mandate was issued.

Once WinPE has loaded, it takes over the management of the network card, as I understand it. So the question is, does your WinPE configuration support the Marvell Yukon card? If not, it is not that difficult to add the driver to your base wim file

2. Add the inf file to the base image - you will need the Marvell NIC drivers in a folder:

peimg /inf= c:\winpe_x86\mount\windows

You should get a successful completion message once the driver and support files have been installed in the wim image

Note that I added the argument service_log_path=os.path.devnull to the function webdriver.PhantomJS() to prevent PhantomJS from creating a ghostdriver.log in the directory of the python file being executed.

The Selenium2 driver actually loads and runs an active browser session, manipulating the browser just as a human would. ZombieJS is a 'headless' browser that provides all of the features of a regular browser, but without a display interface. Without the extra time spent waiting for the display to actually render, a headless browser like ZombieJS can run far faster than a normal browser, so you're tests will execute in as little as half the time. But ZombieJS requires installing Node.js and can be a little buggy, plus it has its own API (which has both pros and cons). The Selenium2 driver is well tested and implements a standard API -- the WebDriver Wire Protocol -- across all of the browsers it has drivers for.

Now there's a headless browser that includes a WebDriver Wire Protocol implementation -- PhantomJS. The latest version of PhantomJS is an easy to install, stand-alone binary that doesn't require installing Node.js or any other dependencies, and ships with its own 'Ghost Driver' for implementing the WebDriver Wire Protocol. Which means you can drive it using the Selenium2 driver in Codeception, and anything that you can test in Chrome, Firefox, Safari, or IE using Selenium2, you can now test in half the time using PhantomJS

I want to use phantomJS for some web testing, and I've come across GhostDriver ( ). I've built it using the instructions in the readme and I can run it on a specified port, but I am not sure how to access the web driver from my java code. To clarify, I've seen this example in ruby:

David R. Large, Senior Research Fellow with the Human Factors Research Group at the University of Nottingham, said: As part of the ServCity project, which created a blueprint infrastructure for autonomous vehicles in the UK, we wanted to explore how pedestrians would interact with a driverless car and developed this unique methodology to explore their reactions. We were keen to identify which designs invited the highest levels of trust by people wanting to cross the road."

We are currently in the migration to Edge Drivers for devices. If you have any devices that are using Edge drivers, then they will appear as Unknown Device in the Routing data in IDE. I forget if there was a number after that. So it makes it harder to determine if it is a Ghost device vs a Device with an Edge driver.

I have (and successfully can) deleted the ghost device using the ide. It has no effect - the device gets added back every time I run a mesh repair. I have a lot of practice removing ghost zwave devices. They show up every few months. This one, however, has got me stumped.

How long has it been since you manually created that ghost device through the IDE? Does it show as online or offline in the app? If recent and online, you could try waiting a day or two to see if it gets flagged as offline, and maybe then the delete option in the app will let you proceed to the force delete step.

I'm using Lenovo Legion-Y530. I have a problem with a ghost USB device in port#4_Hub#1(I have 3 USB ports on my laptop). The device connects/disconnects randomly, sometimes every 20 seconds and sometimes every hour or more, and plays a sound which I plug/unplug a real USB device. I thought this is ESETs problem because when I clicked on driver details, it seems that this device is related to ESET: "C:\Windows\System32\drivers\edevmon.sys" which was for ESET, I uninstalled it and edevmon.sys removed but nothing changed, it doesn't show me driver details anymore.What I've tried:

If you experience any technical issues with the new Game Ready drivers please post a detailed report on the GeForce.com Driver Feedback Forum, where our Customer Care team can better assist you. A list of fixes in this driver for previously-reported issues can be found here.

With autonomous vehicles already rolling on public roads, researchers from the University of Nottingham in the UK have used a camouflaged driver to look at how pedestrians react to visual cues from oncoming cars without a human at the wheel.

Folks trying to cross the road as the group's Nissan Leaf test car approaches may be forgiven for believing that it was a fully autonomous vehicle, as the human driver wore clothing designed to look like a car seat, including full head gear resembling a headrest, while enabling the driver to control the vehicle.

You can update and back up drivers on your computer with this helpful application, but driver updates are available only from the publisher. WinDriver Ghost's clean and simple interface is well-designed for novices. Finding all installed drivers is accomplished quickly.

You choose to back up the drivers in one of three formats: CAB file, EXE file, or folder set. These backup drivers can only be extracted using the WinDriver Ghost Restore function. This application also installs new drivers, and archives Outlook and IE Favorites. The Update function searches for the latest driver version available for download. However, it checks only one default URL for updates and doesn't allow the user to choose a desired URL. In this 15-day trial version, it includes the Need a Language Translator menu to provides links to Web-translator applications.

Note: You are locating a driver that will work for the client pc based on your current WinPE environment, not the version of Windows that is running Ghost, or you intend to deploy. For example, if you are using WinPE 10, you need to find drivers for Windows 10.

Here are the steps to locate which version of Windows PE your preboot environment is using:

Since the samples above are from a Dell system, based on the above information we are going to be looking for an Intel i217-LM driver for this Dell. A good place to start is navigate to the Dell cab file website and download the driver pack that is relevant to your WinPE environment. (Note the correct driver may not be present in the Dell Cab files. If this is the case there are additional resources linked at the bottom of this document).

Select "Download Now" and continue once this has successfully downloaded

Once the CAB file is decompressed you will see multiple folders and drivers located inside the folder. The best way to find the needed driver is to look up at step 4 above. The last line "driver", states that the adapter uses the "e1d62x64" driver. The driver name in this case is systematic:

Driver Name, OS, Chipset

Let's break this down for further explanation. Other drivers may not be setup with this naming convention.

Chipset: 64bit (the last bit of the driver name signifies the chipset bit, either x64 or 32)

Examples:

E1D62x32 is the "E1D" driver for OS 62 (Which is Windows 7), 32 bit.

E1D64x64 is the "E1D" driver for OS 64 (Which is Windows 8.1), 64 bit.

E1D65x64 is the "E1D" driver for OS 65 (Which is Windows 10), 64 bit. (This is the most commonly added driver.) 2351a5e196