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Some webcams are "plug and play" models which are automatically recognized by your computer and don't require the use of a driver. Other models need a driver to be installed first before you are able to use the webcam. Unfortunately, webcam drivers are sometimes easy to misplace. While manufacturers often offer downloadable drivers on their support websites, you'll need to know the type of webcam you have before you're able to correctly download the right driver.
Check the webcam hardware if you cannot locate the proper packaging. Look for a manufacturer name and a model number, which might have a series of letters or numbers to denote the type of webcam you own. You can then visit the manufacturer's website and run a search on the model number to find applicable drivers.
Fastest Driver uses AWS technology to provide an objective, data-driven ranking of all F1 drivers from 1983 through present day, by removing the F1 car differential from the equation. Learn more about how it came to life to create a cross-era ranking of driver speed.
F1 Insights powered by AWS transforms the fan experience before, during, and after each race. By using distinct data points to inform each insight, F1 enables fans to understand how drivers make split-second decisions and how teams devise and implement race strategies in real time that impact the outcome of a race. Here are a few examples on how it all comes together.
Using AWS machine learning technology this insight provides an objective, data-driven ranking of all F1 drivers from 1983 through present day, by removing the F1 car differential from the equation to determine an age-old question: Who is the fastest driver? Data scientists from F1 and the Amazon Machine Learning (ML) Solutions Lab have for the first time in history created a cross-era, objective, complex, data-driven ranking of driver speed.
By sourcing historical data and using it to teach Amazon SageMaker complex machine learning algorithms, F1 can predict race strategy outcomes with increasing accuracy for teams, cars, and drivers. These models are then able to predict future scenarios using refreshed realtime data as GRAND PRIX races unfold to deliver a rich and engaging fan experience.
Rob Smedley, Chief Engineer and F1 Director of Data Systems. The start, or launch as it's known within F1, is absolutely edge of the seat stuff for fans, drivers, and the engineers alike. It is one of the most exciting parts of a Grand Prix race and yet it's all over and done within seconds.Given the importance of these initial few seconds of a Grand Prix race, the teams put a huge amount of effort into every detail. There are a number of precise and concurrent actions that the driver needs to carry out in harmony with the vehicle control system and power unit to achieve the ultimate start which could make all the difference at the end of the race.
Rob Smedley, Chief Technical Engineer - F1 Performance Engineering and Analysis, details the latest F1 Insight powered by AWS. Driver Performance highlights which drivers are pushing their car to the absolute limit of performance in comparison to their teammates and competitors.
Rob Smedley, Chief Technical Engineer - F1 Performance Engineering and Analysis, details the latest F1 Insight powered by AWS. Braking Performance shows how the car and driver perform together when cornering, such as top speed on approach, speed decrease through braking, the braking power utilized, and the immense G-forces drivers undergo while cornering.
Metrics generated by CollectHsMetrics for the analysis of target-capture sequencing experiments.IlluminaBasecallingMetrics: Metric for Illumina Basecalling that stores means and standard deviations on a per-barcode per-lane basis.IlluminaLaneMetrics: Embodies characteristics that describe a lane.IlluminaPhasingMetrics: Metrics for Illumina Basecalling that stores median phasing and prephasing percentages on a per-template-read, per-lane basis.IndependentReplicateMetric: A class to store information relevant for biological rate estimationInsertSizeMetrics: Metrics about the insert size distribution of a paired-end library, created by the CollectInsertSizeMetrics program and usually written to a file with the extension ".insert_size_metrics".JumpingLibraryMetrics: High level metrics about the presence of outward- and inward-facing pairs within a SAM file generated with a jumping library, produced by the CollectJumpingLibraryMetrics program and usually stored in a file with the extension ".jump_metrics".MendelianViolationMetrics: Describes the type and number of mendelian violations found within a Trio.MergeableMetricBase: An extension of MetricBase that knows how to merge-by-adding fields that are appropriately annotated.MultilevelMetrics: RnaSeqMetrics: Metrics about the alignment of RNA-seq reads within a SAM file to genes, produced by the CollectRnaSeqMetrics program and usually stored in a file with the extension ".rna_metrics".RrbsCpgDetailMetrics: Holds information about CpG sites encountered for RRBS processing QCRrbsSummaryMetrics: Holds summary statistics from RRBS processing QCSequencingArtifactMetrics.BaitBiasDetailMetrics: Bait bias artifacts broken down by context.SequencingArtifactMetrics.BaitBiasSummaryMetrics: Summary analysis of a single bait bias artifact, also known as a reference bias artifact.SequencingArtifactMetrics.PreAdapterDetailMetrics: Pre-adapter artifacts broken down by context.SequencingArtifactMetrics.PreAdapterSummaryMetrics: Summary analysis of a single pre-adapter artifact.TargetedPcrMetrics: Metrics class for the analysis of reads obtained from targeted pcr experiments e.g.UmiMetrics: Metrics that are calculated during the process of marking duplicates within a stream of SAMRecords using the UmiAwareDuplicateSetIterator.Note: Metrics labeled as percentages (with 'percent' in the full metric name or 'PCT' in the name given in the output file) are actually expressed as fractions. For example, 'PCT_TARGET_BASES_20X = 0.85' should be interpreted as '85 percent of targeted bases are covered to 20X coverage or more'.
Next to the driveway stood a cinder-block bunker that Lake had constructed. Inside the bunker, investigators found a copy of The Collector as well as tools, handcuffs, women's clothing, and makeup. In his teenage years, Lake had read a 1963 John Fowles novel called The Collector, which tells the story of a man who captures a woman named Miranda and keeps her as a slave in the hopes she would eventually fall in love with him.[citation needed]
Need to preserve what you're seeing on your phone or computer screen? Mobile and desktop operating systems offer robust screen-capture tools. Most are built into the device, but there's a wealth of third-party options, as well as browser extensions, that get the job done. Here's how to take a screenshot on Android, Chrome OS, iOS/iPadOS, Linux, macOS, and Windows.
If you use an Apple Pencil with an iPad, you can take a screen grab with the drawing tool. Swipe up from the bottom corner with the Apple Pencil to capture the image. You can also choose between your current screen or the entire page, even after the picture has been taken.
To annotate a screenshot on iOS/iPadOS, tap the thumbnail that appears at the bottom of the screen once you capture an image. This will open the device's markup tool and allow you to edit the screengrab. To capture the entire web page, tap the Full Page tab > Done > Save PDF to Files. It'll then be accessible via Apple's Files app.
You can also use a third-party tool to capture the screen on your mobile device from a computer. With LonelyScreen(Opens in a new window), you share your screen via AirPlay and capture anything on your mobile device's screen from the computer. Apowersoft's iPhone/iPad Recorder(Opens in a new window) can work as long as the PC and mobile device are on the same Wi-Fi network. Activate the AirPlay connection in Control Center, then snap your images on a computer.
Samsung phones also support gestures to take screenshots. Navigate to the screen image you like, position your hand like you plan to karate chop the phone, then swipe the entire side of your hand along the screen from left to right. Set this up (or turn it off) in Settings > Advanced Features > >Motion and gestures > Palm swipe to capture.
All Android users can download third-party apps to take screen captures. Many apps meant for recording video can also take screenshots. Screenshot Easy(Opens in a new window) is a top-rated option that uses the same basic triggers as Android itself; you can also customize it and take a screenshot just by shaking your phone. You can instead use Apowersoft's Android Recorder(Opens in a new window) to take screenshots of your phone from a PC.
Take a screenshot on an Apple Watch by pulling up the screen you want to capture. Hold the Side button and click the Digital Crown simultaneously. Like on iPhone, the screen will "flash" white and the camera shutter will go off. The screenshot will then appear on your iPhone's camera roll, not the watch itself.
The problem with this method is it captures everything visible on your monitor, and if you have a multi-monitor setup, it will grab all the displays as if they're one big screen. Narrow things down with Alt + Print Screen, which will capture just the window you currently have open.
Snip & Sketch is a program that adds a helpful screenshot toolbar to the OS. Use the Shift + Windows Key + S keyboard shortcut to launch a small toolbar at the top of the screen to choose between capturing the full screen, a custom portion, or a specific window. Open the app directly and you get the added ability to capture on a delay. 2b1af7f3a8