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You can create Amazon AppStream 2.0 images by connecting to an image builder and using the Image Assistant graphical user interface (GUI) or command line interface (CLI) operations. The Image Assistant CLI operations provide functionality that is similar to the Image Assistant GUI. With these operations, you can programmatically do the following:
The image builder must use a version of the AppStream 2.0 agent that is released on or after July 26, 2019. If you don't have an image builder, you must create one. For more information, see Launch an Image Builder to Install and Configure Streaming Applications.
You can create default application and Windows settings so that your users can get started with their applications quickly. When you create these settings, AppStream 2.0 replaces the Windows default user profile with the profile that you configure. The Windows default user profile is then used to create the initial settings for users in the fleet instance. If you create these settings by using the Image Assistant CLI operations, your application installer, or the automation, should modify the Windows default user profile directly.
For more information about configuring default application and Windows settings, see Creating Default Application and Windows Settings for Your AppStream 2.0 Users in Default Application and Windows Settings and Application Launch Performance.
For more information about optimizing the launch performance of your applications, see Optimizing the Launch Performance of Your Applications in Default Application and Windows Settings and Application Launch Performance.
You can use the Image Assistant CLI operations with your application installation automation to create a fully programmatic AppStream 2.0 image creation workflow. After your application installation automation completes, but before the image is created, use the Image Assistant CLI operations to specify the following:
Use your application installation automation to install the required applications on your image builder. This installation may include applications that your users will launch, any dependencies, and background applications.
On Windows image builders, the executable file that includes the command line interface is located at: C:\Program Files\Amazon\Photon\ConsoleImageBuilder\Image-Assistant.exe. For your convenience, this executable file is included in the Windows PATH variable. This lets you call the Image Assistant CLI operations without specifying the absolute path to the executable file. To call these operations, type the image-assistant.exe command.
Retrieves a list of all Image Assistant CLI operations. For each operation in the list, a description and usage syntax is provided. To display help for a specific operation, type the name of the operation and specify the --help parameter. For example:
Adds the application to the application list for AppStream 2.0 users. Applications in this list are included in the application catalog. The application catalog displays to users when they sign in to an AppStream 2.0 streaming session.
The name to display for the application in the application catalog. If you don't specify a display name, AppStream 2.0 creates a name that is derived from the executable file name. The name is created without the file extension and with underscores in place of spaces. The maximum length is 256 characters.
The absolute path to the icon for the application. The path must point to a valid icon file that is one of the following types: .jpg, .png, or .bmp. The maximum dimensions are: 256 px x 256 px. If you don't specify a path, the default icon for the executable file is used, if available. If a default icon is not available for the executable file, a default AppStream 2.0 application icon is used.
The path to a new line-delimited text file. The file specifies the absolute paths of the files to optimize before the fleet instance is made available to a user for streaming. The path must point to a valid text file.
Removes an application from the application list for the AppStream 2.0 image. The application is not uninstalled or modified, but users will not be able to launch it from the AppStream 2.0 application catalog.
The dynamic application framework provides operations within an AppStream 2.0 streaming instance that you can use to build a dynamic app provider. Dynamic app providers can use these operations to modify the catalog of applications that your users can access in real time. For more information, see Use the AppStream 2.0 Dynamic Application Framework to Build a Dynamic App Provider.
Specifies whether to pin the image to the version of the AppStream 2.0 agent that is currently installed, or to always use the latest agent version. If you don't specify either parameter, the image is pinned to the version of the AppStream 2.0 agent that is currently installed. For more information, see Manage AppStream 2.0 Agent Versions.
HP Image Assistant (HPIA) is a vital tool that assists IT admins to manage their fleet more efficiently with a simpler setup and execution process. With recent feature updates and added capabilities, HPIA is currently on version 5.1.2 at the time of writing this blog post.
HPIA compares a known good configuration to find missing and out of date components like BIOS, Firmware, Drivers, installed software and much more and then provides recommendations to help maintain, develop and support images. A HP developed reference image is available to compare and update your entire fleet within minutes.
HPIA eased up the tasks of maintaining a fleet of any size with traditional management tools like Microsoft Endpoint Configuration Manager and with the move to Modern Management, HPIA can be leveraged just as easily on Mobile Device Management (MDM) solutions like Microsoft Endpoint Manager. In this blog post we will cover how you can setup HPIA in a Microsoft Intune environment and push it to all your client devices with a few simple steps.
Now that we have installed HPIA successfully on client machines, the client machines should have a Report folder where all update softpaqs will be downloaded. Depending on the parameters you specified in your environment the content might look a little different.
PCmover Image & Drive Assistant solves this problem. It is designed to work with all imaging software to allow any image to be restored to a PC with a different operating system without overwriting anything, including the new operating system. This process is called Operating System Independent Restore.
The Image Assistant was originally created as a JAVA Applet v2.1 by Helmut Wittek in the year 2000. It is a tool to calculate the localisation curve of arbitrary 2- and 3-ch stereophonic microphone arrays. With the new app, even more helpful features are available:
Often people ask whether it plays a role that these patterns are calculated theoretically and not taking into account the frequency dependency of real capsules. In fact, there is a discrepancy, but this depends on the brand and type of the microphone. In principle, small-membrane microphones are more frequency-independent than large-membrane microphones. Moreover, all SCHOEPS capsules are optimized particularly for their frequency independency, so that virtually no difference exists between the theoretical values and the practical measurements (of each produced microphone capsule!) within nearly the whole frequency range. An exception is the omni which intentionally increases its directivity at higher frequencies due to the pressure built-up effect.
The angle between the main microphone axis and the 0 middle axis of the setup. Note that the angle between the microphones L and R is twice this angle! Hence, for a classical ORTF setup epsilon is 55.
For the off-axis mode, also the width of the speaker setup (Speakerbase) and the Vertical Offset and the Horizontal Offset of the listening position can be set. By clicking Rest Speaker Settings the default is reset: the default off-axis listening position is the chair positioned on the left of the chair in the sweet spot.
The distance of the sound sources used for the calculation of the Localisation curve. This parameter plays a significant role if the distance of the sound source is not much bigger than the distance between the microphones. In this case, two effects are taken into account:
The On-axis/Off-axis button in the bottom-right corner toggles the listening position. On the Off-axis listening position the perceived directional image is distorted due to the changed levels and time-of-arrivals of the loudspeaker signals. This function is useful to compare the robustness of a stereophonic microphone array with respect to listener movements and to estimate the size of the listening area produced by this array.
The LEGEND depicts that you see the Level differences ΔL (green bars) and the time-of-arrival differences Δt (blue bars). Both add up to create the phantom source direction. Conflicting level and time-of-arrival differences result in a blurred phantom image.
Both the correct directional pickup of the stereo array is simulated as well as the correct diffuse field coherency. Use this function e.g. to assess the differences in the spatial image between a narrow XY stereo pair an a wide A/B pair.
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