![]() ![]() ![]() This gives the Java TurboVNC Viewer similar levels of performance to the native TurboVNC Viewer. This viewer is based on the TigerVNC Java viewer but has numerous additional features, the most notable of which is the ability to accelerate JPEG decompression by calling libjpeg-turbo through JNI. A high-performance Java viewer, deployable using Java Web Start.Lossless refreshes can be performed manually when a certain hotkey is pressed, or the TurboVNC Server can be configured to send a lossless refresh automatically if the user stops interacting with the application for a certain period of time. This is useful in situations in which image quality is critical but the network is too slow to support sending a high-quality image for every frame. "Lossless refresh" allows a viewer to request a lossless copy of the current screen image.TurboVNC allows security/authentication policies to be set globally for a particular server machine.Access control lists can be used to share VNC sessions with only certain users. Authentication with one-time passwords or Unix login credentials. ![]() This allows clients to receive framebuffer updates without specifically requesting them, which can improve performance dramatically on high-latency connections. Advanced flow control and continuous updates.Flexible and configurable full-screen/multi-screen support.Double buffering on the client side to reduce tearing artifacts in 3D and video applications.Fine-grained control over the JPEG image quality and the level of chrominance subsampling.TurboVNC's encoding methods have been adopted by TigerVNC, libvncserver, and others. TurboVNC is the product of extensive research, in which many different permutations of the TightVNC encoder were benchmarked at the low level against a variety of captured RFB sessions that simulate real-world application workloads, both 2D and 3D. TurboVNC, in combination with VirtualGL, provides a complete solution for remotely displaying 3D applications with interactive performance. ![]() It contains a variant of Tight encoding that is tuned to maximize performance for image- intensive applications (such as VirtualGL, video applications, and image editors) while still providing excellent performance for other types of applications. TurboVNC is a high-speed version of VNC derived from TightVNC. ![]()
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