Abstract: A system for and method of reinitializing a screen controller of an electronic display device, such as an electrophoretic display, are disclosed. The system may comprise at least one computer processor associated with a screen controller of an electrophoretic display device, where the at least one computer processor may be configured to initialize screen controller registers, loading a waveform into the screen controller of the electrophoretic display device, copying previously stored screen image data stored in direct memory access to current storage of the screen controller; and executing an update process to efficiently reinitialize the screen controller of the electrophoretic display after panel power to the electrophoretic display is provided by at least one power source of the electrophoretic display.

Abstract: A system for and method of reinitializing a screen controller of an electronic display device, such as an electrophoretic display, are disclosed. The system may comprise at least one computer processor associated with a screen controller of an electrophoretic display device, where the at least one computer processor may be configured to initialize screen controller registers, loading a waveform into the screen controller of the electrophoretic display device, copying previously stored screen image data stored in direct memory access to current storage of the screen controller; and executing an update process to efficiently reinitialize the screen controller of the electrophoretic display after panel power to the electrophoretic display is provided by at least one power source of the electrophoretic display.

Abstract: A high-availability data distribution system of the invention for parallel data transmission on demand comprises a data transmission server, which constantly transmits multiple streams of information to a router or switch, which provides a support for multicast groups, so that at any time any client can subscribe to a particular multicast group for receiving the data. In such a system, the data is received without individual client-server sessions directly from at least two routers, one of which is located on the server's side, and another on the client's side. The system is applicable for distribution of static content such as web content, data base content, raw data files, etc., as well as of dynamic data content, such as weather forecast, stock-exchange data, etc.

Abstract: A high-availability data distribution system of the invention for parallel data transmission on demand comprises a data transmission server, which constantly transmits multiple streams of information to a router or switch, which provides a support for multicast groups, so that at any time any client can subscribe to a particular multicast group for receiving the data. In such a system, the data is received without individual client-server sessions directly from at least two routers, one of which is located on the server's side, and another on the client's side. The system is applicable for distribution of static content such as web content, data base content, raw data files, etc., as well as of dynamic data content, such as weather forecast, stock-exchange data, etc.