Abstract: Techniques are disclosed for automatic data translation in computing systems. Certain techniques are disclosed herein that enable applications to utilize data in optimal formats specific to each application in an effectively transparent manner, removing the burden to perform data format or type checking, conversions, etc. An automatic data translation module (ADTM) is implemented that automatically translates data as it passes between certain applications. In some embodiments, the ADTM receives a first particular format of data from a first application and automatically/transparently converts the first particular format of data into another representation of the same data, but in a second format utilized by a recipient application.

Abstract: Techniques are disclosed for automatic data translation in computing systems. Certain techniques are disclosed herein that enable applications to utilize data in optimal formats specific to each application in an effectively transparent manner, removing the burden to perform data format or type checking, conversions, etc. An automatic data translation module (ADTM) is implemented that automatically translates data as it passes between certain applications. In some embodiments, the ADTM receives a first particular format of data from a first application and automatically/transparently converts the first particular format of data into another representation of the same data, but in a second format utilized by a recipient application.

Abstract: A method and device implementing a downloadable operatively connected to a plurality of gaming machines either by a direct communications link or through the use of one or more site controllers or PCs. Each gaming machine and site controller or PC contains two executable spaces, one of which typically contains the software image currently being implemented by the device. The other executable space is designated to receive from the central system a new software image that will be utilized by the device. The central system transfers a new image to be executed, via packet encrypted communications, to a networked device which stores the image in an executable space, while continuing to run the currently designated image. Upon instruction from the central system, the device switches over to the new image, allowing one or more machines to implement a software upgrade on a continuous basis.

Abstract: A method and device implementing a downloadable operatively connected to a plurality of gaming machines either by a direct communications link or through the use of one or more site controllers or PCs. Each gaming machine and site controller or PC contains two executable spaces, one of which typically contains the software image currently being implemented by the device. The other executable space is designated to receive from the central system a new software image that will be utilized by the device. The central system transfers a new image to be executed, via packet encrypted communications, to a networked device which stores the image in an executable space, while continuing to run the currently designated image. Upon instruction from the central system, the device switches over to the new image, allowing one or more machines to implement a software upgrade on a continuous basis.

Abstract: A method and device implementing a downloadable operatively connected to a plurality of gaming machines either by a direct communications link or through the use of one or more site controllers or PCs. Each gaming machine and site controller or PC contains two executable spaces, one of which typically contains the software image currently being implemented by the device. The other executable space is designated to receive from the central system a new software image that will be utilized by the device. The central system transfers a new image to be executed, via packet encrypted communications, to a networked device which stores the image in an executable space, while continuing to run the currently designated image. Upon instruction from the central system, the device switches over to the new image, allowing one or more machines to implement a software upgrade on a continuous basis.

Abstract: A single clock cycle adaptive data compressor/decompressor with a string reversal mechanism is described which can perform data compression and decompression at the rate of one uncompressed symbol per clock cycle. The LZW data compression algorithm has been improved for use in this data compressor. The compressor builds a string table as the data is received. Each string within the table is made up of the address within the table of the longest previously seen matching string and the one character that makes this string different. This data compressor/decompressor utilizes a content addressable memory to store the string table. This content addressable memory allows the compressor to store the current symbol string in a table while that same string table is simultaneously searched for the current string. During decompression the characters within a symbol string are output in reverse of the order in which they were input.