Abstract: A group of associated gaming devices each having a lottery drawer including a database having a plurality of entries each entry containing one or more winning numbers associated with a predetermined time interval, and a pseudo random number generator for generating pseudo random numbers from a seed supplied by the database, and a clock for extracting the winning number or numbers from an entry of the database for the time interval indicated by the clock, and a comparator for at least one receiving of the extracted winning number or numbers and at least one number generated by the pseudo random generator, wherein the comparator is adapted for generating a win signal when the extracted winning number and the generated pseudo random number match; and wherein all of the associated gaming devices include identical databases having the plurality of entries and pseudo random number generators whereby win signals are generated simultaneously.

Abstract: A group of associated gaming devices each having a lottery drawer including a database having a plurality of entries each entry containing one or more winning numbers associated with a predetermined time interval, and a pseudo random number generator for generating pseudo random numbers from a seed supplied by the database, and a clock for extracting the winning number or numbers from an entry of the database for the time interval indicated by the clock, and a comparator for at least one receiving of the extracted winning number or numbers and at least one number generated by the pseudo random generator, wherein the comparator is adapted for generating a win signal when the extracted winning number and the generated pseudo random number match; and wherein all of the associated gaming devices include identical databases having the plurality of entries and pseudo random number generators whereby win signals are generated simultaneously.

Abstract: Implementations described and claimed herein provide a method and system for comparing a storage location related to a new write command on a storage device with storage locations of a predetermined number of write commands stored in a first table to determine frequency of write commands to the storage location. If the frequency is determined to be higher than a first threshold, the data related to the write command is stored in a write cache.

Abstract: Implementations described and claimed herein provide a method and system for comparing a storage location related to a new write command on a storage device with storage locations of a predetermined number of write commands stored in a first table to determine frequency of write commands to the storage location. If the frequency is determined to be higher than a first threshold, the data related to the write command is stored in a write cache.