Abstract: A securities trading system utilizes distributed data processing effected by a central processing station and a plurality of processing consoles all tied to a common network. The central station includes several computation sequences that can be used to compute the autocorrelation distribution function of any one security price to predict the probable price variation increment within a contract consummation interval, the cross correlation between various securities to determine any pattern of offsetting trades, and a reconciliation sequence to effect the securities transactions within the price variation increment. The autocorrelation and cross correlation sequences can be transferred for processing in one of the consoles, thereby allowing for a distributed processing arrangement of a plurality of securities patterns, and the computation results can be displayed on the console monitor that is interested in the particular security.

Abstract: A real time video frame sequence is spread in time, frame by frame, to match the transmission rate and bandwidth of a computer communication network and once transmitted is reconstructed at the receiving site to its real time frame rate. The video frame sequence may be loaded, frame by frame, into a first-in-first-out memory stack to be substituted for the conventional video frame network transmission whenever a high excitement event is indicated by the audio level associated with the video frame sequence, the first-in-first-out memory stacking allowing for the usual group reaction delay. The method is particularly useful in transmitting video images from selected gaming sites of a casino.

Abstract: A real time video frame sequence is spread in time, frame by frame, to match the transmission rate and bandwidth of a computer communication network and once transmitted is reconstructed at the receiving site to its real time frame rate. The video frame sequence may be loaded, frame by frame, into a first-in-first-out memory stack to be substituted for the conventional video frame network transmission whenever a high excitement event is indicated by the audio level associated with the video frame sequence, the first-in-first-out memory stacking allowing for the usual group reaction delay. The method is particularly useful in transmitting video images from selected gaming sites of a casino.

Abstract: A securities trading system utilizes distributed data processing effected by a central processing station and a plurality of processing consoles all tied to a common network. The central station includes several computation sequences that can be used to compute the autocorrelation distribution function of any one security price to predict the probable price variation increment within a contract consummation interval, the cross correlation between various securities to determine any pattern of offsetting trades, and a reconciliation sequence to effect the securities transactions within the price variation increment. The autocorrelation and cross correlation sequences can be transferred for processing in one of the consoles, thereby allowing for a distributed processing arrangement of a plurality of securities patterns, and the computation results can be displayed on the console monitor that is interested in the particular security.