Bally Gaming, Inc.

Arun Rajaraman

William Lewis

Sathish Kumar Anantharaman

Christopher P Arbogast

A system employs a server computing system with an integrated database and wireless communications devices. The wireless communications devices permits players to take a position on a potential outcome of a game and includes remote game play and remote backline playing (taking a position on a potential outcome of a position on game outcome taken by a primary player occupying a player position at a gaming table) and other types of positions not involving money. In response to the electronic indication that the primary player is no longer occupying the player position at the gaming table the system automatically initiates a period locking out players taking positions on the potential outcome of the game such as a position on game outcome lock out period for such proposed backline positions on game outcome and modifies the user interface on a wireless device of the dealer accordingly.

Remote game play in a wireless gaming environment

An evaluation system to determine a value of a stack of objects preprocess a pixelated color image to produce a set of two color contour data, processes the two color contour data to identify a location of a top and a bottom of the stack, and locates, for each of the objects in the stack, a respective set of color pixels from the pixelated color image corresponding to each object based on the identified locations of the top and bottom of the stack. Each of the objects in the stack are then classified into a color classification based on the object's respective set of color pixels, and the value of the object is determined based on a known correspondence between the color classification and a value. The cumulative value of the stack is determined by summing the determined values for each of the objects in the stack.

Apparatus, method and article for evaluating a stack of objects in an image

An object evaluation system may determine a value for a stack of objects that appear in a pixelated color image. To determine the value of the stack of objects, the evaluation system preprocess at least a portion of the pixelated color image to produce a set of two color contour data, processes the two color contour data to identify a location of a top and a bottom of the stack (if any), and locates, for each of the objects in the stack, a respective set of color pixels from the pixelated color image corresponding to each object based on the identified locations of the top and bottom of the stack. Each of the objects in the stack are then classified into a color classification based on the object's respective set of color pixels, and the value of the object is determined based on a known correspondence between the color classification and a value. The cumulative value of the stack is determined by summing the determined values for each of the objects in the stack.

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Reno, NV, United States of America

Arun Rajaraman