At least one memory device of the game system that stores a plurality of instructions, which when executed by the at least one processor, cause the at least one processor to: capture a surface on which an item is placed, read information stored in an IC tag provided to the item, and identify a type and a state of the item placed on the surface based on the captured image of the surface and a read result of the information.

This memory game is made more exciting and challenging by using plurality of matching pairs of cards or 3-D objects inside stack-able boxes with lids. Boxes are arranged in plurality of stacks. Open lids of two boxes to find a match. Except for top box in a stack, to open a box: lift boxes on top of it and place them on top of another stack first. This process relocates boxes dynamically during play. After collecting matching objects from two open boxes: this game provides options to keep none, some, or all empty boxes in play. Empty boxes left in play also get relocated during play adding more challenge.

A exercise game kit and method is described herein that directs a group of participants to perform a variety of exercises based on whether a participant finds matching cards of an array of cards. With each turn, a participant can receive or avoid an exercise, while other participants may also receive an exercise.

The invention is a method of playing a memory card game that requires providing a deck of cards that comprise pairs of matching cards. The pairs of matching cards may include a privilege and/or handicap that have special effects. The game can include shuffling the cards and arranging them face side down in an arrangement. A player's turn involves selecting two cards from the arrangement to search for a pair of matching cards. If selected cards form a pair of matching cards, the player removes the pair, adds them to their card collection and gets another turn. If the two cards selected do not form a pair of matching cards, the player returns the cards to the arrangement and their turn concludes. The turns continue until all the cards have been removed. After all the cards are gone, the player with the most cards wins.

A memory or matching game is provided that can be expanded and customized, such that the memory game is an expandable memory based matching game. Players can add to their memory or matching game by collecting and obtaining additional cards or game pieces having the same backside depicting the game's theme. Some of the cards or game pieces can be limited edition cards or game pieces, thus creating unique games, of different cards of game pieces. One person's expanded game would be different from another's expanded game based on the individual's collection of cards or game pieces.

The invention is a method of playing a memory card game that requires providing a deck of cards that comprise pairs of matching cards. The pairs of matching cards may include a privilege and/or handicap that have special effects. The game can include shuffling the cards and arranging them face side down in an arrangement. A player's turn involves selecting two cards from the arrangement to search for a pair of matching cards. If selected cards form a pair of matching cards, the player removes the pair, adds them to their card collection and gets another turn. If the two cards selected do not form a pair of matching cards, the player returns the cards to the arrangement and their turn concludes. The turns continue until all the cards have been removed. After all the cards are gone, the player with the most cards wins.

At least one memory device of the game system that stores a plurality of instructions, which when executed by the at least one processor, cause the at least one processor to: capture a surface on which an item is placed, read information stored in an IC tag provided to the item, and identify a type and a state of the item placed on the surface based on the captured image of the surface and a read result of the information.