Abstract: There is provided a network shopping system that contributes to the omission of the item to be purchased and the prevention of purchasing an unnecessary item. Information of equipment that each client possesses is stored in net member DB. A main item, an option, or an item having a tendency to be used at the same time, are associated with an item related thereto and stored in related item DB. When a user inputs individual identification information for authentication processing, the system searches net member DB to specify equipment that the user possesses. Next the system gains access to related item DB, searches a related item, and recommends the item to the user.

Abstract: There is provided a network shopping system that contributes to the omission of the item to be purchased and the prevention of purchasing an unnecessary item. Information of equipment that each client possesses is stored in net member DB. A main item, an option, or an item having a tendency to be used at the same time, are associated with an item related thereto and stored in related item DB. When a user inputs individual identification information for authentication processing, the system searches net member DB to specify equipment that the user possesses. Next, the system gains access to related item DB, searches a related item, and recommends the item to the user.

Abstract: There is provided a network shopping system that contributes to the omission of the item to be purchased and the prevention of purchasing an unnecessary item. Information of equipment that each client possesses is stored in net member DB. A main item, an option, or an item having a tendency to be used at the same time, are associated with an item related thereto and stored in related item DB. When a user inputs individual identification information for authentication processing, the system searches net member DB to specify equipment that the user possesses. Next, the system gains access to related item DB, searches a related item, and recommends the item to the user.

Abstract: An image compensating method and an apparatus for the same which improves the quality of an image to be reproduced by an image reproduction system. A condition of an observed pixel or object pixel is subjected to MTF compensation to provide clear cut boundaries to an image relative to the background. Then, random noise compensation is effected for the condition of the object pixel after the MTF compensation, taking account of conditions of surrounding pixels or MTF-compensated conditions of the surrounding pixels. This removes smear which might appear in a sheet of paper due to random noise. These two kinds of compensation allows an image to be reproduced to a remarkable quality.