An induction cooking hob including at least one cooking area, wherein: - the at least one cooking area comprises at least three induction coils, - the induction coils of at least one cooking area are arranged side-by-side, - each induction coil of at least one cooking area has an elongated shape, - the longitudinal axes of the induction coils within the at least one cooking area are arranged in parallel, - each induction coil of the at least one cooking area is associated with a dedicated induction generator, - the induction generators are connected to at least one current line, - the induction generators are connected to and controlled by at least one control unit, - the induction cooking hob comprises a number of pot detection devices, and - each induction coil is associated to at least one pot detection device, and - requested powers (rP) for each used induction generator are adjusted independent from each other by a user interface, characterized in that - instant powers (iP) of the induction generators within a cycle pattern (T1, T2,..., T11) are controlled independent from each other by the control unit, - the sum of the instant powers (iP) of the activated induction coils within each selected cycle pattern (T1, T2,..., T11) is equal to the sum of the requested powers (rP) for each used induction coil, and - a cooking mode is to be activated by a user, in which the requested power (rP) is automatically changed according to the position of the cooking vessel on the at least one cooking area, wherein the requested power (rP) is low, if the cooking vessel is placed on one of the extreme parts of the at least one cooking area, the requested power (rP) is high, if the cooking vessel is placed on the other extreme part of the at least one cooking area, and the requested power (rP) has an average value, if the cooking vessel is placed on a central portion of the at least one cooking area. - the at least one cooking area comprises at least three induction coils, - the induction coils of at least one cooking area are arranged side-by-side, - each induction coil of at least one cooking area has an elongated shape, - the longitudinal axes of the induction coils within the at least one cooking area are arranged in parallel, - each induction coil of the at least one cooking area is associated with a dedicated induction generator, - the induction generators are connected to at least one current line, - the induction generators are connected to and controlled by at least one control unit, - the induction cooking hob comprises a number of pot detection devices, and - each induction coil is associated to at least one pot detection device, and - requested powers (rP) for each used induction generator are adjusted independent from each other by a user interface, - instant powers (iP) of the induction generators within a cycle pattern (T1, T2,..., T11) are controlled independent from each other by the control unit, - the sum of the instant powers (iP) of the activated induction coils within each selected cycle pattern (T1, T2,..., T11) is equal to the sum of the requested powers (rP) for each used induction coil, and - a cooking mode is to be activated by a user, in which the requested power (rP) is automatically changed according to the position of the cooking vessel on the at least one cooking area, wherein the requested power (rP) is low, if the cooking vessel is placed on one of the extreme parts of the at least one cooking area, the requested power (rP) is high, if the cooking vessel is placed on the other extreme part of the at least one cooking area, and the requested power (rP) has an average value, if the cooking vessel is placed on a central portion of the at least one cooking area.