A method for decoding data in a receiver in a broadcasting system, the method comprising: demodulating a received signal, the signal including data of a Low-Density Parity-Check, LDPC, codeword, wherein the LDPC codeword is obtained by LDPC-encoding using a parity check matrix having a predetermined structure, which structure is equal to one defined in the DVB-S2 Standard and has a length of N 1, an information part with an information length K 1, and a parity part with a parity length of (N 1 -K 1), the method further comprising: determining a puncturing pattern from the demodulated signal; and determining position information for punctured parity bits based on the puncturing pattern; and LDPC-decoding data in the demodulated signal based on the position information, characterized in that the puncturing pattern is determined based on a code rate K 1 / N 1 of the LDPC code associated with said parity check matrix, the position information for the punctured parity bits is associated with m parity bit sets of q parity bit sets, wherein the q parity bit sets are defined by: P j = p k | j ≡ k mod q, 0 ≤ k < N 1 − K 1 where P j denotes a j th parity bit set, p k denotes a k th parity bit, 0 ≤ j < q, q = N 1 − K 1 / M 1, and M 1 =360; wherein all parity bits of m parity bit sets P π, P π,..., P π( m -1) of q parity bit sets P j are punctured, where indexes π,..., π(m-1) define the puncturing pattern, m = ⌊ N p 360 ⌋, N p being a number of punctured parity bits, where the code rate K 1 / N 1 = 1/5, N 1 = 16200, K 1 = 3240, and q=36, and the puncturing pattern is defined by a following table: π π π π π π π π π 27 13 29 32 5 0 11 21 33 π π π π π π π π π 20 25 28 18 35 8 3 9 31 π π π π π π π π π 22 24 7 14 17 4 2 26 16 π π π π π π π π π 34 19 10 12 23 1 6 30 15 demodulating a received signal, the signal including data of a Low-Density Parity-Check, LDPC, codeword, wherein the LDPC codeword is obtained by LDPC-encoding using a parity check matrix having a predetermined structure, which structure is equal to one defined in the DVB-S2 Standard and has a length of N 1, an information part with an information length K 1, and a parity part with a parity length of (N 1 -K 1), the method further comprising: determining a puncturing pattern from the demodulated signal; and determining position information for punctured parity bits based on the puncturing pattern; and determining a puncturing pattern from the demodulated signal; and determining position information for punctured parity bits based on the puncturing pattern; and LDPC-decoding data in the demodulated signal based on the position information, characterized in that the puncturing pattern is determined based on a code rate K 1 / N 1 of the LDPC code associated with said parity check matrix, the position information for the punctured parity bits is associated with m parity bit sets of q parity bit sets, wherein the q parity bit sets are defined by: P j = p k | j ≡ k mod q, 0 ≤ k < N 1 − K 1 where P j denotes a j th parity bit set, p k denotes a k th parity bit, 0 ≤ j < q, q = N 1 − K 1 / M 1, and M 1 =360; wherein all parity bits of m parity bit sets P π, P π,..., P π( m -1) of q parity bit sets P j are punctured, where indexes π,..., π(m-1) define the puncturing pattern, m = ⌊ N p 360 ⌋, N p being a number of punctured parity bits, where the code rate K 1 / N 1 = 1/5, N 1 = 16200, K 1 = 3240, and q=36, and the puncturing pattern is defined by a following table: π π π π π π π π π 27 13 29 32 5 0 11 21 33 π π π π π π π π π 20 25 28 18 35 8 3 9 31 π π π π π π π π π 22 24 7 14 17 4 2 26 16 π π π π π π π π π 34 19 10 12 23 1 6 30 15 P j denotes a j th parity bit set, p k denotes a k th parity bit, 0 ≤ j < q, q = N 1 − K 1 / M 1, and M 1 =360; wherein all parity bits of m parity bit sets P π, P π,..., P π( m -1) of q parity bit sets P j are punctured, where indexes π,..., π(m-1) define the puncturing pattern, m = ⌊ N p 360 ⌋, N p being a number of punctured parity bits, where the code rate K 1 / N 1 = 1/5, N 1 = 16200, K 1 = 3240, and q=36, and the puncturing pattern is defined by a following table: π π π π π π π π π 27 13 29 32 5 0 11 21 33 π π π π π π π π π 20 25 28 18 35 8 3 9 31 π π π π π π π π π 22 24 7 14 17 4 2 26 16 π π π π π π π π π 34 19 10 12 23 1 6 30 15