Data transmission method

Claim 2

A data transmission method comprising the steps of: inserting check words in selected positions in each of plural information blocks to form code blocks; providing for each code block a control code representing a coding method on which the check words and their position in the code block are based; transmitting each of said code blocks together with its corresponding control code; separating said control code from the transmitted code block to detect said coding method on which said check words and their positions are based; and performing error detection and error correction on the code block using the check words and data in the corresponding information block in accordance with detected coding method.

Claim 3

The data transmission method according to claim 1, wherein said data in each of said code blocks is three dimensionally arranged in a three dimensional space defined by three directions, X, Y and Z, and wherein a check word is added at least in one of said directions X, Y, and Z.

Claim 4

The data transmission method as claimed in claim 2 wherein the size of said code blocks is fixed and said information blocks vary in size in accordance with the selected coding method.

Claim 5

The data transmission method as claimed in claim 2 wherein the size of said information blocks is fixed and said code blocks vary in size in accordance with the selected coding method.

Claim 6

A data transmission method comprising the steps of: (a) receiving any of plural types of input signals; (b) for each received input signal determining a coding method from serval given coding methods; (c) assigining a unique control code corresponding to a respective coding method to each received input signal according to the determined coding method for the received input signal; (d) coding the input signal according to its determined coding method to form a code block consisting of an information data block and check words; and (e) transmitting the code block with the corresponding control code.

Claim 7

A data transmission method comprising the steps of: (a) receiving any of plural types of input signals; (b) for each received input signal determining a coding method from serval given coding methods; (c) assigining a unique control code corresponding to a respective coding method to each received input signal according to the determined coding method for the received input signal; (d) coding the input signal according to its determined coding method to form a code block consisting of an information data block and check words; and (e) transmitting the code block with the corresponding control code.

Claim 8

A data transmission method as claimed in claim 5 wherein said information data block is formed into a three dimensional arrangement consisting of a plurality of word rows in each of the X, Y and Z directions, and said step of coding said input signal according to one of said given coding methods consists of adding check words into the word rows in at least one of said X, Y and Z directions according to the determined coding method.

Claim 9

A data transmission method as claimed in claim 6 wherein said coding step includes adding a group of check words to each of the word rows in at least one of said X, Y and Z directions according to the determined coding method.

Claim 10

A data transmission method as claimed in claim 7 wherein said group of check words comprises a pair of check words.

Claim 11

A data transmission method as claimed in claim 7 wherein said coding step comprises adding groups of check words to only the word rows in the X direction.

Claim 12

A data transmission method as claimed in claim 7 wherein said coding step comprises adding groups of check words to only the word rows in the X and Z directions.

Claim 13

A data transmission method as claimed in claim 7 wherein said coding step comprises adding group of check words to only the word rows in the Z and Y directions.

Claim 14

A data transmission method as claimed in claim 6 wherein the size of said code blocks is fixed and said information blocks vary in size in accordance with the selected coding method.

Claim 15

A data transmission method as claimed in claim 6 wherein the size of said inforamtion blocks is fixed and said code blocks vary in size according to the selected coding method.

Claim 16

A data transmission and reception method comprising the steps of: (A) at a transmission side; (a) receiving any of a plurality of different types of input signals; (b) for each received input signal determining a coding method from several given coding methods; (c) assigning a unique control code corresponding to a respective coding method to each received input signal according to the determined coding method for the received input signal; (d) coding the input signal according to its determined coding method to form a code block consisting of an information data block and check words, and (e) transmitting the code block with the corresponding control code to a reception side; and (B) at the reception side; (a) separating the received control code from its corresponding code block; (b) generating a correction level indicating signal in response to the separated control code; and (c) performing error correction on the received code block in accordance with the coding method designated by the correction level indicating level.

Claim 17

A data transmission and reception method comprising the steps of: (A) at a transmission side; (a) receiving any of a plurality of different types of input signals; (b) for each received input signal determining a coding method from several given coding methods; (c) assigning a unique control code corresponding to a respective coding method to each received input signal according to the determined coding method for the received input signal; (d) coding the input signal according to its determined coding method to form a code block consisting of an information data block and check words, and (e) transmitting the code block with the corresponding control code to a reception side; and (B) at the reception side; (a) separating the received control code from its corresponding code block; (b) generating a correction level indicating signal in response to the separated control code; and (c) performing error correction on the received code block in accordance with the coding method designated by the correction level indicating level.