 of the unary binarization for a syntax element. Rec. ITU-T H.264 (01/2012) Table 9-35- Bin string of the unary binarization (informative) Value of syntax element Bin string (I_NxN) 11110 11111 binIdx 012345 9.3.2.2 Truncated unary (TU) binarization process Input to this process is a request for a TU binarization for a syntax element and cMax. Output of this process is the TU binarization of the syntax element. For syntax element (unsigned integer) values less than cMax, the U binarization process as specified in clause 9.3.2.1 is invoked. For the syntax element value equal to cMax the bin string is a bit string of length cMax with all bins being equal to 1. NOTE - TU binarization is always invoked with a cMax value equal to the largest possible value of the syntax element being decoded. 9.3.2.3 Concatenated unary/ k-th order Exp-Golomb (UEGk) binarization process Input to this process is a request for a UEGk binarization for a syntax element, signedValFlag and uCoff. Output of this process is the UEGk binarization of the syntax element. A UEGk bin string is a concatenation of a prefix bit string and a suffix bit string. The prefix of the binarization is specified by invoking the TU binarization process for the prefix part Min( uCoff, Abs( synElVal) ) of a syntax element value synEl Val as specified in clause 9.3.2.2 with cMax = uCoff, where uCoff > 0. The variable k for a UEGk bin string is dependent on the syntax element for which a UEGk binarization is requested. Table 9-34 specifies the associated types of binarization for syntax elements, including the value of k for syntax elements that use UEGk binarization. NOTE 1 - For the syntax elements mvd 10[ ][ ][ ] and mvd_11[ ][ ][ ] a UEG3 binarization is used (k is equal to 3). For the syntax element coeff_abs_level_minus1 a UEGO binarization is used (k is equal to 0). The UEGk bin string is derived as follows: If one of the following is true, the bin string of a syntax element having value synEl Val consists only of a prefix bit string: signedValFlag is equal t