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    • 1. 发明公开
    • METHOD AND APPARATUS FOR CONTROLLING A DECODING OF INFORMATION ENCODED IN SYNTHESIZED OLIGOS
    • 方法和设备,用于控制编码信息合成的寡核苷酸的解码
    • EP3146458A1
    • 2017-03-29
    • EP15720347.2
    • 2015-05-11
    • Thomson Licensing
    • HUETTER, IngoGAEDKE, KlausCHEN, XiaomingBLAWAT, Meinolf
    • G06F19/22
    • G06F19/22G06N3/123
    • A method for controlling a decoding of information encoded in a plurality of synthesized oligos, encoded using an error detection code identified by an associated identifier, and an apparatus configured to perform the method are described. A sequenced oligo of the synthesized oligos is fetched (11). The identifier associated with the sequenced oligo is read (12). The error detection code of the information encoded in the sequenced oligo is evaluated (13). Information encoded in the oligo is stored (14), if for a first time for an oligo having associated a read identifier the evaluated error detection code indicates no error. The processing is repeated (15) for subsequent oligos until, for at least a defined set of different identifiers of an expected set, information encoded in corresponding sequenced oligos for which the evaluated error detection code indicates no error have been stored.
    • 编码的使用一种用于控制在合成寡核苷酸的多个编码信息的解码,在方法的错误检测码所识别的相关联的BY标识符,以及向设备被配置为执行所描述的方法。 合成的寡核苷酸的寡核苷酸测序被取出(11)。 与测序寡相关联的标识符被读取(12)。 在测序的寡核苷酸所编码的信息的错误检测码进行评估(13)。 在寡核苷酸编码的信息被存储(14)中,如果在第一时间对寡具有相关联的读取识别符的评估的错误检测码指示没有错误。 该处理被重复(15),用于随后的寡聚物,直到在至少为一组定义的一组预期的不同的标识符,在测序CORRESPONDING寡核苷酸的量,评估的错误检测码指示没有差错编码信息的已经被存储。
    • 4. 发明公开
    • CODE GENERATION METHOD, CODE GENERATING APPARATUS AND COMPUTER READABLE STORAGE MEDIUM
    • 代码生成方法,代码生成装置和计算机可读存储介质
    • EP3178167A1
    • 2017-06-14
    • EP15748010.4
    • 2015-07-31
    • Thomson Licensing
    • CHEN, XiaomingBLAWAT, MeinolfGAEDKE, KlausHUETTER, Ingo
    • H03M13/01H03M13/03H03M13/05
    • G06N3/123G11C7/1006G11C13/0019H03M5/145
    • A code book is generated for mapping source to target code words which allows encoding source data at reduced probability of incorrect decoding, e.g. for DNA storage. The target code words are grouped (102) into subsets and comprise identifying and remaining portions. The identifying portions of target code words corresponding to a same subset are identical. A first code symbol set of source code words is selected (103) for addressing the subsets. For the subsets,neighboring subsets are determined (104). The identifying portions of the target code words of neighboring subsets differ from those of the corresponding subset by up to a predetermined amount of symbols. Source code words are assigned (105) where the corresponding first code symbols address the same subset to said subset such that an amount of target code words of said subset having their remaining portions identical to their neighboring subsets corresponds to an optimization criterion.
    • 生成用于将源映射到目标代码字的代码,其允许以不正确解码的可能性降低的编码源数据,例如, 用于DNA储存。 目标码字被分组(102)成子集并包括识别和剩余部分。 对应于相同子集的目标码字的识别部分是相同的。 选择(103)源代码字的第一码符号集以寻址子集。 对于子集,确定相邻子集(104)。 相邻子集的目标码字的识别部分与相应子集的识别部分不同直到预定量的符号。 源码字被分配(105),其中对应的第一码符号寻址与所述子集相同的子集,使得所述子集的其剩余部分与其相邻子集相同的目标码字的量对应于优化准则。