Error collection method for sorter system

Claim 2

An error collection method for a sort element unit having n pipelined sort elements Pi (i=1-n) of the same type and n local memories Mi (i=1-n) each connected to corresponding said sort element and having a memory capacity of at least 2 i-1 record length, which comprises the steps of: feeding said n sort elements with a control word prior to a sort record so that each sort element determines whether sorting is possible or not; immediately stopping sorting in said sort elements when one of said sort elements Pj detects a sort disable fault, wherein j is a stage number; reporting contents of an error to an upper structure; analyzing said error in said upper structure; and directing a sort data stream from a sort element Pj-1 to a sort element Pj+1 skipping said sort element Pj which has been found faulty in said analyzing step to continue sorting, said sort element Pj receiving said sort record but transmitting said sort record to the next sort element without sorting, thus skipping itself in terms of sorting.

Claim 3

An error collection method for a sort element unit having n pipelined sort elements Pi (i=1-n) of the same type and n local memories Mi (i=1-n) each connected to corresponding said sort element and having a memory capacity of at least 2 i-1 record length, which comprises the steps of: feeding said n sort elements with a control word prior to a sort record so that each sort element determines whether sorting is possible or not; stopping sorting in said sort elements upon completion of sorting when one of said sort elements Pj detects a sort allowable fault, wherein j is a stage number; reporting contents of an error to an upper structure; analyzing said error in said upper structure; and directing a sort data stream from a sort element Pj-1 to a sort element Pj+1 skipping said sort element Pj which has been found faulty in said analyzing step, thereby continuing sorting, said sort element Pj receiving said sort record but transmitting said sort record to the next sort element without sorting, thus skipping itself in terms of sorting.

Claim 4

An error collection method for a sort element unit having n pipelined sort elements Pi (i=1-n) of the same type and n local memories Mi (i=1-n) each connected to corresponding said sort element and having a memory capacity of at least 2 i-1 record length, which comprises the steps of: feeding said n sort elements with a control word prior to a sort record so that each sort element determines whether sorting is possible or not; stopping sorting in said sort elements upon completion of sorting when one of said sort elements Pj detects a sort allowable fault, wherein j is a stage number; reporting contents of an error to an upper structure; analyzing said error in said upper structure; and directing a sort data stream from a sort element Pj-1 to a sort element Pj+1 skipping said sort element Pj which has been found faulty in said analyzing step, thereby continuing sorting, said sort element Pj receiving said sort record but transmitting said sort record to the next sort element without sorting, thus skipping itself in terms of sorting.

Claim 5

An error collecting apparatus for a sorter system which includes n sort elements which are pipelined and are of the same type and n local memories each having a memory capacity of at least 2 i-1 record length, wherein i is a stage number, and being connected to each of said sort elements, said error collecting apparatus comprising: an upper structure capable of feeding said sort elements with a HALT signal for stopping their operation and a READ signal for reading their contents; a decoder connected to said upper structure to be responsive to a basic SELECT signal from said upper structure to generate a SELECT signal for designating one of said sort elements; said sort elements constructed so as to feed, upon occurrence of an error, said upper structure with a STATUS signal for indicating its conditions, a SORT DISABLE signal for indicating that continuation of sorting is impossible, and a SORT ALLOWABLE signal for indicating that continuation of sorting is possible; and said upper structure constructed so as to feed, as soon as one of said sort elements Pi generates said SORT DISABLE signal, all of said sort elements with said HALT signal and said sort element Pi with said READ signal so that said sort element Pi feeds back said upper structure with said STATUS signal.

Claim 6

An error collecting apparatus for a sorter system which includes n sort elements which are pipelined and are of the same type and n local memories each having a memory capacity of at least 2 i-1 record length, wherein i is a stage number, and being connected to each of said sort elements, said error collecting apparatus comprising: an upper structure capable of feeding said sort elements with a HALT signal for stopping their operation and a READ signal for reading their contents; a decoder connected to said upper structure to be responsive to a basic SELECT signal from said upper structure to generate a SELECT signal for designating one of said sort elements; said sort elements constructed so as to feed, upon occurrence of an error, said upper structure with a STATUS signal for indicating its conditions, a SORT DISABLE signal for indicating that continuation of sorting is impossible, and a SORT ALLOWABLE signal for indicating that continuation of sorting is possible; and said upper structure constructed so as to feed, as soon as one of said sort elements Pi generates said SORT DISABLE signal, all of said sort elements with said HALT signal and said sort element Pi with said READ signal so that said sort element Pi feeds back said upper structure with said STATUS signal.

Claim 7

The error collecting apparatus of claim 3, wherein said upper structure further constructed so as to cause, as soon as one of said sort elements Pi generates said SORT ALLOWABLE signal, said decoder to stop generation of said SELECT signal for designating said sort element Pi and permit the other sort elements to continue sorting.

Claim 8

The error collecting apparatus of claim 3, wherein said sort elements each comprise a status register for storing said STATUS signal.