What is a Check sorter Operator?
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At a financial institution, collected checks are are taken to a check sorter or MICR encoder.  This is a machine that prints MICR numbers at the bottom of each check for easy reading/processing by the Federal Reserve which clears the checks.  (You already have MICR numbers on checks:  Your routing and account number.  But, the MICR encoder will add additional numbers, specifically, the amount of the check.)\n\nThis is a largely mechanical process now, but there generally still is at least one person at the helm of a check sorter (the operator) to ensure the machine runs smoothly, jams are cleared, ensures the checks run through balance with the deposits declared, etc.
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CHECK+ CHECK AGAIN +AND DOUBLE CHECK = CROSS CHECKED BY YOU OR ANOTHER PERSON TO ASSURE QUALITY AND QUANTITY
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there is a box you have to make sure is unchecked, it's under callmanager drop down window
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http://www.latrobe.edu.au/philosophy/phimvt/sympas/s15opprec.html\n\nhttp://en.wikipedia.org/wiki/Operator-precedence_parser\n\nhttp://compilers.iecc.com/comparch/article/98-03-108
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I know at least 14 common sorts there are probably more but off the top of my head:\n\nbubblesort\nquick sort\ncounting sort\ninsertion sort\nmerge sort\nheapsort\nradix sort\nselection sort\nshell's sort\ntopological sort\nbucket sort\ncomparison sort\nmap sort\nhashing\n\nthere are also several more complex sorts which are specific to particular problems. For example my last paper was on an approximation reversal sort for computational genetics.
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I think it is order(N squared), so not very good. It's a variant of bubble sort, which you can google. Plus you never know when you're done!
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Since you specified that the language is "C", it's\nworth pointing out that the Ansi standard guarantees\nthat the implementation will include a "qsort" function.\n\nAll you need to do is write the simple comparison\nfunction which is passed to qsort, and you're done.\n\nI copied the following (including the little test program)\ndirectly from the qsort man page:\n\n#include <stdlib.h>\n#include <stdio.h>\n\nstatic int\nintcompare(const void *p1, const void *p2)\n{\n  int i = *((int *)p1);\n  int j = *((int *)p2);\n\n  if (i > j)\n    return (1);\n  if (i < j)\n    return (-1);\n  return (0);\n}\n\nint\nmain()\n{\n  int i;\n  int a[10] = { 9, 8, 7, 6, 5, 4, 3, 2, 1, 0 };\n  size_t nelems = sizeof (a) / sizeof (int);\n\n  qsort((void *)a, nelems, sizeof (int), intcompare);\n\n  for (i = 0; i < nelems; i++)\n    (void) printf("%d ", a[i]);\n\n  (void) printf("&#92;n");\n  return (0);\n}\n\n\nSee the references for the man page as well as the\nsource from the OpenSolaris site.
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Boolean Operators\nAND, &\nAND links two or more terms together to narrow a search. Only pages containing all the terms listed will produce a successful result. For example, Nostradamus AND prophesy will return results with both the term Nostradamus and the term prophesy in the pages.\n\n\nOR, |\nOR or | ("pipe") links two terms and collects all documents that include either term. For example, searching for design OR "graphic arts" will bring up pages containing one or both terms.\n\n\nNOT, !\nThe NOT or ! operator will search for records that contain the query term that precedes it, but do not contain the term that follows it. For example, searching for boxers NOT shorts will produce documents related to pugilists without mistakenly giving you articles about trousers that do not descend below the knee.\n\n\n( )\nEach of the Boolean operators described above will work on either a simple search term or a more complex query marked by parentheses. This allows you to construct very powerful queries. For example, "bed and breakfast" AND ((grapes AND California) OR "wine country")   and   ((hacker OR programmer) NOT "part time") AND (design OR "graphic arts")
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Same as a regular check.\n\nCoach
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A relatively low cost, easy to operate video signature comparator and a corresponding method by which a known signature is visually compared to a sample signature to determine whether both signatures were made by the same individual. The signator comparator has particular application to forgery detection or to applications for verifying the authenticity of a signature. An electronic circuit is disclosed which displays video signals that are representative of the known and sample signatures. The circuit enhances video image density variations through extreme contrast and brightness adjustment and forces the lighter regions of each signature to white, such that only the dark stroke lines (indicative of those regions having the greatest density where the maker applied the most pressure) are displayed on video monitor. By visually comparing the characteristic density/pressure variations of the known signature to the sample, an observer can more accurately determine whether both signatures originated from the same maker.
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I'm giving u the program (in C), just go through it, then write the algo. It'll be easier.\n\n// Program :  MERGE  SORT\n\n#include<stdio.h>\n#include<conio.h>\n\nvoid mergesort(int *,int);\n\nvoid main()\n{\nint x[30],n,i;\nclrscr();\nprintf("Enter total no. of elements");\nscanf("%d",&n);\nprintf("Enter %d nos.",n);\nfor(i=0;i<n;i++)\n   scanf("%d",&x[i]);\n\nmergesort(x,n);\n\nprintf("After sorting in descending order :&#92;n");\nfor(i=n-1;i>=0;i--)\n  printf(" %d",x[i]);\n\ngetch();\n}\n\n\n\nvoid mergesort(int x[],int n)\n{\n  int aux[30],l1,l2,u1,u2,i,j,k,size;\n  size=1;   // merges file of size 1\n  while(size<n)\n  {\n    l1=0;   // initialize lower-bound of 1st. file\n    k=0;    // k is index for auxilliary array\n    while(l1+size<n)\n    {\n      // initialize remaining parameters...\n      l2=l1+size;\n      u1=l2-1;\n      u2=(l2+size-1)<n ? (l2+size-1):(n-1);\n      for(i=l1,j=l2;i<=u1 && j<=u2;k++)\n if(x[i]<=x[j])\n   aux[k]=x[i++];\n else\n   aux[k]=x[j++];\n      while(i<=u1)\n      aux[k++]=x[i++];\n      while(j<=u2)\n      aux[k++]=x[j++];\n\n      l1=u2+1;\n    } /* end of 2nd. while-loop */\n    for(i=l1;k<n;i++)\n       aux[k++]=x[i];\n    for(i=0;i<n;i++)\n       x[i]=aux[i];\n\n    size*=2;\n  } /* end of 1st. while-loop */\n}
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the logic is u should check one data entry frm each array and the one which is greater is to be put at the place of third array
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There is no such thing as OR,AND operator. There are boolean operators OR, AND, NOT, XOR.\nOR is maximizing function and AND is minimizing one.\nLet's observe two integers: 7 and 11.\n(In binary form 7 is 0111 and 11 is 1011): \n7 & 11 == 3\n7 | 11 == 15.
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I think you mean MICR. MICR stands for magnetic ink character recognition. It allows the bank to read the numbers at the bottom of your check (check number, account number, routing number) using a machine.
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The mail checker\nThe weather station\nPost-it notes\nThe Sort-it-later tool\nBattery indicator
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check for file chooser program in \n\nwww.java2s.com\nwww.javareference.com\nif code required please mail me
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read KNUTH! that's a classic question.\nhe is the king of algorithms! He wrote the book!\n\n\nbasically sort a pre-sorted list.