1. A system for forming a print shop configuration for a first print shop, the print shop configuration being capable of processing print jobs with each print job corresponding with a set of print job processing requirements, comprising:
(A) a first set of multiple pieces of equipment, wherein the first set of multiple pieces of equipment is compiled from a second set of multiple pieces of equipment and a third set of multiple pieces of equipment, the second set of multiple pieces of equipment having been corresponded with the first print shop prior to said compilation, and the third set of equipment having been corresponded with a second print shop;
(B) a set of multiple print shop cells to be used in forming the print shop configuration, each print shop cell being associated with at least one piece of equipment from the first set of multiple pieces of equipment;
(C) a memory, wherein a value corresponding with the multiple print shop cells to be used in forming the print shop configuration is stored in said memory; and
(D) a print shop configuration development manager communicating with said memory and including an application, said print shop configuration development manager and said application functioning cooperatively to (1) generate a list of two or more possible print shop configurations that could be formed with the multiple print shop cells to be used in forming the print shop configuration and at least some of the pieces of equipment from one or both the second set of multiple pieces of equipment and the third set of multiple pieces of equipment, (2) determine for one of the two or more possible print shop configurations, whether a selected relationship exists between one or more sets of print job requirements and at least one of the multiple print shop cells to be used in forming the print shop configuration, and (3) delete the one of the two or more possible print shop configurations from the list when the selected relationship does not exist,
in which C number of print cells are used with S number of pieces of equipment, wherein the list of two or more possible print shop configurations includes (C +1)s possible print shop configurations.
2. The print shop configuration forming system of claim 1, wherein a third print shop corresponds with a fourth set of multiple pieces of equipment, and wherein the first set of multiple pieces of equipment is formed by compiling selected pieces of equipment from the second set of multiple pieces of equipment, the third set of multiple pieces of equipment and the fourth set of multiple pieces of equipment.
3. The print shop configuration forming system of claim 2, wherein the print shop configuration also includes a fourth print shop, and wherein said first set of multiple print shop cells are to be distributed across a print shop configuration including both the first and fourth print shops.
4. The print shop configuration forming system of claim 1, wherein the list includes all of the possible print shop configurations that can be formed with said second and third sets of multiple pieces of equipment.
5. The print shop configuration forming system of claim 1, in which multiple job types are processed at a print shop and each one of the multiple job types is provided to the print shop at a job processing frequency, wherein the existence of the selected relationship is determined with multiple job processing frequencies.
6. The print shop configuration forming system of claim 1, in which multiple job requirement sets are compared with at least one of the multiple print shop cells to be used in forming the print shop configuration, wherein the existence of the selected relationship is determined by reference to the percent of multiple job requirement sets that can be processed with the at least one of the multiple print shop cells to be used in forming the print shop configuration.
7. The print shop configuration forming system of claim 1, in which each one of the one or more job requirement sets corresponds with a first functionality vector and the one of the one or more print processing related cells corresponds with a second functionality vector, wherein the existence of the selected relationship is determined by comparing the first functionality vector with the second functionality vector.
8. A system for forming a print shop configuration for a first print shop, the print shop configuration being capable of processing print jobs, comprising:
(A) a first set of multiple pieces of equipment, wherein the first set of multiple pieces of equipment is compiled from both a second set of multiple pieces of equipment and a third set of multiple pieces of equipment, the second set of multiple pieces of equipment having been corresponded with the first print shop prior to said compilation, and the third set of equipment having been corresponded with a second print shop;
(B) a set of multiple print shop cells to be used in forming the print shop configuration, each print shop cell including at least one piece of equipment from the first set of multiple pieces of equipment;
(C) a memory, wherein a value corresponding with the multiple print shop cells to be used in forming the print shop configuration is stored in said memory; and
(D) a print shop configuration development manager communicating with said memory and including an application, said print shop configuration development manager and said application functioning cooperatively to (1) generate a list of two or more possible print shop configurations that could be formed with the multiple print shop cells to be used in forming the print shop configuration and least some of the pieces of equipment from both the second set of multiple pieces of equipment and the third set of multiple pieces of equipment, (2) determine whether a first one of the two or more possible print shop configurations is substantially equivalent to a second one of the two or more possible print shop configurations, and (3) when said equivalency exists, categorize (a) one of the first one of the two or more possible print shop configurations and the second one of the two or more possible print shop configurations as belonging to a first group of possible print shop configurations and (b) another one of the first one of the two or more possible print shop configurations and the second one of the two or more possible print shop configurations as belonging to a second group of possible print shop configurations;
in which C number of print cells are used with S number of pieces of equipment, wherein the list of two or more possible print shop configurations includes (C +1)s possible print shop configurations.
9. The print shop configuration forming system of claim 8, wherein a third print shop corresponds with a fourth set of multiple pieces, and wherein the first set of multiple pieces of equipment is formed by compiling selected pieces of equipment from the second set of multiple pieces of equipment, the third set of multiple pieces of equipment andor the fourth set of multiple pieces of equipment.
10. The print shop configuration forming system of claim 8, wherein the print shop configuration also includes a fourth print shop, and wherein said first set of multiple print shop cells are to be distributed across a print shop configuration including both the first and fourth print shops.
11. The print shop configuration forming system of claim 8, in which the first one of the two or more possible print shop configurations corresponds with a first functionality vector and the second one of the two or more possible print shop configurations corresponds with a second functionality vector, wherein substantial equivalency between the first and second sets is determined by comparing the first functionality vector with the second functionality vector.
12. The print shop configuration forming system of claim 11, wherein said substantial equivalency exists when the first functionality vector differs from the second functionality vector by less than a selected tolerance amount.
13. The print shop configuration forming system of claim 8, wherein said categorizing includes performing a job processing simulation on each of the first one of the two or more possible print shop configurations and the second one of the two or more possible print shop configurations.
14. A method of forming a print shop configuration for a first print shop, the print shop configuration being capable of processing print jobs, with each print job corresponding with a set of print job requirements, and including a first set of multiple pieces of equipment, wherein the first set of multiple pieces of equipment is a consolidation of a second set of multiple pieces of equipment and a third set of multiple pieces of equipment, the second set of multiple pieces of equipment having been corresponded with the first print shop prior to said consolidation, and wherein the third set of equipment corresponds with a second print shop, comprising:
(A) storing, in memory, a value corresponding with multiple print shop cells to be used in forming the print shop configuration, and wherein each cell includes at least one piece of equipment from the first set of multiple pieces of equipment;
(B) generating a list of at least some of all possible print shop configurations that could be formed with the multiple print shop cells to be used in forming the print shop configuration, and at least some of the pieces of equipment from one or both of the second set of multiple pieces of equipment and the third set of multiple pieces of equipment; and
(C) determining, for one of the two or more possible print shop configurations, whether a selected relationship exists between one or more sets of print job requirements and at least one of the multiple print shop cells to be used in forming the print shop configuration;
(D) deleting the one of the two or more possible print shop configurations from the list when the selected relationship does not exist; and
(E) using C number of print cells with S number of pieces of equipment, wherein the list of two or more possible print shop configurations includes (C +1)s possible print shop configurations.
15. The method of claim 14, in which the print shop configuration also corresponds with a fourth print shop, further comprising distributing the first set of multiple print shop cells among the first and fourth print shops.
16. The method of claim 14, in which each one of the one or more print job requirement sets corresponds with a first functionality vector and the one of the one or more print processing related cells corresponds with a second functionality vector, wherein the existence of the selected relationship is determined by comparing the first functionality vector with the second functionality vector.
17. The method of claim 14, in which each of multiple job types is processed at a print shop and each one of the multiple job types is provided to the print shop at a job processing frequency, wherein the existence of the selected relationship is determined by examining multiple job processing frequencies.
18. The method of claim 14, in which multiple job requirement sets are compared with at least one of the multiple print shop cells to be used in forming the print shop configuration, wherein the existence of selected relationship is determined by referring to the percent of multiple job requirement sets that can be processed with the at least one of the multiple print shop cells to be used in forming the print shop configuration.
19. The method of claim 14, wherein said (D) includes generating the list in such a way that the list includes all of the possible print shop configurations that can be formed with one or both of the second and third sets of multiple pieces of equipment.
20. A method of forming a print shop configuration for a first print shop, the print shop configuration being capable of processing print jobs, wherein a first set of multiple pieces of equipment is compiled from both a second set of multiple pieces of equipment and a third set of multiple pieces of equipment, the second set of multiple pieces of equipment having been corresponded with the first print shop prior to said compilation, and the third set of equipment having been corresponded with a second print shop, and wherein each print shop cell, in a set of multiple print cells, includes at least one piece of equipment from the first set of multiple pieces of equipment, comprising:
(A) storing a value, corresponding with the multiple print shop cells to be used in forming the print shop configuration, in memory; and
(B) generating a list of two or more possible print shop configurations that could be formed with the multiple print shop cells to be used in forming the print shop configuration and least some of the pieces of equipment from both the second set of multiple pieces of equipment and the third set of multiple pieces of equipment;
(C) determining whether a first one of the two or more possible print shop configurations is substantially equivalent to a second one of the two or more possible print shop configurations;
(D) when said substantial equivalency exists, categorizing (1) one of the first one of the two or more possible print shop configurations and the second one of the two or more possible print shop configurations as belonging to a first group of possible print shop configurations and (2) another one of the first one of the two or more possible print shop configurations and the second one of the two or more possible print shop configurations as belonging to a second group of possible print shop configurations; and
(E) using C number of print cells with S number of pieces of equipment, wherein the list of two or more possible print shop configurations includes (C +1)s possible print shop configurations.
21. The method of claim 20, in which the print shop configuration also corresponds with a fourth print shop, further comprising distributing the first set of multiple print shop cells among the first and fourth print shops.
22. The method of claim 20, in which the first one of the two or more possible print shop configurations corresponds with a first functionality vector and the second one of the two or more possible print shop configurations corresponds with a second functionality vector, wherein (C) includes comparing the first functionality vector with the second functionality vector.
23. The method of claim 20, wherein said (D) includes performing a job processing simulation on each of the first one of the two or more possible print shop configurations and the second one of the two or more possible print shop configurations.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A navigation system connected with an information providing device via, respectively, a public network and a base station for short range communication, for receiving information transmitted from said information providing device, said navigation system comprising:
map information storage means which stores information indicating a position of said base station and map data containing road data;
route storage means which stores a route composed of at least one road;
current position calculating means which calculates current position;
first communication means connected with said base station;
second communication means connected with the public network; and
decision means which decides whether or not the route read from the route storing means passes through an area in which communication is possible by the base station read from said map information storage means,
wherein, in cases in which it is decided that said route passes through the area in which communication by said base station is possible, said navigation system is connected with said base station using said first communication means after said area is reached, and in cases in which it is decided that said route does not pass through the area in which communication by said base station is possible, said navigation system is connected with said public network using said second communication means.
2. A navigation system according to claim 1,
wherein, in cases in which a road constituting said read route is within a predetermined range of the base station read from said map information storage means, said decision means decides that the area in which communication with said base station is possible, is to be passed through.
3. A navigation system according to claim 1, further comprising:
reception means which receives the information transmitted from said information providing device and indicating the position of said base station; and
registration means for storing said received information indicating the position of said base station, in said map information storage means.
4. A navigation system according to claim 1, further comprising:
position specifying means which, when said first communication means receives a signal outputted from said short range communication base station, specifies the position of said short range communication base station from reception level of the signal received from said short range communication base station by said first communication means; and
additional registration means which stores the information indicating the received position of the base station, in said map information storage means.
5. An information acquisition method using a navigation system connected with an information providing device via, respectively, a public network and a base station for short range communication, for receiving information transmitted from said information providing device,
wherein said navigation system comprises:
map information storage means which stores information indicating a position of said base station and map data containing road data;
route storage means which stores a route composed of at least one road;
first communication means connected with said base station;
second communication means connected with the public network; and
wherein the method comprises the steps of:
calculating a current position;
deciding whether or not the route read from the route storing means passes through an area in which communication is possible by the base station read from said map information storage means; and
connecting said navigation system, in cases in which it is decided that said route passes through the area in which communication by said base station is possible, with said base station, using said first communication means after said area is reached, and in cases in which it is decided that said route does not pass through the area in which communication by said base station is possible, with said public network using said second communication means.