What is claimed is:
1. A system for cooperating multiple applications, comprising:
templates that define procedures for executing a plurality of applications to be integrated; and
integration workflow means for executing said applications to be integrated according to said procedures defined by said templates.
2. A system according to claim 1, further comprising:
start command means for sending an execution start signal, to each application to be executed, on the basis of a command from said integration workflow means.
3. A system according to claim 1, further comprising:
completion detection means for informing said integration workflow means of having detected a signal indicating that a certain application has completed the execution.
4. A system according to claim 1, further comprising:
data transformer means for delivering the result of having executed a certain application to another application.
5. A method for cooperating multiple applications, comprising the steps of:
defining, on templates, procedures for executing a plurality of applications to be integrated; and
executing, said applications to be integrated, by integration workflow means according to said procedures defined on said templates.
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 system for controlling a bandwidth when receiving and reassembling a consecutive data stream transferred while segmented by AAL1 format cells, comprising
an 8-cell buffer, in a data reassembly unit which reassembles received cells, for storing 8 cells of a cycle of a sequence count (SC) of 0 to 7 and sending the cells out to a later stage after a check unit of a sequence number (SN) field confirms normalcy of the cells and
a control unit for control so that the number of P format cells stored in said 8-cell buffer becomes 1 cell when 8 cells are stored in said 8-cell buffer.
2. A system for controlling bandwidth as set forth in claim 1, wherein the system sets a cell of the sequence count 6 as a P format cell unconditionally when detecting that the cells stored in the 8-cell buffer do not include a P format cell.
3. A system for controlling bandwidth as set forth in claim 1, wherein the system sets as a P-format cell a cell of the largest even number sequence count (SC) among a plurality of dummy cells or cells where the sequence number (SN) field is invalid when the cells stored in the 8-cell buffer do not include a P-format cell and there are a plurality of one or both of dummy cells or cells where the sequence number (SN) field is invalid.
4. A system for controlling bandwidth as set forth in claim 1, wherein the system sets as a non-P format cell unconditionally any cell of a sequence number (SN) field of an odd number sequence count (SC) which is a P format cell among the cells stored in the 8-cell buffer.
5. A system for controlling bandwidth as set forth in claim 1, wherein the system sets as a non-P format cell any cell except a cell of the largest even number sequence count (SC) when there are a plurality of P-format cells in the cells stored in the 8-cell buffer.
6. A system for controlling AAL1 cell bandwidth when reassembling a consecutive data stream having a frame structure transferred while segmented by cells of an AAL1 structured data transfer format, the system including
an internal frame counter made to run by itself and synchronized in frame phase by a boundary position of a frame set in a pointer field after confirming normalcy of a sequence number field of received cells and
said internal frame counter monitors the number of bytes of the received data and discards excess data when detecting that the boundary position of a frame is later than the period of the internal frame counter.
7. A system for controlling bandwidth as set forth in claim 6, wherein the system compensates for short data using dummy data when detecting that the boundary position of the frame is earlier than the period of the internal frame counter when monitoring the number of bytes of the received data by the internal frame counter.
8. A system for controlling AAL1 cell bandwidth when reassembling a consecutive data stream having a frame structure transferred-while segmented by cells of an AAL1 structured data transfer format, the system including
a bandwidth adjusting unit for adjusting a data rate between transmitting and receiving ends after confirming normalcy of a sequence number field of a received cell and
said bandwidth adjusting unit has an internal frame counter made to run by itself and synchronized in frame phase by a boundary position of a frame set in a pointer field, and
said bandwidth adjusting unit adjusts the bandwidth by determination and control of a Pnon-P format cell based on a CSI bit, sequence count (SC), flag for discriminating a cell with an invalid sequence number (SN) field, result of detection of whether a P format cell already exists in one cycle between a sequence count of 0 and a currently received cell, and a result of discrimination of whether there is a boundary position between a received even number cell and the next odd number cell by said internal frame counter.
9. A system for controlling bandwidth as set forth in claim 8, wherein the system concludes that there is a boundary in one of a received even number cell and the next odd number cell and making the cells a P format when the number of frames as counted by the internal frame counter is 93.
10. A system for controlling bandwidth as set forth in claim 8, wherein the system making a cell of a sequence count (SC) of 6 a P format cell unconditionally when no P-format cell is received in one cycle of the sequence count.
11. A system for controlling bandwidth when receiving and reassembling a consecutive data stream transferred while segmented by AAL1 format cells, comprising
a cell buffer, in a data reassembly unit which reassembles received cells, for storing one cycle’s worth of a number of cells and sending the cells out to a later stage after a check unit of a sequence number (SN) field confirms normalcy of the cells and
a control unit for control so that the number of P format cells stored in said cell buffer becomes 1 cell when the above number of cells are stored in said cell buffer.