G05B2219/22 - CPC Classification
Classification description:
Program-control systems; Pc systems Pc multi processor system
Sub-classes:
- G05B2219/2202 » Controller calculates a control parameter from values sent by other controllers 3
- G05B2219/2203 » Grid, array of controllers 5
- G05B2219/2204 » Use default values if communication with other controllers not available 0
- G05B2219/2205 » Multicore 18
- G05B2219/2206 » Microprocessor for display and parameter input, link to control microprocessor 10
- G05B2219/2207 » Microcontroller combined with state sequencer 7
- G05B2219/2208 » Each processor controls a different function of the machine 14
- G05B2219/2209 » Only one processor is permitted to execute a common function at a time 0
- G05B2219/2211 » Active controllers are allocated more time if request rate is low 0
- G05B2219/2212 » All processors are loaded with same program, only part of program is used 3
- G05B2219/2213 » Local processor uses data from own local store and data from other stations 4
- G05B2219/2214 » Multicontrollers, multimicrocomputers, multiprocessing 39
- G05B2219/2215 » Process directly process signals without interrupt or polling 0
- G05B2219/2216 » Define module independent and module specific element, interconnection, capability 5
- G05B2219/2217 » First cluster runs normal program, second cluster runs different program 1
- G05B2219/2218 » Join two clusters of processors together 0
- G05B2219/2219 » Processor starts application program only if it receives predetermined data 5
- G05B2219/2221 » Only common memory in host, master, no local memory in slave, local controller 0
- G05B2219/2222 » Use of priority levels for gaining access to resources 13
- G05B2219/2223 » Use a different frequency to address each processor 3
- G05B2219/2224 » Processor sends data to next, downstream processor 9
- G05B2219/2225 » Communication, CPU accesses own I-O and next CPU over dual port memory 2
- G05B2219/2226 » Processor accesses own I-O and I-O of all processors connected on his right 0
- G05B2219/2227 » Common memory as well as local memory 4
- G05B2219/2228 » Master detects and configures slaves 10
- G05B2219/2229 » Multiprocessing, change over from master slave to peer to peer, no master 1
- G05B2219/2231 » Master slave 125
- G05B2219/2232 » Master executes modified program on slave demand 0
- G05B2219/2233 » Each slave can control several other slaves 6
- G05B2219/2234 » Each slave can function in stand alone if master fails 3
- G05B2219/2235 » Each slave has library of states during which operation is permitted to start 0
- G05B2219/2236 » Master determines critical time when each of slaves must be controlled 4
- G05B2219/2237 » Selection of master or slave 26
- G05B2219/2238 » Several masters at same time 2
- G05B2219/2239 » Reallocate, reschedule execution of controlled functions if one processor fails 4
- G05B2219/2241 » Real time database, each processor stores in local memory used variables 4
- G05B2219/2242 » Program references to variable by absolute address, update of absolute address 0
- G05B2219/2243 » Detect incompatibilites between control devices 6