Performance

Hi, I have problems with the performace of my Server,especially with the yield the CPU, The server is a HP R390, whith 1,9 GB RAM, and one procesador, SO, HPUX 11.00. My question is since I do in order that some processes do not consume the total yield of the CPU, Attach the configurations. forgive the English I read it but almost I do not write it, hope that they understand me Thank you Configurations.... ::::::::::::::::::::::::::::::::::: ROOTNAME rootdbs # Root dbspace nameROOTPATH /dev/inf1/rootdbs # Path for device containing root dbspace ROOTOFFSET 0 # Offset of root dbspace into device (Kbytes) ROOTSIZE 286720 # Size of root dbspace (Kbytes) # Disk Mirroring Configuration Parameters MIRROR 0 # Mirroring flag (Yes = 1, No = 0) MIRRORPATH # Path for device containing mirrored root MIRROROFFSET 0 # Offset into mirrored device (Kbytes) # Physical Log Configuration PHYSDBS phyv1 # Location (dbspace) of physical log PHYSFILE 8014 # Physical log file size (Kbytes) # Logical Log Configuration LOGFILES 60 # Number of logical log files LOGSIZE 4000 # Logical log size (Kbytes) # Diagnostics MSGPATH /opt/informixids/online.log # System message log file path CONSOLE /dev/console # System console message path ALARMPROGRAM /opt/informixids/etc/log_full.sh # Alarm program path TBLSPACE_STATS 1 # Maintain tblspace statistics # System Archive Tape Device TAPEDEV /dev/rmt/0m # Tape device path TAPEBLK 20 # Tape block size (Kbytes) TAPESIZE 23101440 # Maximum amount of data to put on tape (Kbytes) # Log Archive Tape Device LTAPEDEV sigma:/dev/rmt/0m # Log tape device path LTAPEBLK 20 # Log tape block size (Kbytes) LTAPESIZE 1850000 # Max amount of data to put on log tape (Kbytes) # Optical STAGEBLOB # Informix Dynamic Server staging area # System Configuration SERVERNUM 0 # Unique id corresponding to a OnLine instance DBSERVERNAME omicron # Name of default database server DBSERVERALIASES omicron_sh,omicron1 # List of alternate dbservernames NETTYPE ipcshm,1,100,CPU # Configure poll thread(s) for nettype NETTYPE soctcp,4,60,NET # Configure poll thread(s) for nettype DEADLOCK_TIMEOUT 60 # Max time to wait of lock in distributed env. RESIDENT 1 # Forced residency flag (Yes = 1, No = 0) MULTIPROCESSOR 0 # 0 for single-processor, 1 for multi-processor #NUMCPUVPS 1 # Number of user (cpu) vps VPCLASS cpu,num=1,noage VPCLASS aio,num=8 SINGLE_CPU_VP 1 # If non-zero, limit number of cpu vps to one#SINGLE_CPU_VP 0 # If non-zero, limit number of cpu vps to one #NOAGE 0 # Process aging #AFF_SPROC 0 # Affinity start processor #AFF_NPROCS 0 # Affinity number of processors # Shared Memory Parameters LOCKS 250000 # Maximum number of locks#BUFFERS 30000 # Maximum number of shared buffers BUFFERS 40000 # Maximum number of shared buffers#BUFFERS 60000 # Maximum number of shared buffers #NUMAIOVPS 2 # Number of IO vps PHYSBUFF 500 # Physical log buffer size (Kbytes) LOGBUFF 64 # Logical log buffer size (Kbytes) CLEANERS 4 # Number of buffer cleaner processes#CLEANERS 5 # Number of buffer cleaner processes #CLEANERS 6 # Number of buffer cleaner processes SHMBASE 0x0 # Shared memory base address SHMVIRTSIZE 229376 # initial virtual shared memory segment size#SHMADD 65536 # Size of new shared memory segments (Kbytes) SHMADD 32768 # Size of new shared memory segments (Kbytes) SHMTOTAL 383020 # Total shared memory (Kbytes). 0=>unlimited #SHMTOTAL 0 # Total shared memory (Kbytes). 0=>unlimited CKPTINTVL 240 # Check point interval (in sec) DD_HASHMAX 5 # Hernando G DD_HASHSIZE 107 # Hernando G LRUS 60 # Number of LRU queues LRU_MAX_DIRTY 3 # LRU percent dirty begin cleaning limit#LRU_MAX_DIRTY 2 # LRU percent dirty begin cleaning limit #LRU_MAX_DIRTY 4 # LRU percent dirty begin cleaning limit #LRU_MAX_DIRTY 70 # LRU percent dirty begin cleaning limit LRU_MIN_DIRTY 1 # LRU percent dirty end cleaning limit#LRU_MIN_DIRTY 50 # LRU percent dirty end cleaning limit TXTIMEOUT 0x12c # Transaction timeout (in sec) STACKSIZE 64 # Stack size (Kbytes) # System Page Size # BUFFSIZE - OnLine no longer supports this configuration parameter. # To determine the page size used by OnLine on your platform # see the last line of output from the command, 'onstat -b'. # Recovery Variables # OFF_RECVRY_THREADS: # Number of parallel worker threads during fast recovery or an offline restore. # ON_RECVRY_THREADS: # Number of parallel worker threads during an online restore. OFF_RECVRY_THREADS 10 # Default number of offline worker threads ON_RECVRY_THREADS 1 # Default number of online worker threads # Data Replication Variables DRINTERVAL 30 # DR max time between DR buffer flushes (in sec) DRTIMEOUT 30 # DR network timeout (in sec)DRLOSTFOUND /opt/informixids/etc/dr.lostfound # DR lost+found file path # CDR Variables CDR_EVALTHREADS 1,2 # evaluator threads (per-cpu-vp,additional) CDR_DSLOCKWAIT 5 # DS lockwait timeout (seconds) CDR_QUEUEMEM 4096 # Maximum amount of memory for any CDR queue (Kbytes) CDR_NIFCOMPRESS 0 # Link level compression (-1 never, 0 none, 9 max) CDR_SERIAL 0,0 # Serial Column Sequence CDR_DBSPACE # dbspace for syscdr database CDR_QHDR_DBSPACE # CDR queue dbspace (default same as catalog) CDR_QDATA_SBSPACE # CDR queue smart blob space CDR_QDATA_SBFLAGS 0 # Log/no-log (default no log) # Backup/Restore variables BAR_ACT_LOG /opt/informixids/bar_act.log # ON-Bar Log file - not in /tmp please BAR_DEBUG_LOG /opt/informixids/bar_dbug.log # ON-Bar Debug Log - not in /tmp please BAR_MAX_BACKUP 0 BAR_RETRY 1 BAR_NB_XPORT_COUNT 10 BAR_XFER_BUF_SIZE 31 RESTARTABLE_RESTORE on BAR_PROGRESS_FREQ 0 # Informix Storage Manager variables ISM_DATA_POOL ISMData ISM_LOG_POOL ISMLogs # Read Ahead Variables #RA_PAGES 4 # Number of pages to attempt to read ahead RA_PAGES 4000 # Number of pages to attempt to read ahead#RA_THRESHOLD 2 # Number of pages left before next group RA_THRESHOLD 2000 # Number of pages left before next group#RA_THRESHOLD 3996 # Number of pages left before next group # DBSPACETEMP: # OnLine equivalent of DBTEMP for SE. This is the list of dbspaces # that the OnLine SQL Engine will use to create temp tables etc. # If specified it must be a colon separated list of dbspaces that exist # when the OnLine system is brought online. If not specified, or if # all dbspaces specified are invalid, various ad hoc queries will create # temporary files in /tmp instead. DBSPACETEMP tempdbs1,tempdbs2 # Default temp dbspaces # DUMP*: # The following parameters control the type of diagnostics information which # is preserved when an unanticipated error condition (assertion failure) occurs # during OnLine operations. # For DUMPSHMEM, DUMPGCORE and DUMPCORE 1 means Yes, 0 means No. DUMPDIR /unload/registros # Preserve diagnostics in this directory DUMPSHMEM 1 # Dump a copy of shared memory DUMPGCORE 0 # Dump a core image using 'gcore' DUMPCORE 0 # Dump a core image (Warning:this aborts OnLine) DUMPCNT 1 # Number of shared memory or gcore dumps for# a single user's