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A- adding a workgroup, Adding New Workgroups
- adjusting response time, To degrade a workgroup's CPU access
- AIF calls, Introducing the Workload Manager
- ALTACCT command, Traditional CPU Scheduling
- altering a workgroup, Altering a Workgroup
- altering system processes, PARAMETERS
- ALTPROC command, Traditional CPU Scheduling, Workload Manager and CPU Scheduling Commands, ALTPROC
- examples, EXAMPLE
- ALTWG command, Workload Manager and CPU Scheduling Commands, Altering a Workgroup, To improve a workgroup's CPU access, To degrade a workgroup's CPU access, To modify CPU access for a single process, ALTWG
- examples, EXAMPLE
- application class, Using GlancePlus to gather information
- mapping one workgroup to many classes, Assigning one workgroup to many application classes
- mapping to many workgroups, Assigning one application class to many workgroups
- mapping to one workgroup, Assigning one application class to one workgroup
- artificial workgroup member, PARAMETERS
- AS subqueue, Traditional CPU Scheduling
- assigning processes to workgroups, Membership in a user-defined workgroup, To understand the importance of workgroup order, To replace the configuration now
- atomic action, To replace the configuration now
B- backward compatability, System-defined workgroups
- balancing workload during consolidation, Balancing Workload During System Consolidation
- base priority, To establish workgroup scheduling characteristics, Base and Limit Priorities, PARAMETERS
- altering, PARAMETERS
- raising, To improve a workgroup's CPU access
- boost property, To establish workgroup scheduling characteristics, Boost Property, PARAMETERS
- BS subqueue, Traditional CPU Scheduling
C- caret (^) character, To replace the configuration now, PARAMETERS
- changing CPU access for a process, To modify CPU access for a single process
- changing scheduling characteristics, Altering a Workgroup
- changing the workgroup configuration, Adding New Workgroups, Creating a New Workgroup Configuration, Scheduling Anticipated Workload Changes
- circular scheduling subqueues, Traditional CPU Scheduling
- Commands
- ALTACCT, Traditional CPU Scheduling
- ALTPROC, Traditional CPU Scheduling, Workload Manager and CPU Scheduling Commands, ALTPROC
- ALTUSER, Traditional CPU Scheduling
- ALTWG, Workload Manager and CPU Scheduling Commands, Altering a Workgroup, ALTWG
- ampersand character in, To create a new workgroup, EXAMPLE
- HELLO, Traditional CPU Scheduling
- JOB, Traditional CPU Scheduling
- NEWACCT, Traditional CPU Scheduling
- NEWUSER, Traditional CPU Scheduling
- NEWWG, Workload Manager and CPU Scheduling Commands, To create a new workgroup, NEWWG
- overview, New and Modified Commands
- PURGEWG, Workload Manager and CPU Scheduling Commands, PURGEWG
- RUN, Traditional CPU Scheduling
- SHOWPROC, Workload Manager and CPU Scheduling Commands, SHOWPROC
- SHOWQ, Workload Manager and CPU Scheduling Commands, SHOWQ
- SHOWWG, Workload Manager and CPU Scheduling Commands, To display the workgroup, Altering a Workgroup, SHOWWG
- STREAM, To replace the configuration at a specified time
- TUNE, Scheduling characteristics of user-defined workgroups, Workload Manager and CPU Scheduling Commands, OPERATION, TUNE
- compatability
- workgroups and scheduling subqueues, System-defined workgroups
- conditionally replacing the current configuration, To replace the configuration based on conditional criteria
- configuration
- creating an indirect file, PARAMETERS
- editing the indirect file, To edit the configuration file
- validating the indirect file, To validate the indirect file
- configuring workgroups, Creating a New Workgroup Configuration
- consolidating systems, Balancing Workload During System Consolidation
- controlling one workgroup, To control a single workgroup
- controlling other workgroups, To control other workgroups
- CPU access, To modify CPU access for a single process
- changing, To improve a workgroup's CPU access, To degrade a workgroup's CPU access
- modifying for one process, To modify CPU access for a single process
- CPU bounds error messages, Altering a Workgroup
- CPU demand
- evaluating with GlancePlus, Using GlancePlus to gather information
- CPU monopolization, Timeslice
- CPU percentage
- bounds, CPU Percentage Bounds
- changing the maximum, To improve a workgroup's CPU access
- changing the minimum, To improve a workgroup's CPU access
- maximum, To degrade a workgroup's CPU access, PARAMETERS
- minimum, To establish workgroup scheduling characteristics, PARAMETERS
- CPU scheduling, Introducing the Workload Manager
- CPU scheduling commands, New and Modified Commands
- CPU usage
- evaluating, To evaluate current system use
- creating a high-priority workgroup, To modify CPU access for a single process
- creating a low-priority workgroup, To modify CPU access for a single process
- creating a new workgroup, To create a new workgroup
- creating an indirect file, PARAMETERS, EXAMPLE
- CS_Default workgroup
- priority decay, Base and Limit Priorities
- current CPU usage
- evaluating, To evaluate current system use
- current workgroup configuration
- keeping, To keep a copy of the current workgroup configuration, FILE FORMAT
D- decay behavior, PARAMETERS
- default workgroup settings, OPERATION
- degrading CPU access, To degrade a workgroup's CPU access
- deleting workgroups, OPERATION
- Dispatcher, An Overview of Scheduling Characteristics, OPERATION, OPERATION
- displaying running processes, OPERATION
- displaying workgroup information, To display the workgroup
- displaying your own processes, PARAMETERS
- DS_Default workgroup
- minimum quantum, Quantum Bounds
- priority decay, Base and Limit Priorities
- dynamic quantum calculation, Quantum Bounds
E- editing the indirect file, To edit the configuration file
- error
- CPU bounds violations, Altering a Workgroup
- errors
- in the indirect file, To validate the indirect file
- ES_Default workgroup
- maximum quantum, Quantum Bounds
- priority decay, Base and Limit Priorities
- evaluating system use, To evaluate current system use
- evaluating workload with GlancePlus, Using GlancePlus to gather information
- example
- altering a process, EXAMPLE
- altering a workgroup, Altering a Workgroup, EXAMPLE
- creating a new workgroup, OPERATION
- creating an indirect file, EXAMPLE
- displaying active workgroups, EXAMPLE
- displaying member processes, EXAMPLE
- displaying process information, EXAMPLE
- displaying queue information, OPERATION, EXAMPLE
- positioning a new workgroup, EXAMPLE
- purging user-defined workgroups, EXAMPLE
- replacing the current workgroup configuration, To replace the configuration now
- scheduling a configuration change, To replace the configuration at a specified time
- SHOWWG DETAIL output, OPERATION
- SHOWWG PROCS output, OPERATION
- SHOWWG SUMMARY output, OPERATION
- SHOWWG WGFILE output, OPERATION
- system consolidation, To manage user expectations
- tuning a queue, EXAMPLE
- validating an indirect file, EXAMPLE
I- I/O redirection, To keep a copy of the current workgroup configuration, OPERATION
- identifying a process, To modify CPU access for a single process
- improving CPU access, To improve a workgroup's CPU access
- indirect file, To keep a copy of the current workgroup configuration, PARAMETERS, FILE FORMAT
- COMMENT keyword, To edit the configuration file, FILE FORMAT
- creating, OPERATION, PARAMETERS, EXAMPLE
- editing, To edit the configuration file
- HFS syntax, To keep a copy of the current workgroup configuration
- invoking, To replace the configuration now
- MPE/iX syntax, To keep a copy of the current workgroup configuration
- order of workgroups in, To understand the importance of workgroup order
- saving, To keep a copy of the current workgroup configuration
- using, Scheduling Anticipated Workload Changes
- validating, To validate the indirect file, Scheduling Anticipated Workload Changes, PARAMETERS
- infinite loops, To modify CPU access for a single process
M- managing performance expectations during consolidation, To manage user expectations
- maximum CPU percentage, CPU Percentage Bounds, Altering a Workgroup
- changing, To improve a workgroup's CPU access
- membership in workgroups, Membership in a user-defined workgroup, To replace the configuration now, PARAMETERS
- minimum CPU percentage, To establish workgroup scheduling characteristics, CPU Percentage Bounds, Altering a Workgroup
- changing, To improve a workgroup's CPU access
- moving a process, To modify CPU access for a single process, PARAMETERS, PARAMETERS
- MPE/iX Dispatcher, An Overview of Scheduling Characteristics
- MPE/iX Scheduler, An Overview of Scheduling Characteristics
N- naming the indirect file, To keep a copy of the current workgroup configuration
- naming workgroups, Workgroup name, PARAMETERS
- natural workgroup member, To place the workgroup in the ordered list, PARAMETERS
- NATURAL_WG, PARAMETERS
- new workgroup, To create a new workgroup
- NEWUSER command, Traditional CPU Scheduling
- NEWWG command, Workload Manager and CPU Scheduling Commands, To create a new workgroup, To modify CPU access for a single process, NEWWG
- example, To create a new workgroup
- examples, OPERATION
- in a streamed job, To replace the configuration at a specified time
- indirect file, To keep a copy of the current workgroup configuration
- keyword parameters in, To create a new workgroup
- positional parameters in, To create a new workgroup
- VALIDATE option, To validate the indirect file
P- partitioning the system workload, Introducing the Workload Manager, To partition the system workload into workgroups, To partition the workload on the target system
- performance expectations, To manage user expectations
- placing a workgroup in the ordered list, To modify CPU access for a single process, PARAMETERS
- POSITION parameter
- example of, To modify CPU access for a single process
- predicting system behavior, Scheduling Anticipated Workload Changes
- preempting a process, Base and Limit Priorities
- priority
- base, To establish workgroup scheduling characteristics, Base and Limit Priorities
- changing one process, To modify CPU access for a single process
- decay, To establish workgroup scheduling characteristics
- limit, To establish workgroup scheduling characteristics, Base and Limit Priorities
- preemption, Base and Limit Priorities
- priority decay, PARAMETERS
- process
- changing CPU access of, To modify CPU access for a single process
- determining workgroup membership, Membership in a user-defined workgroup
- determining workgroup membership of, OPERATION
- displaying, PARAMETERS
- execution states, OPERATION
- identifying with SHOWPROC, To modify CPU access for a single process
- moving, To modify CPU access for a single process, PARAMETERS
- preempting a, Base and Limit Priorities
- transaction time, Quantum Bounds
- workgroup membership, To understand the importance of workgroup order
- process assignment, Membership in a user-defined workgroup, OPERATION
- program name, Membership in a user-defined workgroup
- wildcard characters in, Membership in a user-defined workgroup
- programmatic support for the Workload Manager, Introducing the Workload Manager
- providing consistent response time, Providing More Consistent Response Times
- purge-pending workgroup, OPERATION
- purgescan, PARAMETERS
- PURGEWG command, Workload Manager and CPU Scheduling Commands, PURGEWG
- examples, EXAMPLE
- purging workgroups, OPERATION
- error reporting, OPERATION
- HP variables, OPERATION
R- replacing the workgroup configuration, Creating a New Workgroup Configuration, PARAMETERS
- immediate replacement, To replace the configuration now
- scheduled replacement, To replace the configuration at a specified time
- required scheduling characteristics, To establish workgroup scheduling characteristics
- responding to workload changes, Responding to Unanticipated Changes in the Workload
- response time
- adjusting, To degrade a workgroup's CPU access
- consistency in, Providing More Consistent Response Times
- elements of, Providing More Consistent Response Times
- RUN command, Traditional CPU Scheduling
S- saving the indirect file, To keep a copy of the current workgroup configuration
- Scheduler, An Overview of Scheduling Characteristics, OPERATION, OPERATION
- scheduling characteristics, Scheduling characteristics of user-defined workgroups
- base priority, Base and Limit Priorities, PARAMETERS
- boost property, Boost Property, PARAMETERS
- changing, Altering a Workgroup, OPERATION
- CPU percentages, CPU Percentage Bounds
- limit priority, Base and Limit Priorities, PARAMETERS
- overview of, An Overview of Scheduling Characteristics
- quantum bounds, Quantum Bounds, PARAMETERS
- timeslice, Timeslice, PARAMETERS
- scheduling subqueues, Introducing the Workload Manager
- circular, Traditional CPU Scheduling, Base and Limit Priorities
- scheduling workgroup configuration changes, To replace the configuration at a specified time
- scheduling workload changes, Scheduling Anticipated Workload Changes
- Service Level Agreements, Providing More Consistent Response Times
- short transactions, Quantum Bounds
- SHOWPROC command, Workload Manager and CPU Scheduling Commands, To modify CPU access for a single process, SHOWPROC
- DETAIL format example, OPERATION
- examples, EXAMPLE
- SUMMARY format example, OPERATION
- SHOWQ command, Workload Manager and CPU Scheduling Commands, SHOWQ
- examples, EXAMPLE
- SHOWWG Command
- SUMMARY format, To display the workgroup
- SHOWWG command, Workload Manager and CPU Scheduling Commands, To display the workgroup, Altering a Workgroup, SHOWWG
- examples, EXAMPLE
- WGFILE format, To keep a copy of the current workgroup configuration
- STREAM command, To replace the configuration at a specified time
- streaming the NEWWG command, To replace the configuration at a specified time
- subqueues
- circular, Traditional CPU Scheduling
- scheduling, Introducing the Workload Manager
- traditional, System-defined workgroups
- tuning, Traditional CPU Scheduling
- system consolidation, Balancing Workload During System Consolidation
- example, To manage user expectations
- system load
- evaluating with GlancePlus, Using GlancePlus to gather information
- system processes, Traditional CPU Scheduling, PARAMETERS
- system use
- evaluating, To evaluate current system use
- system workload
- partitioning, Introducing the Workload Manager, To partition the system workload into workgroups
- system-defined workgroups, Introducing the Workload Manager, System-defined workgroups, To edit the configuration file
- default settings, OPERATION
- NATURAL_WG name, To edit the configuration file
- system-wide scan, To replace the configuration now, OPERATION, OPERATION
T- timeslice, To establish workgroup scheduling characteristics, Timeslice, PARAMETERS
- traditional scheduling subqueues
- comparison with workgroups, System-defined workgroups
- troubleshooting
- CPU minimum unmet, CPU minimum not met
- process hang, System or process hang
- starving processes, Starving process
- starving workgroups, Starving workgroup
- system hang, System or process hang
- uncaptured processes, Uncaptured process
- TUNE command, Scheduling characteristics of user-defined workgroups, Workload Manager and CPU Scheduling Commands, OPERATION, TUNE
- examples, EXAMPLE
- tuning subqueues, Traditional CPU Scheduling
- tuning system performance, Scheduling Anticipated Workload Changes
W- WGFILE format, Scheduling Anticipated Workload Changes
- WGFILE format example, To edit the configuration file
- workgroup configuration
- changing, Adding New Workgroups, To edit the configuration file, Scheduling Anticipated Workload Changes
- conditional replacement, To replace the configuration based on conditional criteria
- replacing later, To replace the configuration at a specified time
- replacing now, To replace the configuration now
- sample listing, To edit the configuration file
- scheduling, To replace the configuration at a specified time
- validating the indirect file, To validate the indirect file
- workgroup membership, Membership in a user-defined workgroup, To understand the importance of workgroup order, PARAMETERS
- artificial, PARAMETERS
- conflicts in, OPERATION
- example of, How workgroup membership is determined: an example
- logon identity, Membership in a user-defined workgroup, PARAMETERS
- natural, PARAMETERS
- processes, Membership in a user-defined workgroup
- program name, Membership in a user-defined workgroup, PARAMETERS
- queue attribute, Membership in a user-defined workgroup, PARAMETERS
- workgroup name, Workgroup name, PARAMETERS
- workgroup order, To understand the importance of workgroup order
- workgroups
- adding, Adding New Workgroups
- altering, Altering a Workgroup
- controlling, To control a single workgroup, To control other workgroups
- creating a high-priority, To modify CPU access for a single process
- creating a low-priority, To modify CPU access for a single process
- degrading CPU access of, To degrade a workgroup's CPU access
- displaying, To display the workgroup
- general membership criteria, To understand the importance of workgroup order
- increasing CPU access of, To improve a workgroup's CPU access
- list of, To place the workgroup in the ordered list
- membership example, How workgroup membership is determined: an example
- natural membership in, To place the workgroup in the ordered list
- NATURAL_WG, To edit the configuration file
- order of, To understand the importance of workgroup order
- positioning, To place the workgroup in the ordered list
- purge-pending, OPERATION
- purging, OPERATION
- quantum, Quantum Bounds
- replacing the current configuration, Creating a New Workgroup Configuration
- scheduling characteristics, To establish workgroup scheduling characteristics
- specific membership criteria, To understand the importance of workgroup order
- system-defined, System-defined workgroups
- user-defined, User-defined workgroups
- viewing with GlancePlus, Viewing workgroup data in GlancePlus
- workload
- changes in, Scheduling Anticipated Workload Changes
- partitioning, To partition the system workload into workgroups
- performance scheduling, Scheduling Anticipated Workload Changes
- workload evaluation
- using GlancePlus, Using GlancePlus to gather information
- Workload Manager
- overview, Introducing the Workload Manager
- programmatic support for, Introducing the Workload Manager
- Workload Manager command summary, New and Modified Commands
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