Deck 10: Performance Tuning

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Question
Most ____ bottlenecks occur when the applications you are running require more memory than is physically available in the computer.

A) memory
B) disk
C) network
D) processor
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Question
A ____ occurs when a limitation in a single computer system component slows down the entire system.

A) bottleneck
B) counterdown
C) crashdown
D) baseline
Question
A ____ bottleneck occurs when there is too much work for a processor to do.

A) disk
B) network
C) memory
D) processor
Question
Network bottlenecks are more common for computers than servers running Windows 7.
Question
____ allows some disk access to be designated as low priority.

A) Windows SuperFetch
B) Low-priority I/O
C) Windows ReadyBoost
D) Windows ReadyDrive
Question
A Data Collector Set can monitor a(n) ____ to track when system events occur.

A) Configuration
B) Performance counters
C) Event Trace
D) Bottleneck trace
Question
____ allows you to use a flash memory in a USB flash drive to boost Windows 7 performance.

A) Windows SuperFetch
B) Low-priority I/O
C) Windows ReadyBoost
D) Windows ReadyDrive
Question
____ are used to process log file data and display it in a meaningful way.

A) Counters
B) Data Managers
C) Reports
D) Data Collector Sets
Question
The Used Physical Memory performance indicator assesses the ____ of physical memory that is being used.

A) size
B) percentage
C) location
D) quality
Question
____ bottlenecks occur when Windows 7 and running applications want to read and write information to the physical disk in the system faster than the disk can manage.

A) Processor
B) Network
C) Disk
D) Memory
Question
New hybrid disks use flash memory as a cache to enhance performance, reduce power consumption, and extend hard disk life.
Question
Counters in the ____ category monitor individual partitions and logical drives on a disk.

A) IPv4
B) Cache
C) PhysicalDisk
D) LogicalDisk
Question
Like Resource Monitor, Performance Monitor allows you to select the counters you wish to view.
Question
The ____ area of the Performance Monitor is used to monitor disk performance and determine whether the disk subsystem is a bottleneck.

A) CPU
B) Disk
C) Network
D) Memory
Question
The ____ area of the Performance Monitor is used to monitor network performance and determine whether the network subsystem is a bottleneck.

A) Network
B) CPU
C) Disk
D) Memory
Question
For performance counters, you can configure ____ instead of logging to disk.

A) messages
B) alerts
C) tasks
D) archives
Question
In addition to monitoring current activity, Performance Monitor can also be used to view logged data.
Question
A processor executes multiple threads at a time.
Question
To process the data in the log files, you specify rules. A rule is a(n) ____ file that contains instructions specifying how the data is to be processed.

A) HTML
B) XPS
C) PDF
D) XML
Question
____ allows Windows 7 to use flash memory embedded directly in hard disks.

A) Windows SuperFetch
B) Low-priority I/O
C) Windows ReadyBoost
D) Windows ReadyDrive
Question
Performance indicators are often called ____________________ because they display values for system characteristics.
Question
____ provides an overview of the current state of a computer.

A) Performance Monitor
B) Data Manager
C) Task Manager
D) Data Collector Set
Question
What are the two CPU performance indicators monitored by Resource Monitor?
Question
____ monitors processes to ensure that they do not access unauthorized memory spaces, which is done by various types of malware, such as viruses, to take control of systems.

A) DEP
B) XPS
C) WEI
D) LOGO
Question
____________________ is a tool within the Performance Monitor utility that allows you to visually display the data generated by counters.
Question
A(n) ____________________ is a set of performance indicators captured when system performance is acceptable.
Question
How can you resolve a processor bottleneck?
Question
To generate reports covering a specific time frame, you may wish to combine smaller logs into a single large log or break a large log into multiple smaller logs. This can be done with the ____ command.

A) relog
B) schlog
C) tsklog
D) brklog
Question
What can you do to reduce the use of virtual memory?
Question
____________________ is an MMC snap-in that is used to monitor system performance indicators.
Question
What are the counter categories supported by Windows 7?
Question
The Windows Experience Index base score is the overall ranking of your system. The ranking is from 1 to ____ (the best possible).

A) 2.5
B) 4.8
C) 5.7
D) 7.9
Question
The base score is determined by the ____ subscore.

A) highest
B) lowest
C) median
D) average
Question
What are the most common bottlenecks to system performance?
Question
What should you do to ensure that you are measuring the normal state when establishing a baseline?
Question
What is performance tuning?
Question
What are the steps to tune performance?
Question
How can you increase disk performance to avoid disk bottlenecks?
Question
____________________ provides real-time monitoring of the most common system performance indicators.
Question
Windows 7 includes the ____ to provide an objective measure of system performance.

A) Windows Experience Index
B) Performance Monitor
C) Data Collector Set
D) Task Manager
Question
Match between columns
number assigned to a process by the operating system when it starts
Hard Faults
number assigned to a process by the operating system when it starts
Performance tuning
number assigned to a process by the operating system when it starts
Performance Options dialog box
number assigned to a process by the operating system when it starts
Windows SuperFetch
number assigned to a process by the operating system when it starts
PID
number assigned to a process by the operating system when it starts
Data Manager
number assigned to a process by the operating system when it starts
Baseline
number assigned to a process by the operating system when it starts
Data Collector Sets
number assigned to a process by the operating system when it starts
Resource policy
organize multiple counters into a single unit
Hard Faults
organize multiple counters into a single unit
Performance tuning
organize multiple counters into a single unit
Performance Options dialog box
organize multiple counters into a single unit
Windows SuperFetch
organize multiple counters into a single unit
PID
organize multiple counters into a single unit
Data Manager
organize multiple counters into a single unit
Baseline
organize multiple counters into a single unit
Data Collector Sets
organize multiple counters into a single unit
Resource policy
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Hard Faults
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Performance tuning
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Performance Options dialog box
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Windows SuperFetch
allows automatic control of the log files and reports that can be generated by Data Collector Sets
PID
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Data Manager
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Baseline
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Data Collector Sets
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Resource policy
set of performance indicators captured during normal system performance
Hard Faults
set of performance indicators captured during normal system performance
Performance tuning
set of performance indicators captured during normal system performance
Performance Options dialog box
set of performance indicators captured during normal system performance
Windows SuperFetch
set of performance indicators captured during normal system performance
PID
set of performance indicators captured during normal system performance
Data Manager
set of performance indicators captured during normal system performance
Baseline
set of performance indicators captured during normal system performance
Data Collector Sets
set of performance indicators captured during normal system performance
Resource policy
attempts to eliminate bottlenecks
Hard Faults
attempts to eliminate bottlenecks
Performance tuning
attempts to eliminate bottlenecks
Performance Options dialog box
attempts to eliminate bottlenecks
Windows SuperFetch
attempts to eliminate bottlenecks
PID
attempts to eliminate bottlenecks
Data Manager
attempts to eliminate bottlenecks
Baseline
attempts to eliminate bottlenecks
Data Collector Sets
attempts to eliminate bottlenecks
Resource policy
used to optimize visual effects, processor scheduling, and virtual memory
Hard Faults
used to optimize visual effects, processor scheduling, and virtual memory
Performance tuning
used to optimize visual effects, processor scheduling, and virtual memory
Performance Options dialog box
used to optimize visual effects, processor scheduling, and virtual memory
Windows SuperFetch
used to optimize visual effects, processor scheduling, and virtual memory
PID
used to optimize visual effects, processor scheduling, and virtual memory
Data Manager
used to optimize visual effects, processor scheduling, and virtual memory
Baseline
used to optimize visual effects, processor scheduling, and virtual memory
Data Collector Sets
used to optimize visual effects, processor scheduling, and virtual memory
Resource policy
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Hard Faults
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Performance tuning
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Performance Options dialog box
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Windows SuperFetch
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
PID
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Data Manager
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Baseline
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Data Collector Sets
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Resource policy
number of times per second that a page of information is retrieved from virtual memory
Hard Faults
number of times per second that a page of information is retrieved from virtual memory
Performance tuning
number of times per second that a page of information is retrieved from virtual memory
Performance Options dialog box
number of times per second that a page of information is retrieved from virtual memory
Windows SuperFetch
number of times per second that a page of information is retrieved from virtual memory
PID
number of times per second that a page of information is retrieved from virtual memory
Data Manager
number of times per second that a page of information is retrieved from virtual memory
Baseline
number of times per second that a page of information is retrieved from virtual memory
Data Collector Sets
number of times per second that a page of information is retrieved from virtual memory
Resource policy
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Hard Faults
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Performance tuning
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Performance Options dialog box
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Windows SuperFetch
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
PID
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Data Manager
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Baseline
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Data Collector Sets
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Resource policy
Question
What elements are used by the Windows Experience Index to evaluate a system?
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Deck 10: Performance Tuning
1
Most ____ bottlenecks occur when the applications you are running require more memory than is physically available in the computer.

A) memory
B) disk
C) network
D) processor
A
2
A ____ occurs when a limitation in a single computer system component slows down the entire system.

A) bottleneck
B) counterdown
C) crashdown
D) baseline
A
3
A ____ bottleneck occurs when there is too much work for a processor to do.

A) disk
B) network
C) memory
D) processor
D
4
Network bottlenecks are more common for computers than servers running Windows 7.
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5
____ allows some disk access to be designated as low priority.

A) Windows SuperFetch
B) Low-priority I/O
C) Windows ReadyBoost
D) Windows ReadyDrive
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Unlock for access to all 42 flashcards in this deck.
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k this deck
6
A Data Collector Set can monitor a(n) ____ to track when system events occur.

A) Configuration
B) Performance counters
C) Event Trace
D) Bottleneck trace
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7
____ allows you to use a flash memory in a USB flash drive to boost Windows 7 performance.

A) Windows SuperFetch
B) Low-priority I/O
C) Windows ReadyBoost
D) Windows ReadyDrive
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Unlock for access to all 42 flashcards in this deck.
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k this deck
8
____ are used to process log file data and display it in a meaningful way.

A) Counters
B) Data Managers
C) Reports
D) Data Collector Sets
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Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
9
The Used Physical Memory performance indicator assesses the ____ of physical memory that is being used.

A) size
B) percentage
C) location
D) quality
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10
____ bottlenecks occur when Windows 7 and running applications want to read and write information to the physical disk in the system faster than the disk can manage.

A) Processor
B) Network
C) Disk
D) Memory
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11
New hybrid disks use flash memory as a cache to enhance performance, reduce power consumption, and extend hard disk life.
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k this deck
12
Counters in the ____ category monitor individual partitions and logical drives on a disk.

A) IPv4
B) Cache
C) PhysicalDisk
D) LogicalDisk
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13
Like Resource Monitor, Performance Monitor allows you to select the counters you wish to view.
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14
The ____ area of the Performance Monitor is used to monitor disk performance and determine whether the disk subsystem is a bottleneck.

A) CPU
B) Disk
C) Network
D) Memory
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15
The ____ area of the Performance Monitor is used to monitor network performance and determine whether the network subsystem is a bottleneck.

A) Network
B) CPU
C) Disk
D) Memory
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Unlock for access to all 42 flashcards in this deck.
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k this deck
16
For performance counters, you can configure ____ instead of logging to disk.

A) messages
B) alerts
C) tasks
D) archives
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Unlock for access to all 42 flashcards in this deck.
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k this deck
17
In addition to monitoring current activity, Performance Monitor can also be used to view logged data.
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Unlock Deck
k this deck
18
A processor executes multiple threads at a time.
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19
To process the data in the log files, you specify rules. A rule is a(n) ____ file that contains instructions specifying how the data is to be processed.

A) HTML
B) XPS
C) PDF
D) XML
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Unlock for access to all 42 flashcards in this deck.
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k this deck
20
____ allows Windows 7 to use flash memory embedded directly in hard disks.

A) Windows SuperFetch
B) Low-priority I/O
C) Windows ReadyBoost
D) Windows ReadyDrive
Unlock Deck
Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
21
Performance indicators are often called ____________________ because they display values for system characteristics.
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k this deck
22
____ provides an overview of the current state of a computer.

A) Performance Monitor
B) Data Manager
C) Task Manager
D) Data Collector Set
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Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
23
What are the two CPU performance indicators monitored by Resource Monitor?
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24
____ monitors processes to ensure that they do not access unauthorized memory spaces, which is done by various types of malware, such as viruses, to take control of systems.

A) DEP
B) XPS
C) WEI
D) LOGO
Unlock Deck
Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
25
____________________ is a tool within the Performance Monitor utility that allows you to visually display the data generated by counters.
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k this deck
26
A(n) ____________________ is a set of performance indicators captured when system performance is acceptable.
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Unlock Deck
k this deck
27
How can you resolve a processor bottleneck?
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28
To generate reports covering a specific time frame, you may wish to combine smaller logs into a single large log or break a large log into multiple smaller logs. This can be done with the ____ command.

A) relog
B) schlog
C) tsklog
D) brklog
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Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
29
What can you do to reduce the use of virtual memory?
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k this deck
30
____________________ is an MMC snap-in that is used to monitor system performance indicators.
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Unlock Deck
k this deck
31
What are the counter categories supported by Windows 7?
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k this deck
32
The Windows Experience Index base score is the overall ranking of your system. The ranking is from 1 to ____ (the best possible).

A) 2.5
B) 4.8
C) 5.7
D) 7.9
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Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
33
The base score is determined by the ____ subscore.

A) highest
B) lowest
C) median
D) average
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34
What are the most common bottlenecks to system performance?
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35
What should you do to ensure that you are measuring the normal state when establishing a baseline?
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36
What is performance tuning?
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37
What are the steps to tune performance?
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38
How can you increase disk performance to avoid disk bottlenecks?
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39
____________________ provides real-time monitoring of the most common system performance indicators.
Unlock Deck
Unlock for access to all 42 flashcards in this deck.
Unlock Deck
k this deck
40
Windows 7 includes the ____ to provide an objective measure of system performance.

A) Windows Experience Index
B) Performance Monitor
C) Data Collector Set
D) Task Manager
Unlock Deck
Unlock for access to all 42 flashcards in this deck.
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k this deck
41
Match between columns
number assigned to a process by the operating system when it starts
Hard Faults
number assigned to a process by the operating system when it starts
Performance tuning
number assigned to a process by the operating system when it starts
Performance Options dialog box
number assigned to a process by the operating system when it starts
Windows SuperFetch
number assigned to a process by the operating system when it starts
PID
number assigned to a process by the operating system when it starts
Data Manager
number assigned to a process by the operating system when it starts
Baseline
number assigned to a process by the operating system when it starts
Data Collector Sets
number assigned to a process by the operating system when it starts
Resource policy
organize multiple counters into a single unit
Hard Faults
organize multiple counters into a single unit
Performance tuning
organize multiple counters into a single unit
Performance Options dialog box
organize multiple counters into a single unit
Windows SuperFetch
organize multiple counters into a single unit
PID
organize multiple counters into a single unit
Data Manager
organize multiple counters into a single unit
Baseline
organize multiple counters into a single unit
Data Collector Sets
organize multiple counters into a single unit
Resource policy
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Hard Faults
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Performance tuning
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Performance Options dialog box
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Windows SuperFetch
allows automatic control of the log files and reports that can be generated by Data Collector Sets
PID
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Data Manager
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Baseline
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Data Collector Sets
allows automatic control of the log files and reports that can be generated by Data Collector Sets
Resource policy
set of performance indicators captured during normal system performance
Hard Faults
set of performance indicators captured during normal system performance
Performance tuning
set of performance indicators captured during normal system performance
Performance Options dialog box
set of performance indicators captured during normal system performance
Windows SuperFetch
set of performance indicators captured during normal system performance
PID
set of performance indicators captured during normal system performance
Data Manager
set of performance indicators captured during normal system performance
Baseline
set of performance indicators captured during normal system performance
Data Collector Sets
set of performance indicators captured during normal system performance
Resource policy
attempts to eliminate bottlenecks
Hard Faults
attempts to eliminate bottlenecks
Performance tuning
attempts to eliminate bottlenecks
Performance Options dialog box
attempts to eliminate bottlenecks
Windows SuperFetch
attempts to eliminate bottlenecks
PID
attempts to eliminate bottlenecks
Data Manager
attempts to eliminate bottlenecks
Baseline
attempts to eliminate bottlenecks
Data Collector Sets
attempts to eliminate bottlenecks
Resource policy
used to optimize visual effects, processor scheduling, and virtual memory
Hard Faults
used to optimize visual effects, processor scheduling, and virtual memory
Performance tuning
used to optimize visual effects, processor scheduling, and virtual memory
Performance Options dialog box
used to optimize visual effects, processor scheduling, and virtual memory
Windows SuperFetch
used to optimize visual effects, processor scheduling, and virtual memory
PID
used to optimize visual effects, processor scheduling, and virtual memory
Data Manager
used to optimize visual effects, processor scheduling, and virtual memory
Baseline
used to optimize visual effects, processor scheduling, and virtual memory
Data Collector Sets
used to optimize visual effects, processor scheduling, and virtual memory
Resource policy
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Hard Faults
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Performance tuning
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Performance Options dialog box
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Windows SuperFetch
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
PID
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Data Manager
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Baseline
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Data Collector Sets
specify whether the oldest files or largest files are deleted to meet the minimum free disk and maximum folders requirements
Resource policy
number of times per second that a page of information is retrieved from virtual memory
Hard Faults
number of times per second that a page of information is retrieved from virtual memory
Performance tuning
number of times per second that a page of information is retrieved from virtual memory
Performance Options dialog box
number of times per second that a page of information is retrieved from virtual memory
Windows SuperFetch
number of times per second that a page of information is retrieved from virtual memory
PID
number of times per second that a page of information is retrieved from virtual memory
Data Manager
number of times per second that a page of information is retrieved from virtual memory
Baseline
number of times per second that a page of information is retrieved from virtual memory
Data Collector Sets
number of times per second that a page of information is retrieved from virtual memory
Resource policy
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Hard Faults
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Performance tuning
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Performance Options dialog box
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Windows SuperFetch
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
PID
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Data Manager
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Baseline
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Data Collector Sets
tracks application utilization and ensures that the most commonly used programs are kept in physical memory rather than being swapped out to disk
Resource policy
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42
What elements are used by the Windows Experience Index to evaluate a system?
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