Memory Tab
The Memory tab displays percentage graphs of used physical memory, commit charge, and hard faults per second. The Memory tab also displays the following information concerning memory utilization on the computer:
- Processes Displays the image name, PID, average number of hard page faults per
second, kilobytes of virtual memory reserved by the operating system for the process,
kilobytes of virtual memory currently in use by the process, kilobytes of virtual
memory currently in use by the process that can be shared with other processes, and
kilobytes of virtual memory currently in use by the process that cannot be shared with
other processes for all processes on the system. In addition, you can right-click a process
and select any of the following options:
- End Process
- End Process Tree
- Analyze Wait Chain
- Suspend Process
- Resume Process
- Search Online
- Physical Memory Displays a map of how physical memory is being allocated on the computer.
Note Hard page faults are a better indicator of memory starvation than soft page faults. A hard page fault occurs when the referenced memory page is no longer in physical memory and has been paged to the disk. A hard page fault is not an error, but it can indicate that more memory is needed to provide optimal performance.
In this tutorial:
- Windows 7 Desktop Maintenance
- Performance Monitoring
- Improvements to Performance Monitoring in Windows 7
- Using Performance Monitor
- Real-Time Performance Monitoring
- Performance Monitor Logging
- Creating a Data Collector Set
- Configuring a Data Collector Set
- Using Data Manager to View Performance Data
- Starting and Stopping Data Logging
- Viewing Performance Data
- Comparing Performance Monitor Logs
- Performance Monitor User Rights
- Remote Data Collection
- Using Windows PowerShell for Performance Monitoring
- Resource Monitor
- Overview Tab
- CPU Tab
- Memory Tab
- Disk Tab
- Network Tab
- Reliability Monitor
- How Reliability Monitor Works
- Windows Performance Tools Kit
- Event Monitoring
- Understanding the Windows Event Architecture
- Channels
- Improvements to Event Monitoring in Windows 7
- Using Event Viewer
- Understanding Views
- Viewing Event Logs
- Saving Event Logs
- Configuring Event Subscriptions
- Considerations for Workgroup Environments
- Creating a New Subscription
- Using the Windows Events Command-Line Utility for Event Monitoring
- Using Windows PowerShell for Event Monitoring
- Using Task Scheduler
- Improvements to Task Scheduler in Windows 7
- Understanding Tasks
- Understanding the Task Scheduler Architecture
- Understanding Task Scheduler Security
- Credentials Management
- Securing Running Tasks
- Understanding AT and Task Scheduler v1.0 Compatibility Modes
- Understanding the Task Scheduler Snap-in
- Understanding Default Tasks
- Creating Tasks
- Defining Triggers
- At Startup Trigger
- On Connection To AND Disconnect From User Session Triggers
- On Workstation Lock AND Unlock Triggers
- Defining Actions
- Defining Conditions
- Defining Settings
- Managing Tasks
- Viewing History
- Using SchTasks.exe for Creating and Managing Tasks
- Task Scheduler Events
- Troubleshooting Task Scheduler
- Tasks Won't Run If the Service Is Not Started
- The Task Will Run Only When a Certain User Is Logged On
- The Task Action Failed to Execute
- Interpreting Result and Return Codes
- Understanding the Windows System Assessment Tool
- Understanding WinSAT Assessment Tests
- Examining the WinSAT Features Assessment
- Running WinSAT from the Command Line
- Understanding WinSAT Command Exit Values
- Running WinSAT Using Performance Information and Tools
- System Capabilities Section
- OEM Upsell And Help Section
- Understanding Windows Error Reporting
- Overview of Windows Error Reporting
- How WER Works
- Store Management System
- ReportArchive Folder
- WER Service
- Understanding the Error Reporting Cycle
- Understanding WER Data
- Configuring WER Using Group Policy
- Configuring WER Using the Action Center