How to View Network Usage Tasks in the Windows 10 Task Manager (Resource Monitor) Including Kernel
In this article, we will discuss how to view network usage tasks in the Windows 10 Task Manager, specifically using the Resource Monitor. We will cover the key concepts and provide detailed instructions on how to use the Task Manager to monitor network usage, including kernel-level network activity.
Viewing Network Usage in the Task Manager
To view network usage in the Task Manager, follow these steps:
- Press Ctrl + Shift + Esc to open the Task Manager.
- Click on the Performance tab.
- Click on Resource Monitor at the bottom of the window.
- In the Resource Monitor window, click on the Network tab.
This will display a list of processes and services that are currently using the network. You can sort the list by various columns, such as Total to see which processes are using the most network bandwidth.
Viewing Kernel-Level Network Activity
Kernel-level network activity refers to network activity that is handled by the Windows kernel, rather than by user-mode processes. To view kernel-level network activity, follow these steps:
- In the Resource Monitor window, click on the CPU tab.
- Click on the Network dropdown menu and select Total.
- This will display a list of processes and services that are using the network, including kernel-level network activity.
Using the Resource Monitor to Troubleshoot Network Issues
The Resource Monitor can be a useful tool for troubleshooting network issues. For example, if you suspect that a particular process is causing network issues, you can use the Resource Monitor to view its network activity and see if it is using an unusual amount of bandwidth.
In this article, we have discussed how to view network usage tasks in the Windows 10 Task Manager, specifically using the Resource Monitor. We have covered the key concepts and provided detailed instructions on how to use the Task Manager to monitor network usage, including kernel-level network activity. By using the Resource Monitor, you can gain valuable insights into network usage on your Windows 10 system and troubleshoot any network issues that may arise.
References
- Task Scheduler Start Page
- Task Scheduler 2.0
- Task Scheduler 1.0
- Task Scheduler 1.0 Triggers
- Task Scheduler 1.0 Actions
- Task Scheduler 1.0 Conditions
- Task Scheduler 1.0 Settings
- Task Scheduler 1.0 Registration
- Task Scheduler 1.0 Authorization
- Task Scheduler 1.0 Security
- Task Scheduler 1.0 Migration
```vbnet
' Example of using Task Scheduler 1.0 in VB.NET
' Create a new TaskDefinition object
Dim td As New TaskDefinition
' Set the task name and description
td.Name = "My Task"
td.Description = "This is my task"
' Create a new Trigger object
Dim t As New Trigger
' Set the trigger type to TimeTrigger
t.Type = TaskTriggerType.TimeTrigger
' Set the start time to 8:00 AM
t.StartBoundary = DateTime.Today.AddHours(8)
' Set the trigger action to start a program
t.Action = TaskTriggerAction.StartProgram
' Set the program to run
t.Arguments = "notepad.exe"
' Add the trigger to the task definition
td.Triggers.Add(t)
' Create a new Action object
Dim a As New Action
' Set the action type to ExecAction
a.Type = TaskActionType.ExecAction
' Set the program to run
a.Path = "notepad.exe"
' Add the action to the task definition
td.Actions.Add(a)
' Register the task
td.Register()
```
In this example, we create a new TaskDefinition object and set its name and description. We then create a new Trigger object and set its type to TimeTrigger, start time to 8:00 AM, and action to start a program. We add the trigger to the task definition and create a new Action object to start notepad.exe. Finally, we register the task.
This is just a simple example, but you can use Task Scheduler 1.0 to create complex tasks with multiple triggers, actions, and conditions. You can also use the Task Scheduler 1.0 API to programmatically create, modify, and delete tasks.