Yes, they do.

Full Control is needed to change attributes and or permissions of a NTFS folder.

yes, the newer removable media can support ntfs permissions. Because window operating system has to be able to read the removable device. But be careful!

NTFS : Administrators typically use NTFS permissions to assign privileges on a Windows Server 2008 file server.

"Read & Execute" would be the best method for NTFS permissions. For Share permissions it would be "Change".

"Read & Execute" would be the best method for NTFS permissions. For Share permissions it would be "Change".

because NTFS file system has more benefits than other.. for example you can do some security permissions just on NTFS volumes and files system..

A. The Effective Permissions tab

Effective permission: delete

They keep there existing permissions and settings, the existing permissions and conditions move with them.

There are only two command line tools for setting and viewing NTFS permissions in XP. They are CACLS.exe for "change ACLs", and XCACLS.exe for "extended ACLs".

true

NTFS permissions

FAT32 is limited to 4 GB files. Files on NTFS can be up to 2 terabytes in size. Another advantage WIndows 2000 would have with NTFS is the support of file permissions. File permissions can stop different accounts from modifying files and folders that don't belong to them. FAT32 does not support file permissions, leaving users free to view,modify, or delete each other's files.

NTFS File Permission Allows the User To Full Control Change permissions and take ownership, plus perform the actions permitted by all other NTFS file permissions Modify Modify and delete the file plus perform the actions permitted by the Write permission and the Read & Execute permission Read & Execute Run applications plus perform the actions permitted by the Read permission Read Read the file, and view file attributes, ownership, and permissions Write Overwrite the file, change file attributes, and view file ownership and permissions

The file's owner can access it.

In order to modify permissions, a user would need to have "Full Control"

NT file system (NTFS)

Yes, every object in an NTFS system (files, folders, junctions, etc) has an owner. This owner is, by default, the creator of the object, but may be changed with sufficient system permissions.

1. User1 should have Full Control permission on SalesData over the network (as well as locally). Their effective NTFS permissions are Full Control because this is the cumulative effect of Modify and Full Control permissions. Plus, they are given Full Control share permission, meaning the most restrictive combination of share and NTFS is still Full Control.

Modify

In short: a very good understanding of file and folder permissions. There is no clear answer to this question. Folder and file permissions are very complicated. You can individually control folder and file permissions by right clicking on the folder/file, select properties, click on security and click on 'Edit...'.

Be aware that this can have far reaching consequences. I suggest you go to http://technet.microsoft.com/en-us/ and learn about file and folder permissions. It is not easy and very tricky.

NTFS has a slight performance and space penalty compared to FAT32 on smaller drives. Also, for portable drives, the features of NTFS like file ownership and permissions aren't especially useful.

Other operating systems also could have difficulties .

There are many things you can do with files on an NTFS file system that you cannot do with FAT-32. One of them is to establish file permissions based on User ID.

Short for New technology File System, one of the file system for the Windows NT operating system (Windows NT also supports the FAT file system). NTFS has features to improve reliability, such as transaction logs to help recover from disk failures. To control access to files, you can set permissions for directories and/or individual files. NTFS files are not accessible from other operating systems such as DOS.

Yes. A Linux boot disk will allow you to change passwords or completely bypass Windows security and access the data directly.

When

-You want to be able to set local file access permissions.

-You want to enable EFS support.

ntfs 09986756787845754 anti doses]\

The NTFS file system,introduced with first version of Windows NT,is a completely different file system from FAT.

It provides for greatly incresed security,file-by-file compression,quotas,and even encryption.

The NTFS file system is generally not compatible with other operating systems installed on the same computer,nor is it availablewhen you have booted a computer from a floppy disk..

You can convert the entire filesystem to NTFS by running in a shell window

ntfs C:

or

ntfs C:\

Encryption is available in the NTFS file system because it supports advanced security features, including file permissions and access control, which are essential for managing encrypted data. NTFS is designed for use in environments requiring high security and data integrity, while FAT32 is a simpler file system that lacks these advanced features. Consequently, FAT32 does not provide the necessary infrastructure to implement encryption effectively.

FAT32 can be used by more operating systems then NTFS. In order to use NTFS the computer must be formatted with the NTFS file system. NTFS systems are able to read both NTFS and FAT32. FAT32 systems cannot read NTFS.

NTFS provides greater security and supports more storage capacity than the FAT32

There may be a physical switch on the drive that will switch the flash drive to read-only. The switch may be rather small.

The drive may also be formatted with NTFS. NTFS has file permissions that can sometimes restrict other users or computers from accessing the drive. Try backing up the files on the drive and formatting it with FAT.

Because NTFS is a bad system and macs are just simply too good for this NTFS system.

files in nfs32 and file ntfs

Effective permissions

No,you cant install OSX on NTFS but use OSX journled but you can browse NTFS in mac finder .but cant edit without a third party app called NTFS 3G

Fill form of NTFS>New technology File System

The FAT filesystem has no permissions. Anybody has full access to each and every file in the drive. This, combined with its widespread implementation, is one of the reasons why it is the de facto filesystem of USB drives.

On the other hand, NTFS has permissions. To be able to delete a folder, a user needs to have either Full Control or Modify permissions.

In Windows, to set these, right click the folder, select Properties, and under the Security tab, select the user, and check the Allow boxes below. You need to have permissions yourself beforehand (either by being the original owner, or by doing this as an administrator)

The NTFS file system contains at its core, a file called the master file table or the MFT. There is at least one entry in the MFT for every file on an NTFS volume, including the MFT itself. All information about a file, including its size, time and date stamps, permissions, and data content, is stored either in MFT entries, or in space outside the MFT that is described by MFT entries.

NTFS doesn't have a "bit version." No 16-bit version of Windows ever used NTFS, but there is 16-bit software to access NTFS partitions.

False - you can set the quotas with NTFS.

Not natively, although there are programs that will allow you to read an NTFS partition.

c:\System Volume Information is a special folder used by Windows. It is not a virus. In an NTFS system, the permissions are set so that no one, not even an administrator, can access it - This is because it contains critical things that no one but the operating system should touch.

ntfs is probably the best

Seven uses NTFS, FAT, and FAT32 that I know of. If you are formatting a hard drive, use NTFS. If you are formatting a memory card or usb drive use FAT32.

It becomes readable. Only NTFS supports encryption.

File permissions in Linux are not represented in binary format, but rather octal format.

The first digit represents owner permissions, second digit is group permissions, and the final one is permissions for everyone.

Read permissions are assigned a 4, write permissions are assigned a 2, and execute permissions are assigned a 1. A 6 permission allows read and write (4+2).