| 1. | Files , directories , inodes , and addressing structures
文件、目录、 inode与寻址结构 |
| 2. | Extent - based addressing structures
基于盘区的寻址结构 |
| 3. | Ipv6 address structure protocol ? ? ipv6 stateless address autoconfiguration
Ipv6地址结构协议? ? ipv6无状态地址自动配置 |
| 4. | Extent - based addressing structures rooted in the inode are used for mapping file data to disk
根植于inode基于盘区的寻址结构用来将文件数据映射到磁盘。 |
| 5. | The addressing structure is a b tree populated with extent descriptors the triples above , rooted in the inode and keyed by logical offset within the file
寻址结构是一棵b +树，该树由盘区描述符（上面提到的三元组）填充，根在inode中，键为文件中的逻辑偏移量。 |
| 6. | Together , the aggregate superblock and disk allocation map , file descriptor and inode map , inodes , directories , and addressing structures represent jfs control structures or meta - data
聚集超级块和磁盘分配映射表、文件描述符和inode映射表、 inode 、目录以及寻址结构一起表示了jfs控制结构或元数据。 |
| 7. | Jfs uses extent - based addressing structures , along with aggressive block allocation policies , to produce compact , efficient , and scalable structures for mapping logical offsets within files to physical addresses on disk
Jfs使用基于盘区的寻址结构，连同主动的块分配策略，产生紧凑、高效、可伸缩的结构，以将文件中的逻辑偏移量映射成磁盘上的物理地址。 |
| 8. | These file systems rely on restart - time utilities that is , fsck , which examine all of the file system s meta - data such as directories and disk addressing structures to detect and repair structural integrity problems
这些文件系统依靠重启实用程序（也就是fsck ） ， fsck检查文件系统的所有元数据（例如：目录和磁盘寻址结构）以检测和修复结构完整性问题。 |
| 9. | The ipv4 based dhcp ( i . e . dhcpv4 ) has been playing an important role in existing ipv4 based internet and will play an even more important role in future ipv6 based internet , considering its greater address space and more flexible address structure . it is therefore worthwhile to study techniques pertinent dhcpv6 and to attempt an experimental implementation for further understanding and refinement of dhcpv6
新一代ip协议( ipv6 )地址空间的扩大和地址结构的灵活性，给从ipv4向ipv6过渡带来许多新的问题，研究基于ipv6的dhcpv6协议，并通过实践进一步完善dhcpv6 ，就具有十分重要的研究意义和实验价值。 |
