Amount of data in the backup
Bandwidth available to the tape device
Length of the backup/restore window
Speed that the backup system can find files for restoration
第1题:
A customer has the need to implement a tape backup solution to backup a 500GB database on a daily basis. Which of the following factors is the most important consideration in the design of a backup and restore solution?()
第2题:
When designing a single tier AIX database solution for a customer, what other technical specialist would be most instrumental in putting together a total solution and why?()
第3题:
A medium-sized company with 500 employees has a rapidly growing storage infrastructure with clustered mail, database, and file and print core business applications running on six servers. Using current direct attached SCSI storage pools to each server leads to inefficient utilization of storage space.They also have a backup device attached to each server. They want to consolidate their storage and backup infrastructure into a scalable, high availability and high performance solution. The customer’s top priorities are performance, cost, and availability. Which of the following backup solutions best satisfies the customer requirements?()
第4题:
A customer has a large amount of data stored on three database servers and is concerned that at present there is no disaster recovery plan in place. They have an existing tape backup solution that meets their backup window. In order to analyze potential disaster recovery plans, which of the following questions is the most important?()
第5题:
You have a file server named Server1 that runs Windows Server 2003 Service Pack 2 (SP2). You need to implement a backup schedule on Server1 to meet the following requirements: ·Everyday, back up all files and folders to disk. ·Every Friday, back up all files and folders to tape. ·Every Sunday, Tuesday, and Thursday, back up only the files and folders that have changed since the previous Friday’s backup to tape. Which backup jobs should you create? ()
第6题:
A large enterprise customer needs a standardized way to backup user data from multiple systems to tape. What solution will meet this need?()
第7题:
A DS4000 SAN with flash copy enabled for volume mirroring
An iSCSI solution with dedicated backup server with SCSI attached tape library
A NAS solution with SCSI direct attached tape library with dedicated backup network
A DS4000 SAN with fibre channel attached tape library solution with dedicated backup zone
第8题:
Network utilization
Total amount of storage installed
Amount of open files in the backup
Amount of critical data in the backup or restore
第9题:
1
2
3
4
1,2,and 4
1,2,3,and 4
第10题:
Full backups every month, daily incremental backups
Full backups every month, daily differential backups
Full backup Saturday night, incremental backups the rest of the week
Full backup Saturday night, differential backups the rest of the week
第11题:
FlashCopy
FlashCopy SE
Metro Mirror
Global Mirror
第12题:
What is the minimum critical backup window?
Which server is handling the most critical data?
How much data is stored on each server?
What is the throughput of the hard drives?
第13题:
A customer has a requirement for Disaster Recovery for compliance within their industry. Theyhave an RPO of 4 hours and an RTO of 24 hours. Cost is a consideration. What is the most costeffective DR implementation?()
第14题:
A customer with a small IT budget has one data center. Their main application is a database running on an IBM System Storage DS8000. The database has a data change rate of 50% per day. Once a week, they must do a point-in-time backup from the database to tape. The time it takes to run the backup now exceeds the backup window allowed. The customer requests a proposal to reduce database downtime caused by running backups, with nearly no impact to production volumes. In addition to the tape backup, which DS8000 feature should a technical specialist propose()
第15题:
Due to operational commitments, a system has a very short backup window during the week, but is not used from Saturday morning through Sunday at Midnight. Which of the following minimizes backup and recovery time, while providing complete data restore coverage ()
第16题:
You are managing an Oracle Database 11g database with the following backup strategy:1) On Sunday, an incremental level 0 tape backup is performed.2) Monday through Saturday, a cumulative incremental level 1 tape backup is performed. Which twostatements are true regarding the backups performed()
第17题:
You discover that the ms db database on a SQL Server 2005 computer is corrupt and must be restored. Databases are backed up daily. The database backup files are written to a network share, but the file names do not clearly indicate which databases are in each file. You need to locate the correct backup file as quickly as possible. The first file in the list isnamed DB Backup.bak. Which Transact-SQL statement should you use?()
第18题:
xSeries specialist,as the customer may have some Intel-based systems.
Hardware customer engineer,as they will be installing the entire solution.
Services specialist,as they can provide education recommendations for the entire solution.
Storage specialist,as the customer may need disk to store the data and tape to backup the data.
第19题:
Configure backup optimization
Configure the channel to increase MAXOPENFILES
Configure the channel to increase the capacity with the RATE parameter
Configure the channel to adjust the tape buffer size with the BLKSIZE option
第20题:
Tape
SAN
Flash
Optical
第21题:
Tape
SAN
Flash
Optical
第22题:
Utilizing disk-to-disk clustering and hot site replication
If the GFS backup system will cover all potential data breaches
The process to move the data backup to an offsite location
The individual laws and legal requirements of the data
第23题:
Amount of data in the backup
Bandwidth available to the tape device
Length of the backup/restore window
Speed that the backup system can find files for restoration
第24题:
a disk-to-disk backup solution keeping all storage in the data center
a backup solution that includes magnetic tape that is shipped to an off-site storage facility
a less powerful copy environment at a hot site with asynchronous mirroring and cluster technology
an exact copy of the primary environment at a hot site with remote mirroring and cluster technology