Companycom informs the system administrator that there is concern about the Electronic Service Agent and security. What can be said about Electronic Service Agent that will address concerns about security?（）

A . The C # # B_ADMIN user can perform all backup and recovery operations using RMAN only. B . The C # # C_ADMIN user can perform the data guard operation with Data Guard Broker. C . The C # # A_ADMIN user can perform wallet operations. D . The C # # D_ADMIN user can perform backup and recovery operations for Automatic Storage Management (ASM). E . The C # # B_ADMIN user can perform all backup and recovery operations using RMAN or SQL* Plus.

A . Daisy chain the unsupported 3rd party storage subsystem devices with the local SCSI disk drive  B . Assuming the 3rd party storage subsystem has AIX support, enable access through a Virtual IO Server  C . Assuming the 3rd party storage subsystem has AIX support, implement the Linux partition within an AIX partition  D . 3rd party storage is not an option for p5 570 servers and therefore only IBM disk subsystems can be considered as a solutio

A . The Virtual SCSI disks are defined as logical volumes in the Virtual IO Server. The logical volumes appear as real devices (hdisks) in the client partitions.  B . The Virtual IO adapters are connected to a virtual host bridge. On the Virtual IO Server they are vdisks, on the client partition, the exported disks are visible as virtual disks.  C . The Virtual SCSI disks are represented in the ODM as a bus device whose parent is sysplanar0. Logical volumes will be assigned to the Virtual IO Server and virtual disks, vdisks, in the client partition.  D . The Virtual IO adapters are represented as adapter devices with the virtual host bridge as their parent. On the Virtual IO Server they are vdisks attached to vscsi, on the client partition the exported disks are visible as virtual disks.

A . Create two virtual adapters on the client， each one from a separate Virtual IO Server B . Enable dead gateway detection on the client so that the network traffic can be rerouted C . Have a spare network card on standby in the client in case the Virtual IO Server goes down D . Create an etherchannel adapter on the client using one Virtual Ethernet adapter from two separate Virtual IO Server

A . From the HMC B . From a NFS mount C . From a FTP server D . From any CD or DVD drive on another server

A . Create LVM mirrors between LUNs B . MPIO is necessary as the device driver C . Use separate fibre adapters in the Virtual IO Server for each LUN D . Virtual IO Server is a disk subsystem and must control the LUNs behind it

A . lsdev -fv a B . lsattr -f a C . lsattr`cat a` D . lsdev -Cccat a

A . Assign the adapter to an IO Hosting partition B . Use AIX 5L affinity to move the application from SUSE to AIX C . Use AIX 5.3 drivers to install the adapter in the Linux LPAR D . Assign the adapter to an AIX 5.3 partition running Linux Affinity

A . Use alt_disk_install B . Backup image to NIM server C . Backup using mksysb to DVD-RAM D . Apply the upgrade and do not commit

A . Run importvg command B . Run synclvodm command C . Recreate volume groups D . Update /etc/filesystem

A . PPPoE B . DOCSIS C . CMTS D . AAL5

A . Copy the existing filesystems to JFS2 B . Defragment the filesystem， then reduce its size C . Change the file system attribute allow_shrink=yes on the existing filesystems D . Modify the logical volume attribute allow_shrink=yes on the existing logical volume

A . 128 B . 254 C . 320 D . 640

A . Allocate the CD to the VIO Server and NFS export the CD to the user LPARs B . Allocate the CD to one of the user LPARs and config the VIO Server to NFS import it C . Allocate the CD to the VIO Server and the LPARs will share it as a Virtual SCSI device D . Allocate the CD to one of the user LPARs and NFS export it to the remaining user LPAR

A . Reload the operating system and select 32 bit kernel on initial install. B . Repoint the symbolic link of /unix to unix_mp. Perform a bosboot and reboot the partition. C . Use the SMIT menu to select 32 bit versus the 64 bit kernel. Select 32 bits and reboot the partition. D . Go into SMIT and select 32 bit kernel. Run the /usr/sbin/bootinfo -K command， and ensure that the kernel has been changed.

A . Enable DHCP server on the HMC B . Configure host name and IP address on DNS server C . Manually set the IP address of the service processor D . Connect a RS-232 cable from the HMC to the service processor

A . Two p5 570 16 way 1.9 MHz machines B . One p5 590 32 way 1.65 MHz machines C . One p5 595 32 way 1.65 MHz machines D . Two p5 570 16 way 1.65 MHz machine

A . The server must be installed into a location with a raised floor for optimum system cooling and cable management. B . The server should be purchased as a p5 590 and then upgraded to a p5 595. This will eliminate the need for a raised floor environment. C . The server should be purchased as 32-way p5 595 and then upgraded to a 64-way. This will eliminate the need for a raised floor environment. D . The server can be installed into a location without a raised floor if an RPQ is obtained. It is a strong IBM recommendation for a raised floor, not a requirement.

A . The resources must be unallocated in an LPAR B . The microcode on the pSeries must be current C . All network adapters on the LPAR must be defined D . Network connectivity and name resolution capability between HMC and LPAR

A . Run lscfg -vl, and check the ROM levels B . Run cfgmgr -v, and check the ROM levels C . Run inventory scout, and check the installed levels D . Run lslpp -l grep devices, and check the filesets installed

A . VIO Server B . AIX 5.2 ML4 C . Shared Ethernet Adapter D . AIX 5.3 with Advanced Power Virtualizatio

A . An administrative VLAN with port 1808 B . Port 657 which must remain open to TCP/IP and UDP traffic C . Network addresses are provided by DHCP services on the network D . DHCP on the HMC is required to be on to communicate between LPAR and HMC

A.Supply Chain B.Customer Relationship Management C.Standardized LogistiC D.Supply Chain Management

In a market system individual economic units are free to interact among each other in the market place. It is possible to buy commodities from other economic units or sell commodities to them. In a market, transactions may take place via barter or money exchange. In a barter economy, real goods such as automobiles, shoes, and pizzas are traded against each other. Obviously, finding somebody who wants to trade my old car in exchange for a sailboat may not always be an easy task. Hence, the introduction of money as a medium of exchange eases transactions considerably. In the modern mar ket economy, goods and services are bought or sold for money. An alternative to the market system is administrative control by some agency over all transactions. This agency will issue edicts or commands as to how much of each goods and service should be produced, exchanged, and consumed by each economic unit. Central planning may be one way of ad ministering such an economy. The central plan, drawn up by the government, Shows the amounts of each commodity produced by the various firms and allocated to different households for consumption. This is an example of complete planning of production, consumption, and exchange for the whole economy. In a traditional society, production and consumption patterns are governed by tradition: parent age, religion, and custom fix every person' s place within the economic system. Transactions take place on the basis of tradition, too. People belonging to a certain group or caste may have an obligation to care for other persons, provide them with food and shelter, care for their health, and provide for their education. Clearly, in a system where every decision is made on the basis of tradition alone, progress may be difficult to achieve. A stagnant society may result. What is the main purpose of the passage？ A．To outline contrasting types of economic systems. B．To explain the science of economics. C．To argue for the superiority of one economic system. D．To compare barter and money-exchange markets.