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3D052 CDC V1 Pt 2
Non-URE related Flash cards.
| Question | Answer |
|---|---|
| This SMARTS function uses a top-down approach that starts by identifying the problems that affect managed systems and problems that are important to identify and correlate. | Codebook correlation |
| This SMARTS function uses the correlation model and the topology to build the codebook automatically. | The correlation engine |
| What maintains a repository of information describing the topology of the managed network? | A domain manager |
| This is an object-oriented database. | The repository. |
| All applications are built upon a common database schema known as _______. | The Common Information Model (CIM) |
| What are the two hierarchies of CIM? | Physical and Logical |
| ______ hierarchies describe the real-world components that make up your managed system. | Physical |
| _______ hierarchies are visible through network protocols. They provide some network service, or connect logical components. It is created through the operation of hardware and software. You cannot touch it. | Logical |
| This probe determines whether a device is certified and uniquely identifies the device. | System Information Probe |
| This probe discovers IP network connectivity and finds IP addresses configured on a system. | IP Network Probe |
| This probe collects VLAN information from switches including VLAN identifiers, VLAN trunks, and VLAN port memberships. | Virtual Local Area Network (VLAN) Probe |
| This probe collects additional interdevice connectivity information using proprietary topology MIBs. | Neighbor Probe |
| SMARTS provides three methods for creating a representation of a network topology within the domain manager’s repository, what are they? | Auto-discovery, manual discovery, topology import. |
| This is the user-specified function that discovers a network topology with minimal input. | Auto-discovery |
| This is the execution of several probes used to discover a network topology. This method is useful when topology information is complete or available from a well-maintained database. | Manual Discovery |
| With this process, you import a “seed” file that contains the HP OpenView file. | Topology Import |
| A ______ monitors a specific set of problems in a particular system or network of managed elements. | Domain Manager |
| This is the component of the SMARTS application that maintains knowledge (i.e., host, TCP port, and status) of available domain managers and provides this information to requesting clients (such as consoles and adapters). | The Broker |
| This facilitates communication between the domain manager and clients. | The Broker |
| SMARTS uses two types of clients, what are they? | adapters and consoles |
| These are applications that provide a means of communication between domain managers and the networked system. | Adapters |
| These are Java graphical user interface (GUI) for interacting with domain managers. | Consoles |
| This console allows administrators to manage and configure applications by setting polling parameters, changing thresholds, and managing topology. | Administration console |
| This console enables an administrator to manage the broker server. | Broker console |
| This console displays a managed domain as a map of interconnected devices. | Map console |
| This console uses information from the SMARTS repository to represent topology information. | Map Console |
| What background color on the SMARTS map console indicates a physical connectivity map? | Blue |
| What background color on the SMARTS map console indicates an IP connectivity and IP membership map? | Yellow |
| What background color on the SMARTS map console indicates a VLAN connectivity and a VLAN membership map? | Green |
| What smarts icon color indicates an active root cause problem event? | Red |
| What smarts icon color indicates a compound event? | Purple |
| What smarts icon color indicates a symptomatic event? | Orange/Yellow |
| What smarts icon color indicates "unmanaged"? | Gray |
| This map is the default map that appears when you select a device. It displays Layer 2 physical connectivity between devices, including cables, network connections, and bridging connections. | Physical Connectivity Map |
| This map displays Layer 3 connectivity between routers and IP networks. | IP Network Connectivity Map |
| This map displays all devices with an IP address on a selected IP network. | IP Network Membership Map |
| This map displays VLANs, the switches that participate in the VLAN, and the routers that enable connections between VLANs. | VLAN Connectivity Map |
| This map displays all devices that are members of a selected VLAN. | VLAN Membership Map |
| This type of line indicates physical, logical IP, or logical VLAN connection. Black for normal. | Solid |
| This type of line indicates a network connection. Black for normal. | Jagged |
| This type of line indicates a bridging connection. Black for normal. | Dotted |
| This console lets you modify the configuration of a SMARTS application. | Polling and thresholds console |
| This component of a protocol analyzer counts bytes, frames, and errors as they are processed by the NIC. | Counter |
| This component of a protocol analyzer discards frames based on the filter definition or activates a trigger based on the trigger definition. | Filter |
| This component of a protocol anylzer stores all frames based on the user configuration inputs. | Buffer |
| This component of a protocol analyzer is a specialized processor that processes the frames based upon the selected test and the user configuration inputs. | Protocol Analyzer CPU |
| This component of a protocol analyzer is a processor that provides the Microsoft Windows operating system capabilities, user interface, and display information based on the user inputs. | Personal Computer CPU |
| This provides information concerning the network utilization, total number of frames transmitted, and frame errors on the entire subnet. (Protocol Analyzer) | Line vital statistics |
| This provides information concerning the network utilization and frame errors that are related to a specific protocol. (Protocol Analyzer) | Protocol statistics |
| This reports errors that occur at the physical layer such as bad FCS, short frames, and jabbers. (Protocol Analyzer) | MAC node statistics |
| These generate data traffic on the network to analyze network performance. (Protocol Analyzer) | Active Tests |
| During an active test, this allows you to send frames to a specific node. | Traffic Generator |
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