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CHAPTER 1 Basics
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Introduction to Datab Environments
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To verify whether a routing loop exists, use the ping tool to test connectivity to the destination network:
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Here, buf is an array of bytes that will be used for the source and/or target of I/O requests. The stream created by this constructor can be written or read, and supports Seek( ). When using this constructor, you must remember to make buf large enough to hold whatever output you will be directing to it. Here is a program that demonstrates the use of MemoryStream:
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Level 1
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ger. Two copper ground rods are separated a few feet apart and are driven to the same depth. The instrument is connected to each ground rod, which then places a difference of potential between the ground rods measuring the resulting current. The ground resistance is read from the instrument scale or can be calculated by dividing the test voltage by the measured current. Most instruments of this type provide a direct reading of the ground resistance between the two rods. The proper measurement of ground conduction is the ratio of the ground resistance to the distance between the rods given in ohms per foot. Often the desired result is 25 ohms per foot. If need be, a longer rod or a rod with a larger diameter may be necessary to achieve this result. The conductor size used to ground the cable service to the grounding electrode is #14 AWG copper wire. This size is the minimum that should be used, and many cable operators use a larger size #12 AWG solid copper conductor with PVC insulation. The insulation offers some added strength to the wire and protection against corrosion. This type is usually readily available from either cable-drop supply vendors or electrical-supply companies. Such suppliers usually carry ground clamps for a cold-water pipe connection or ground rod clamps as well as split bolt connectors that are used to connect to another ground wire. Several types of these devices are shown in Figure 6-9. The usual installation procedure for proper grounding is to determine how the power neutral is grounded. If the power ground electrode is a driven ground rod, a ground rod clamp can be placed on the rod and a #14 or larger copper wire can connect the cable ground block to the clamp. If the top of the rod is not available, the cable ground wire can be attached to the power ground wire using a split bolt connector or the wire can be connected to the power metallic entrance box using a spade lug and screw. At the poles, any bonding is done using bare #6 AWG copper wire using strand-bonding clamps connected to the cable system strand and the telephone company strand. The bonding procedures and speci cations for an aerial plant are usually spelled out in detail in the pole attachment agreement between the cable operator, the telephone company, and the power company. Proper grounding and bonding is extremely important to the cable operator as well as the utilities. The cable operator s technical staff should instruct all cable installers on proper procedures for grounding and bonding the distribution plant and the subscriber s home. Several large multiple-system operators (MSO), as they are known in the cable industry, are presently or will soon be offering telephone service. Because telephone systems carry their own power, a loss of electrical power does not cause the telephone system to fail. Cable systems offering
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Fig. 6-12 Zero-input response of an RL circuit.
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As more and more mission-critical information is moved to the network, unauthorized access to sensitive information is becoming a high-priority item across all industries. SNMP has limited security provisions. Currently, table data (blocks of data) cannot be requested to be sent from an agent. This prevents the transfer of multiple variables at once, contributing to unnecessary traffic on the network. Traps from an agent notify a manager that some event of note has been captured on the agent. SNMP did not provide for an acknowledgment to be sent back to the agent that the event had been received. Because traps are unsolicited, initiated by the occurrence of an event on the agent, it is becoming increasingly important that the manager acknowledge receipt of the trap (typically an out-of-norm condition detected by the agent). SNMPv2 improves on SNMP. SNMP version 2 (SNMPv2) is an addendum to the existing SNMP standard, designed to address practical shortcomings and the evolving needs of emerging technologies. SNMP defined manger-to-agent communication. SNMPv2 builds on this by defining manager-to-manager communication, facilitating the need to scale network communications to sprawling networks. This deals directly with the problems posed by the network being used to manage the network. The volume of management information flooding the network infrastructure and management console from every segment can, conceivably, predominate the use of network bandwidth. Manager-to-manager communication will allow an intermediate level of managers to be inserted into large enterprise networks to sit between the network management console and the numerous agents. These mid-level managers each will manage a subset of the agents on the network. This is called a management domain. These mid-level managers will then pass relevant information about their domains to the central network management console. This architecture reduces the number of connections to the central manager to one per domain. It enables distributed network monitoring and analysis to be scaled to fit the size of a network while allowing network capacity and processing power to be channeled to business information needs, not network management. Security issues addressed by SNMPv2 include timestamping collected data so that an indelible audit trail is laid down. A data encryption standard would provide a screen for company-sensitive information traversing networks that are vulnerable to unauthorized listening. The availability of automatic, user-transparent encryption mechanisms could be the single largest stimulus to purchasing via credit card over the Internet. Message authentication would prevent rogue users from masquerading undetected on the network. All of these features are critical to continued use of the network to conduct business. SNMPv2 will allow whole tables of data to be passed to the manager. A new type of request, a GetBulkRequest, should alleviate congestion on the network and promote the use of tables in network monitoring and analysis. Provisions have been made in SNMPv2 for acknowledgment of traps to be sent back to the agent. The agent will retry notification of the trap until successful, or, if unsuccessful, will notify the user that the manager is not responding. This intro-
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Service Resiliency The impact of failures is localized and will not affect other customers and/or applications; Correlation among multiple errors will be quickly identified. Further, the process of troubleshooting and recovery from failures will be rapid and employ tools that will minimize operational expenditures for the Service Provider and any adverse impact on the end users. Protection Carrier Ethernet services provide an end-to-end service-level protection that encompasses protection against any failures in the underlying infrastructure employed in the delivery of the services. This means protection against failures in the end-to-end path of the service, as well as against any underlying physical link and node equipment failures. Restoration Carrier Ethernet provides similar or better recovery than SONET. The benchmark for resiliency in Service Provider networks has long been the
Port Security Feature
Irregular thick pigmented bands (yellow and white double arrows) Thin fine pigmented bands (red arrow) Loss of parallelism (black arrows) Irregular dark dots and globules (circles)
Sources for Best Practices
Figure 12-1 Left: A basketball player crouches down before a jump shot. Center: An upward acceleration is applied as the player straightens up, but only while the player is still on the ground. Right: Once the player is in the air, the upward force stops. Then the upward velocity begins to decrease as a result of the negative acceleration of gravity. the player reaches maximum height when the upward velocity reaches zero.
Reporting and Analysis
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