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The MIB content is defined by the RFCs listed in Table 32-1 Table 32-1 is a listing of the relevant standards that apply the network management, in general, and SNMP and RMON, in particular The complete listing is available from: http://rfcfh-koelnde/rfc/html_gz/rfchtmlgz Table 32-1: Relevant standards that apply the network management RFC Definition 1155 Structure and identification of management information for TCP/IP-based Internets 1156 Management Information Base for network management of TCP/IP-based Internets 1157 Simple Network management Protocol (SNMP) 1158 Management Information Base for network management of TCP/IP-based Internets: MIB-II 1159 Message Send Protocol 1160 Internet Activities Board 1161 SNMP over OSI 1270 SNMP communications services 1271 Remote network monitoring Management Information Base 1900 Renumbering needs work 1901 Introduction to community-based SNMPv2 1902 Structure of Management Information for Version 2 of the Simple Network Management Protocol (SNMPv2) 1903 Textual Conventions for Version 2 of the Simple Network Management Protocol (SNMPv2) 1904 Conformance Statements for Version 2 of the Simple Network Management Protocol (SNMPv2) 1905 Protocol Operations for Version 2 of the Simple Network Management Protocol (SNMPv2) 1906 Transport Mappings for Version 2 of the Simple Network Management Protocol (SNMPv2) 1907 Management Information Base for Version 2 of the Simple Network Management Protocol (SNMPv2) 1908 Coexistence between Version 1 and Version 2 of the Internet- standard Network Management Framework 1909 An Administrative Infrastructure for SNMPv2

The rugged construction of NiCad batteries is well suited for combat robot use Though NiCads are a mature battery technology, they are still seeing incremental improvements in price and performance Fast-charge/fast-discharge NiCads are required for competition applications The Ahr rating for this battery type is specified at the 1-hour discharge rate To determine the 6-minute, run-time capacity, multiply the 1-hour capacity rating by 09 (see Table 5-1) Sometimes, even with a fast-discharge NiCad, this 6-minute discharge rate is higher than a NiCad s datasheets will allow For example, a D-cell NiCad battery pack with a capacity of 5Ahr has a usable 6-minute capacity of 45Ahr (45 = 09 5Ahr) and will provide an average current of 45 amps (45 = 10 45A) for the 6-minute duration Even so, a typical fast-charge/fast-discharge C-cell or D-cell NiCad datasheet will show only an average drain of 35 to 40 amps, with short duration (less than 100 milliseconds) peak currents of 100 to 130 amps For higher current draw, you need to parallel multiple battery packs together or run outside the manufacturer s recommendations Fast charging is accomplished by applying the current equal to the Ahr rating of the battery for about 15 hours Charge must be terminated when the battery starts to heat up, when the battery voltage begins to decline, or some combination

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and then check each individual month This would be a tedious process Fortunately, there is an easier way In the Member Selector, the developer can right-click on the All level and choose to clear all selections, check the visible items, and so forth The first item in the list, however, allows the designer to automatically select all the members at a particular level Note that Figure 6-13 shows that the developer is selecting Month, which really means that he or she is selecting all of the month members regardless of the year in which they are found This is a quick way to create to select many members at a lower level of detail

Various NiCad Batteries (courtesy of Panasonic)

It is worth noting that the contents of the MIBs are defined by using ANS1 (Abstract Syntax Notation 1) This is a language that allows a succinct definition of the content in terms of numeric or alpha characters It takes a little practice to be able to read the descriptions because ANS1 is very much like a programming language If it becomes necessary to delve into the contents of the MIBs, we recommend one of the books in the bibliography The content is organized according to a logical structure, called a Structure of Management Information, or SMI The actual SMI structure is defined internationally by the RFC as a tree, using branches of the tree for various organizations Figure 32-4 is a partially filled-in example of this tree Each data element is unique because its path from the root through the various branches and twigs to the leaf is unique Vendors may choose to customize the content of their MIBs under their internationally assigned vendor number Those people who are familiar with computer file system structures will recognize this tree Whether you call the nodes or levels folders or directories, one contained within another allows different leaf notes to have the same name, yet be unique because the path to that data is different E-mail presents a simple example of this JohnSmith@BigCompanycom and JohnSmith@BigUniversityedu are different people with a common name They are distinguished globally because the path to each is different (First, you must go to the edu as opposed to the com domain and then you go to the BigCompany or the BigUniversity) Figure 32-4 shows the internationally agreed to structure and the numbers to each level Like a file system, this sequence is read from the highest level (tree root) to the lowest level leaf, where the actual data element resides For example, you can find out what kind of a system you are managing by going to 13612111 This is the path: isoidentifiedorganizationdodinternetmanagementmib-2systemSysDescription.