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论文作者:英语论文论文属性:作业 Assignment登出时间:2016-03-21编辑:cari2点击率:7932
论文字数:954论文编号:org201603171749127179语种:英语 English地区:瑞士价格:免费论文
关键词:AnalysisNetwork ManagmentCommunications Essay通信管理
摘要:本文以冰箱为例子,对网络通信进行了研究,互联网可以在世界任何一个角落进行远程控制,科技进步给人类带来巨大的便利。
Components of the Fridge
Physical components
Mechanical compartmentsUser components
Temperature controller lighting
Cooling system Door seal and hinges
Ice maker
Auto defrost
Ice and water dispenser
Logical components
PowerEnvironmental
Compressor power climate - outside
Attributes of Temperature controller
- Capacity of compressor
- Thermostat reading range
- Thermostat model
- Compressor model
- Length of condenser
Actions of Temperature controller
- On/Off power for compressor
- Increase/decrease Freon pressure.
States of Temperature controller
- Current state of Temperature.
Part-B
SNMP 2-tier MIB for manageable object
There are many manageable objects in the world; Like router, switch, ATM, workstation, mainframe, and application. In this part I have chosen BRIDGE as a SNMP agent and the Server as a SNMP Manager. The SNMP agent (bridge) should control or monitor the activities by SNMP Manager (Server) through remotely. There are so many things in Bridge (SNMP agent) to control or monitor, ex. Basic Information, port details, STP protocol, Static details and more identifiable information that we can control or listen through remote. In this part the manageable object (bridge) is connected to the server through a local network or directly. User may control or monitor the bridge by accessing the server from remote. See the figure below for how they communicate between them.
Getting & settings MIB values
Sending responses and Traps
SNMP Agent SNMP Manger
SNMP is an Application layer protocol that provides a service to communicate between these. SNMP server is a system that control or monitor the activities of network hosts using SNMP. And the SNMP agent is a software component within managed device. It maintains the data for this device and report to the system. MIB consists of collection of managed objects and this is a virtual information area for NMI. MIB modules are written in the SNMP MIB module as like RFC 1213, RFC 1443.
SMIv2 Object Tree
Managed objects are organized into a Tree hierarchy. The first node is called as root, and anything with children are called as sub-trees and without children are called as leaves. The easy readable for human, the tree object IDs are defineed by numbers and those are separated by dots. So you can use the sequence of numbers instead of strings. This is the concept being used for all MIB-SNMP developments.
You can identify from my screenshot and the coding below, that I have also used the same structure for MIB development for bridge. The bridge is a manageable object. So children nodes going though the mgmt. then
mgmt -> mib2-> snmpBrdige from this snmpBridge divided into 2 trees as snmpStp and snmpStatic.本论文由英语论文网提供整理,提供论文代写,英语论文代写,代写论文,代写英语论文,代写留学生论文,代写英文论文,留学生论文代写相关核心关键词搜索。