LAN stands for Local Area Network. It is a type of network that covers a greater distance and it interconnects computers and devices either wired or wireless. LAN is mainly used in private organisations such as college or university. More or less everyone uses wireless router at home these days and the user is able to connect between 5-10 devices wirelessly. The user can share the broadband or the connection with ADSL by using Ethernet cables. Smaller LANs can connect at least 2-3 computers using
NEW ZEALAND SCHOOL OF EDUCATION LAN- LOCAL AREA NETWORK MANAGEMENT/ PERFORMANCE/ SUPPORT/ DETECTION AND PREVENTION OF VIRUS ASSESSMENT REPORT SUBMITTED TO ¬– VIDHYA DESAI STUDENT ID: 145177 BATCH NO: 70714 BY: YUGANDHAR KAMBAPATI Contents Introduction 3 1. MANAGING THE ACCESS 3 1.1 IDENTIFYING THE RESOURCES 3 1.2 Access Levels 4 1.3 Methods to Control Access 5 1.4 Purpose of Audit Trial 6 2. PERFORMANCE ISSUES ON LAN 7 2.1 Data Analysis
Management Access Control to a LAN 2 1.1 Three resources access can be managed 3 1.2 Access Level of users, operators and administrators 3 1.3 Methods of Controlling Access 4 1.4 Access control audit trail 5 2. Local area network performance issues 6 2.1 Factors affecting response time 6 2.2. Analyzing Data and identifying problems 7 2.3. Use of diagnostic tools to collect data 7 2.4. Compare methods for improving performance of the following 8 3.LocalArea Computer Network Support Issues 9 3
ASSIGNMENT 2 Assignment About to LAN Network Management, Performance, Viruses and Support Issues SUBMITTED BY: SURENDER STUDENT ID: i144545 BATCH: 70514 SUBMITTED TO: HENRY CONTENTS 1.
LAN- Local Area Network This report summarizes the ways to manage access, factors affecting performance, support issues over a Local Area Network. Also discussed are the ways to detect and prevent viruses over a Local Area Network. Management/ Performance/ Support/ Detection and Prevention of Viruses CONTENTS INTRODUCTION 3 1 MANAGEACCESS TO A LOCAL AREA COMPUTER NETWORK 4 1.1 INDENTIFY RESOURCES 4 1.2 LEVELS OF ACCESS 5 1.3 METHODS FOR CONTROLLING ACCESS 6 1
Central Bank Heist: internal control weaknesses and techniques used to commit the fraud As part of the scandal considered being one of the largest bank heists in modern history, several internal control weaknesses were discovered, which left a country exposed to future potential threats and an increased need for awareness and information system upgrades. Such a devastating case prompted other Central Banks around the world to examine and upgrade their cyber security measures. In this heist of a
Software Defined Network is an approach in computer networking that allows network administrators manage their network so that it can perform at a higher rate. The main objective of SDN is to provide a much faster and flexible relay of networks so that networking can be much more efficient and convenient for industry and academia. The first step into SDN consists of deploying management and pooling the network resources so that the network can be software controlled. SDN has an architectural approach
accessible by the higher levels of departments. This is added in the revised policy document. 4.6.2 Add-on An upper grade identified person is signing the Grade of the information, such as, the general worker cannot access to the Restricted Zone, so the person who distinguish the Restricted information should be at least can get to the secret level materials. Logical Access Control Introduction 5.1.1 Add-on In this part of the original policy, the purpose of logical access control is introduced
| Make sure all data has arrived intact. | Keep track of how many hops; open shortest path First; Go to IP address 255.65.0.123 | NETWORK layer 3 | Keep track of how many hops; opened the shortest path First; Went to IP address 255.65.0.123 | Is the initial connection set up? Put data into frames according to X standard. | DATA LINK layer 2 | The initial connection set up. Decoded data in frame according to X standard. | Send as electrical signal over the network cable at X voltage, and
Relevant Network Technologies Report by James Hunt Contents Page 1………………………NOS, Network Protocols Page 2………………………IP, DHCP Page 3………………………DNS Page 4………………………SNMP, TP & Fiber Cabling Page 5………………………Star Topologies, Wireless Page 6………………………Servers, Workstations Page 7………………………NIC, Switch, Routers Page 8………………………Vendor Specific Hardware, Fault Management, Performance Management Page 9………………………SolarWinds, Wireshark Page 10……………………Asset Management