SlideShare une entreprise Scribd logo
1  sur  12
GOVT. ENGINEERING COLLEGE AJMER
Submitted To:- Submitted by:-
Dr. Jyoti Gajrani Nimisha
Choubisa
Cooperative Network Workstation
1
INTRODUCTION : –
WHAT DOES CORPORATE NETWORK MEAN?
1) An corporative network is an corporate communications
backbone that helps connect computers and related devices
across departments and workgroup networks, facilitating
insight and data accessibility.
2) A corporate network reduces communication protocols,
facilitating system and device interoperability, as well as
improved internal and external enterprise data management.
2
CORPORATE NETWORK :- WHY?
 The key purpose of a corporate network is to eliminate isolated
users and workgroups.
 All systems should be able to communicate and provide and
retrieve information. Additionally, physical systems and devices
should be able to maintain and provide satisfactory performance,
reliability and security.
 In scope, an corporate network may include local and wide area
networks (LAN/WAN), depending on operational and
departmental requirements.
 A corporate network can integrate all systems, including Windows
and Apple computers and operating systems (OS), Unix systems,
mainframes and related devices like smart phones and tablets.
3
Increase Profits and Real-time access from anywhere to
the social information shared within the company.
Analyze interactions within the organization through
network analysis tools.
Integrate business tools and create communication
between people and objects .
Connect the various software used in company to the
corporative Network.
Keep up-to-date with all the activities done by those tools
in real time side the company.
Create an “idea market” on to communicate with
employees through open groups that could also involve
people from outside company.
Create workflows and tasks assignment around documents
and conversations.
.
4
Corporative Networks drive strategic business objectives. They help to improve
management processes in different departments.
Their benefits are translated into business that affect processes, sales, customer
management, human resources, knowledge management, and even improve
productivity across the board in all members of the company
1 - Update status to let others know on what you are working on.
2- Create exchange groups on specific skills and for knowledge transfer
A Corporate Network helps put expertise forward :-
The Corporative Network as the vehicle of corporate culture :-
1 - Develop community engagement and agitation with communication
management.
 2 - Quickly redefine the organization through the creation of groups and
departments in the network.
5
Two ways an Corporative Network can improve processes :-
1 - Manage communication flows through groups, private messaging, micro
blogging, notifications instead of emails.
2 - Create workflows and tasks assignment around documents and conversations
and involve external people as well as external information into the processes.
Conversations are not only about humans, it is also a matter
of tools :-
1 - Connect the various software used in your company to the Enterprise
Social Network.
2 - Structure the flow of information in one single activity feed.
3 - Keep up-to-date with all the activities done by those tools in real time.
6
Logical and physical workspaces
The logical workspace allows student to get a global view of the network
through real time or simulation mode. The devices are added, linked, and
configured on this workspace. The physical workspace gives a physical
dimension to the logical network topology. This workspace is particularly
important for wireless labs, where the distance parameter is one of the factors
that determine if a device is able to connect or not connect to another device.
The physical workspace is divided into four layers to reflect the physical scale of
real life environments:
Intercity,
City,
Building,
Wiring Closet.
7
TOOL USED: CISCO PACKET TRACER
Packet Tracer is a protocol simulator developed at Cisco Systems.
Packet Tracer (PT) is a powerful and dynamic tool that displays
the various protocols used in networking, in either Real Time or
Simulation mode. This includes layer 2 protocols such as Ethernet
and PPP, layer 3 protocols such as IP, ICMP, and ARP, and layer 4
protocols such as TCP and UDP. Routing protocols can also be
traced. Packet Tracer is a supplement to and not a replacement for
experience with real equipment.
8
9
Supported Protocols :-
LAN: Ethernet (including CSMA/CD), 802.11 a/b/g/n wireless, PPPOE
Switching: VLANs, 802.1q, trunking, VTP, DTP, STP, RSTP, multilayer switching,
Etherchannel, LACP, PAgP
TCP/IP: HTTP, HTTPS, DHCP, DHCPv6, Telnet, SSH, TFTP, DNS, TCP, UDP, IPv4,
IPv6, ICMP, ICMPv6, ARP, IPv6 ND, FTP, SMTP, POP3, VOIP(H.323)
Routing: static, default, RIPv1, RIPv2, EIGRP, single-area OSPF, multi-area OSPF, BGP,
inter-VLAN routing, redistribution
Other: ACLs (standard, extended, and named), CDP, NAT (static, dynamic, inside/outside,
and overload), NATv6
WAN: HDLC, SLARP, PPP, and Frame Relay
Security: IPsec, GRE, ISAKMP, NTP, AAA, RADIUS, TACACS, SNMP, SSH, SYSLOG,
CBAC, Zone-based policy firewall, IPS
QoS: Layer 2 QoS, Layer 3 Diffserv QoS, FIFO Hardware queues, Priority Queuing,
Custom Queuing, Weighted Fair Queuing, MQC, NBAR
10
Analyze interactions within the organization through network analysis
tools.
Integrate business tools and create communication between people and
objects
The logical workspace allows student to get a global view of the
network through real time or simulation mode
11
12

Contenu connexe

En vedette

islah e ahle hadees
islah e ahle hadeesislah e ahle hadees
islah e ahle hadeesFahad Javed
 
API Exhibit
API ExhibitAPI Exhibit
API Exhibitpointerj
 
Types and Styles of music videos
Types and Styles of music videosTypes and Styles of music videos
Types and Styles of music videosramshaimran9
 
William B White Cv Mar 2011
William B White Cv Mar 2011William B White Cv Mar 2011
William B White Cv Mar 2011offwhite
 
Proactive Professionalism Networking Today Nj 1
Proactive Professionalism Networking Today Nj 1Proactive Professionalism Networking Today Nj 1
Proactive Professionalism Networking Today Nj 1Suzanne Carbonaro
 
Presentations tips
Presentations tipsPresentations tips
Presentations tipsrioulrich
 
Certificate 4 (1)
Certificate 4 (1)Certificate 4 (1)
Certificate 4 (1)sabegu1
 
SAMA nominees 2015
SAMA nominees 2015SAMA nominees 2015
SAMA nominees 2015SABC News
 
Sencha and Spring (Spring 2GX 2013)
Sencha and Spring (Spring 2GX 2013) Sencha and Spring (Spring 2GX 2013)
Sencha and Spring (Spring 2GX 2013) Sencha
 
Randall Santos - Portfolio 2008
Randall Santos - Portfolio 2008Randall Santos - Portfolio 2008
Randall Santos - Portfolio 2008randallsan
 

En vedette (18)

islah e ahle hadees
islah e ahle hadeesislah e ahle hadees
islah e ahle hadees
 
API Exhibit
API ExhibitAPI Exhibit
API Exhibit
 
 
sdfghjk
sdfghjksdfghjk
sdfghjk
 
Types and Styles of music videos
Types and Styles of music videosTypes and Styles of music videos
Types and Styles of music videos
 
William B White Cv Mar 2011
William B White Cv Mar 2011William B White Cv Mar 2011
William B White Cv Mar 2011
 
Ghgfhgfh
GhgfhgfhGhgfhgfh
Ghgfhgfh
 
Proactive Professionalism Networking Today Nj 1
Proactive Professionalism Networking Today Nj 1Proactive Professionalism Networking Today Nj 1
Proactive Professionalism Networking Today Nj 1
 
Presentations tips
Presentations tipsPresentations tips
Presentations tips
 
Convenience platform: Zero Budget Marketing.
Convenience platform: Zero Budget Marketing.Convenience platform: Zero Budget Marketing.
Convenience platform: Zero Budget Marketing.
 
Leave a mark in history
Leave a mark in historyLeave a mark in history
Leave a mark in history
 
Aquamacs Manual
Aquamacs ManualAquamacs Manual
Aquamacs Manual
 
L20 Scalability
L20 ScalabilityL20 Scalability
L20 Scalability
 
Certificate 4 (1)
Certificate 4 (1)Certificate 4 (1)
Certificate 4 (1)
 
SAMA nominees 2015
SAMA nominees 2015SAMA nominees 2015
SAMA nominees 2015
 
Makalah dematitis
Makalah dematitisMakalah dematitis
Makalah dematitis
 
Sencha and Spring (Spring 2GX 2013)
Sencha and Spring (Spring 2GX 2013) Sencha and Spring (Spring 2GX 2013)
Sencha and Spring (Spring 2GX 2013)
 
Randall Santos - Portfolio 2008
Randall Santos - Portfolio 2008Randall Santos - Portfolio 2008
Randall Santos - Portfolio 2008
 

Similaire à Optimize Corporate Networks with Cisco Packet Tracer

Nt1310 Unit 3 Data Analysis Essay
Nt1310 Unit 3 Data Analysis EssayNt1310 Unit 3 Data Analysis Essay
Nt1310 Unit 3 Data Analysis EssayAntoinette Williams
 
Ex 1 chapter02-communicating-network-tony_chen
Ex 1 chapter02-communicating-network-tony_chenEx 1 chapter02-communicating-network-tony_chen
Ex 1 chapter02-communicating-network-tony_chenĐô GiẢn
 
fundamentals & link layers jntuk material
fundamentals & link layers jntuk materialfundamentals & link layers jntuk material
fundamentals & link layers jntuk materialNagendra Reddy Panyam
 
CC LECTURE NOTES (1).pdf
CC LECTURE NOTES (1).pdfCC LECTURE NOTES (1).pdf
CC LECTURE NOTES (1).pdfHasanAfwaaz1
 
IRJET- ALPYNE - A Grid Computing Framework
IRJET- ALPYNE - A Grid Computing FrameworkIRJET- ALPYNE - A Grid Computing Framework
IRJET- ALPYNE - A Grid Computing FrameworkIRJET Journal
 
76924356 synopsis-network
76924356 synopsis-network76924356 synopsis-network
76924356 synopsis-networklklokesh
 
Building an Enterprise Fiber Network for a Local Government, An Architectural...
Building an Enterprise Fiber Network for a Local Government, An Architectural...Building an Enterprise Fiber Network for a Local Government, An Architectural...
Building an Enterprise Fiber Network for a Local Government, An Architectural...The University of Texas (UTRGV)
 
Running head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docx
Running head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docxRunning head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docx
Running head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docxtoltonkendal
 
Authentication system with Decentralized chat app
Authentication system with Decentralized chat appAuthentication system with Decentralized chat app
Authentication system with Decentralized chat appIRJET Journal
 
The Abstracted Network for Industrial Internet
The Abstracted Network for Industrial InternetThe Abstracted Network for Industrial Internet
The Abstracted Network for Industrial InternetMeshDynamics
 
IRJET- Implementation of Dynamic Internetworking in the Real World it Domain
IRJET-  	  Implementation of Dynamic Internetworking in the Real World it DomainIRJET-  	  Implementation of Dynamic Internetworking in the Real World it Domain
IRJET- Implementation of Dynamic Internetworking in the Real World it DomainIRJET Journal
 

Similaire à Optimize Corporate Networks with Cisco Packet Tracer (20)

MIS.pptx
MIS.pptxMIS.pptx
MIS.pptx
 
Nt1310 Unit 3 Data Analysis Essay
Nt1310 Unit 3 Data Analysis EssayNt1310 Unit 3 Data Analysis Essay
Nt1310 Unit 3 Data Analysis Essay
 
Ex 1 chapter02-communicating-network-tony_chen
Ex 1 chapter02-communicating-network-tony_chenEx 1 chapter02-communicating-network-tony_chen
Ex 1 chapter02-communicating-network-tony_chen
 
Distributed Systems in Data Engineering
Distributed Systems in Data EngineeringDistributed Systems in Data Engineering
Distributed Systems in Data Engineering
 
CHAPTER THREE.pptx
CHAPTER THREE.pptxCHAPTER THREE.pptx
CHAPTER THREE.pptx
 
fundamentals & link layers jntuk material
fundamentals & link layers jntuk materialfundamentals & link layers jntuk material
fundamentals & link layers jntuk material
 
COA_UNIT-1new[1].pdf
COA_UNIT-1new[1].pdfCOA_UNIT-1new[1].pdf
COA_UNIT-1new[1].pdf
 
K010426371
K010426371K010426371
K010426371
 
Unit Iv
Unit IvUnit Iv
Unit Iv
 
Lesson 7
Lesson 7Lesson 7
Lesson 7
 
CC LECTURE NOTES (1).pdf
CC LECTURE NOTES (1).pdfCC LECTURE NOTES (1).pdf
CC LECTURE NOTES (1).pdf
 
IRJET- ALPYNE - A Grid Computing Framework
IRJET- ALPYNE - A Grid Computing FrameworkIRJET- ALPYNE - A Grid Computing Framework
IRJET- ALPYNE - A Grid Computing Framework
 
76924356 synopsis-network
76924356 synopsis-network76924356 synopsis-network
76924356 synopsis-network
 
Building an Enterprise Fiber Network for a Local Government, An Architectural...
Building an Enterprise Fiber Network for a Local Government, An Architectural...Building an Enterprise Fiber Network for a Local Government, An Architectural...
Building an Enterprise Fiber Network for a Local Government, An Architectural...
 
Running head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docx
Running head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docxRunning head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docx
Running head NETWORK DESIGN PROPOSALNETWORK DESIGN PROPOSAL.docx
 
Report_Internships
Report_InternshipsReport_Internships
Report_Internships
 
Authentication system with Decentralized chat app
Authentication system with Decentralized chat appAuthentication system with Decentralized chat app
Authentication system with Decentralized chat app
 
Cloud computing
Cloud computingCloud computing
Cloud computing
 
The Abstracted Network for Industrial Internet
The Abstracted Network for Industrial InternetThe Abstracted Network for Industrial Internet
The Abstracted Network for Industrial Internet
 
IRJET- Implementation of Dynamic Internetworking in the Real World it Domain
IRJET-  	  Implementation of Dynamic Internetworking in the Real World it DomainIRJET-  	  Implementation of Dynamic Internetworking in the Real World it Domain
IRJET- Implementation of Dynamic Internetworking in the Real World it Domain
 

Optimize Corporate Networks with Cisco Packet Tracer

  • 1. GOVT. ENGINEERING COLLEGE AJMER Submitted To:- Submitted by:- Dr. Jyoti Gajrani Nimisha Choubisa Cooperative Network Workstation 1
  • 2. INTRODUCTION : – WHAT DOES CORPORATE NETWORK MEAN? 1) An corporative network is an corporate communications backbone that helps connect computers and related devices across departments and workgroup networks, facilitating insight and data accessibility. 2) A corporate network reduces communication protocols, facilitating system and device interoperability, as well as improved internal and external enterprise data management. 2
  • 3. CORPORATE NETWORK :- WHY?  The key purpose of a corporate network is to eliminate isolated users and workgroups.  All systems should be able to communicate and provide and retrieve information. Additionally, physical systems and devices should be able to maintain and provide satisfactory performance, reliability and security.  In scope, an corporate network may include local and wide area networks (LAN/WAN), depending on operational and departmental requirements.  A corporate network can integrate all systems, including Windows and Apple computers and operating systems (OS), Unix systems, mainframes and related devices like smart phones and tablets. 3
  • 4. Increase Profits and Real-time access from anywhere to the social information shared within the company. Analyze interactions within the organization through network analysis tools. Integrate business tools and create communication between people and objects . Connect the various software used in company to the corporative Network. Keep up-to-date with all the activities done by those tools in real time side the company. Create an “idea market” on to communicate with employees through open groups that could also involve people from outside company. Create workflows and tasks assignment around documents and conversations. . 4
  • 5. Corporative Networks drive strategic business objectives. They help to improve management processes in different departments. Their benefits are translated into business that affect processes, sales, customer management, human resources, knowledge management, and even improve productivity across the board in all members of the company 1 - Update status to let others know on what you are working on. 2- Create exchange groups on specific skills and for knowledge transfer A Corporate Network helps put expertise forward :- The Corporative Network as the vehicle of corporate culture :- 1 - Develop community engagement and agitation with communication management.  2 - Quickly redefine the organization through the creation of groups and departments in the network. 5
  • 6. Two ways an Corporative Network can improve processes :- 1 - Manage communication flows through groups, private messaging, micro blogging, notifications instead of emails. 2 - Create workflows and tasks assignment around documents and conversations and involve external people as well as external information into the processes. Conversations are not only about humans, it is also a matter of tools :- 1 - Connect the various software used in your company to the Enterprise Social Network. 2 - Structure the flow of information in one single activity feed. 3 - Keep up-to-date with all the activities done by those tools in real time. 6
  • 7. Logical and physical workspaces The logical workspace allows student to get a global view of the network through real time or simulation mode. The devices are added, linked, and configured on this workspace. The physical workspace gives a physical dimension to the logical network topology. This workspace is particularly important for wireless labs, where the distance parameter is one of the factors that determine if a device is able to connect or not connect to another device. The physical workspace is divided into four layers to reflect the physical scale of real life environments: Intercity, City, Building, Wiring Closet. 7
  • 8. TOOL USED: CISCO PACKET TRACER Packet Tracer is a protocol simulator developed at Cisco Systems. Packet Tracer (PT) is a powerful and dynamic tool that displays the various protocols used in networking, in either Real Time or Simulation mode. This includes layer 2 protocols such as Ethernet and PPP, layer 3 protocols such as IP, ICMP, and ARP, and layer 4 protocols such as TCP and UDP. Routing protocols can also be traced. Packet Tracer is a supplement to and not a replacement for experience with real equipment. 8
  • 9. 9
  • 10. Supported Protocols :- LAN: Ethernet (including CSMA/CD), 802.11 a/b/g/n wireless, PPPOE Switching: VLANs, 802.1q, trunking, VTP, DTP, STP, RSTP, multilayer switching, Etherchannel, LACP, PAgP TCP/IP: HTTP, HTTPS, DHCP, DHCPv6, Telnet, SSH, TFTP, DNS, TCP, UDP, IPv4, IPv6, ICMP, ICMPv6, ARP, IPv6 ND, FTP, SMTP, POP3, VOIP(H.323) Routing: static, default, RIPv1, RIPv2, EIGRP, single-area OSPF, multi-area OSPF, BGP, inter-VLAN routing, redistribution Other: ACLs (standard, extended, and named), CDP, NAT (static, dynamic, inside/outside, and overload), NATv6 WAN: HDLC, SLARP, PPP, and Frame Relay Security: IPsec, GRE, ISAKMP, NTP, AAA, RADIUS, TACACS, SNMP, SSH, SYSLOG, CBAC, Zone-based policy firewall, IPS QoS: Layer 2 QoS, Layer 3 Diffserv QoS, FIFO Hardware queues, Priority Queuing, Custom Queuing, Weighted Fair Queuing, MQC, NBAR 10
  • 11. Analyze interactions within the organization through network analysis tools. Integrate business tools and create communication between people and objects The logical workspace allows student to get a global view of the network through real time or simulation mode 11
  • 12. 12