Teacher Evaluation Sheet
Name of Student: Rohan Subhash Gadakh
Enrollment No. 2000790176
Name of Program - Computer Technology
Semester – 4th
Course Title: - Data Communication & Computer Network
Code: - 22413
Title of the Micro–Project: - Peer to Peer Network Connection
Evaluation as per Suggested Rubric for Assessment of Micro-Project:
Sr.
No.
1
2
3
4
5
6
7
8
9
Poor
(Marks 1-3)
Characteristic to be assessed
Average
(Marks 4-5)
Good
(Marks 6 - 8)
Excellent
(Marks 9 – 10)
Relevance to the Course
Literature Survey / Information Collection
Project Proposal
Completion of the Target as per project
proposal
Analysis of data and representation
Quality of Prototype / Model
Report Preparation
Presentation
Defense
Micro – Project Evaluation Sheet
Process Assessment
Name of Student
Part A –
project
Proposal
(2 marks)
Project
Methodology
(2 marks)
Product Assessment
Part B –
Project Report
Individual
/ Working
Presentation /
Model
Viva (4 marks)
(2 marks)
Total Marks 10
Comments / Suggestions about teamwork / leadership / inter – personal communication (if any)
:---------------------------------------------------------------------------------------------------------------Any Other Comment: ---------------------------------------------------------------------------------------------------------------
Name and designation of the faculty Member – Prof. P.G. Aher
Signature --------------1
Proposal
1. Aims/Benefits of the Micro-Project
The aim of this course is to help the student to affined following industry
identified competency through various teaching learning experience.
Develop peer to peer network connection.
2. Course Outcome Addressed
Develop a Peer-To-Peer Network Connection.
3.0 Proposed Methodology
In this project we have installed peer to peer network connection.
2
1. Action Plan
Sr.
No.
Activity Details
1
Getting the overview of
the project
Rohan Gadakh.
Gaurav Wagh.
2
Gathering the Information
Mayur Gavali.
Gaurav Wagh.
3
Making of the Proposal
Rohan Gadakh.
Mayur Gavali.
4
Making of Report
Rohan Gadakh.
Gaurav Wagh.
Starting
Date
Finishing
Date
Name of Team
Members
2. Recourses used
Sr.
No.
Name of Resources
Specification
Quantity
1
Computer System
Intel i5 6600k,
4GB Ram
1
2
OS System
Window 10
1
3. Name of Team Members
Sr.
No
Name of Students
Enrollment No.
Roll No.
1
Rohan Subhash Gadakh
2000790176
15
2
Gaurav Suresh Wagh
2100790415
65
3
Mayur Dattu Gavali
2000790177
16
3
Peer to Peer Network Installation
What is compute Network?
A computer network consists of 2 or additional computing devices that are
connected so as to share the elements of your network (it’s resources) and
also the data you store there, the foremost basic network (which consists
of just two connected computers) will expand and become additional
usable when extra computers be part of and add their resources to those
being shared.
The first pc, yours, is usually spoken as your native PC. It is additional
seemingly to be used as a location wherever you are doing work, a digital
computer than as a storage or dominant location, a server. As additional
and additional computers are connected to a network and share their
resources, the network becomes an additional powerful tool, as a result of
staff employing a network with additional data and additional capability
are able to accomplish more through those other computers or extra
resources. The real power of networking computers becomes apparent if
you envision your own network growing then connecting it with alternative
distinct networks, sanctioning communication and resource sharing across
each network. That is, one network will be connected to a different network
and becomes additional powerful tool attributable to the bigger resources.
4
History of Computer Network.
In the late 1950s, early networks of computers included the U.S. military
radar system Semi-Automatic Ground Environment (SAGE).

In 1959, Christopher Strachey filed a patent application for
application for time-sharing and John McCarthy initiated the first
project to implement time-sharing of user programs at
MIT. Stratchey passed the concept on to J. C. R. Licklider at a
UNESCO-sponsored conference on Information Processing in Paris
that year McCarthy was instrumental in the creation of three of the
earliest time-sharing systems (Compatible Time-Sharing System in
1961, BBN Time-Sharing System in 1962 and Dartmouth Time
Sharing System in 1963).

In 1959, Anatolii Ivanovich Kitov proposed to the Central
Committee of the Communist Party of the Soviet Union a detailed
plan for the re-organisation of the control of the Soviet armed forces
and of the Soviet economy on the basis of a network of computing
centres, the
to the Central Committee of the Communist Party of the Soviet
Union a detailed plan for the re-organisation of the control of the
Soviet armed forces and of the Soviet economy on the basis of a
network of computing centres, the OGAS.


In 1959, the MOSFET (MOS transistor) was invented by transistor)
was invented by Mohamed Atalla Atalla and Dawon Kahng at Bell
Labs
5
Requirements of Network:







Network interfaces
Repeaters and hubs
Bridges
Switches
Routers
Modems
Firewalls
6
Peer-to-Peer Networks:
A peer is considered an equal. All computers on a peer-to-peer network
can be considered equals, that is to say, no one computer is in charge of
the network’s operation. Each computer controls its own information and
is capable of functioning as either a client or a server depending on which
is needed at the time. Peer-to-peer networks are popular as home
networks and for use in small companies because they are inexpensive
and easy to install. Most operating systems (the software that runs the
basic computer functionality) come with peer-to-peer networking
capability built in. The only other cost involved with setting up a peer-topeer network comes into play if a computer does not have a network
interface card, or NIC (the device that physically connects your computer
to your network’s cabling), already installed.
7
Client Based Networks:
Client-based networks are a further refinement to the concept of a serverbased network that relieves the heavy burden on the network’s capacity
resulting from frequent server-performed transactions. A client-based
network takes better advantage of the server’s powerful processors and of
the increasingly powerful computers used in typical workstations. A
client based-network utilizes a client workstation’s power in processing
some functions locally while requesting additional processing from a
server whenever it is needed for increased speed.
Client-based network servers process requests from clients and return just
the results, rather than sending the original resource to the client to be
processed and returned after computations are complete. Client-based
networks, therefore, take advantage of the powerful processing capabilities
of both the client and the server, this type of arrangement may include
application servers (where entire computer programs are shared from the
server) and communications servers.
8
Topology used for peer-to-peer network connection
Mesh topology:
A network setup wherever every laptop and network device is
interconnected with each other, permitting most transmissions to be
distributed even though one in every of the connections go down. it's a
topology usually used for wireless networks. Below could be a visual
example of an easy laptop setup on a network employing a topology.
Advantages of a topology
• Manages high amounts of traffic, as a result of multiple devices will
transmit knowledge at the same time.
• A failure of 1 device doesn't cause an occasion within the network or
transmission of knowledge.
• Adding further devices doesn't disrupt knowledge transmission between
alternative devices.
Disadvantages of a network topology
• The price to implement is beyond alternative network topologies, creating
it a less fascinating choice.
• Building and maintaining the topology is troublesome and time
overwhelming.
• The likelihood of redundant connections is high, that adds to the high
prices and potential for reduced potency.
9
Steps to install Peer-to-Peer Network setup:
Step 1: Navigate to the desktop
Step 2: Create your folder
10
Step 3: Navigate to the folder and open the properties
Step 4: Choose who you want to share with
11
Step 5: Sharing the folder
Step 6: Permission
12
Step 7: Open control panel
Step 8: Network and Sharing
13
Step 9: Advanced sharing
Step 10: Choose home and Work
14
Step 11: Select all options
Step 12: Go into network
15
Step 13: Find the device
16