The Unified Computing System is a next-generation database platform that Unites compute, network, storage access, and virtualization into a cohesive system This is an Final Year Project implemented by Er. Anal Prasanna Salshingikar during Diploma in Engineering

1. G.H.RAISONI POLYTECHNIC
NAGPUR
Project Seminar
“Unified Computing System”
PC WITHOUT CPU
Presented by
Anal Prasanna Salshingikar

2. Introduction:-
 The Unified Computing System is a next-generation
database platform that Unites compute, network,
storage access, and virtualization into a cohesive
system
 The system integrates a low-latency, lossless 10
Gigabit Ethernet unified network fabric with
Enterprise-class, x86-architecture servers.
 The system is an integrated, scalable, multichassis
platform in which all resources participate in a
unified management domain

3. Objectives
 The main objective of this project is to
make a “CPU Less World “.
 It is designed to reduce total cost of
ownership (TCO) and increases the
organizational and user convenience
 No CPU is required only the main host(data
base) will have high-end hardware
configuration
 This may contain many terminals as per
organizational requirements which will be
distributed in many groups and sectors.

4. Block Diagram of
Unified Computing System
Data-base
HOST
Switch
&Routers
Optical to
RJ-45
Converters
N-computing
devices
{Virtual PC’s}

5. Hardware & Software for
HOST(DATABASE)
 HARDWARE:- A X86 Architecture Xenon
Processers, 10TB HDD, 128GB DDR4 RAM,
optical fiber card, Switches, Routers, Optical
to RJ-45 Converter, CAT 5e Cables and
general hardware components.
 Software- Windows 7,V-Box,GNS3
 The data base will have all the real high-end
hardware as well as software as mention
above, which will be shared virtually with
help of VMware
© Wiley 2007

6. Proposed plan of work
 “UCS in College system”
 The college is divided into 4 main
groups/sectors
1. Accounts department.
2. Teachers department.
3. Students department.
4. Laboratory department.
continued….

7. Diagrammatical view for
Proposed plan of work

8.  (ACCOUNT DEPARTMENT)
The computers (terminals) in Account department will consist:-
1. The general software
2. Original operating system (Windows XP)
3. Accounts related software (Tally)
4. Printer Support
 Hardware Configuration for Accounts dept.
a) 32 bit OS
b) 128 Mb RAM
c) 250 Gb HDD
d) 128 Mb Graphics
 Some Services will not be present for Accounts
Department.
continued….

9.  (TEACHERS DEPARTMENT)
The computers (terminals) in Teachers department will
consist:-
1. The general software
2. Original operating system (Windows 7)
3. No limit Internet Connectivity
4. Access to terminals of students department
 Hardware Configuration for Teachers department.
a) 32 bit OS
b) 1 Gb RAM
c) 160 Gb HDD
d) 512 Mb Graphics with audio and video support
continued….

10.  (STUDENT DEPARTMENT)
The computers (terminals) in student department will
consist:-
1. The general software
2. Original operating system (Ubantu)
 Hardware Configuration for Student’s
department.
a) 32 bit OS
b) 512 Mb RAM
c) 80 Gb HDD
d) 256 Mb Graphics
 Some Services will not be present for Students .
continued….

11. © Wiley 2007
 (LABORATORY DEPARTMENT)
The computers (terminals) in laboratory department will
consist:-
1. The general software
2. Original operating system (Windows 7)
3. Engineering Software's
4. Printer and Internet Support
 Hardware Configuration for Laboratories dept.
a) 32 bit OS
b) 2 Gb RAM
c) 320 Gb HDD
d) 1 Gb Graphics

12. Output

13. Behind Output (WORKING)
 The UCS involves sharing of hardware resources such
as RAM, Hard disk and many software’s through
virtualization with network Bridging and tunneling
with help of CISCO-IOS (Internetwork Operating
System).
 Every user will have a separate terminal, separate
operating system as well as storage but the terminal
will be virtual and all the real resources will shared
from the main data center or HOST. The entire
terminal will work likes a real system with all virtual
resources but a real LAN card which will remotely
access all the configurations from the host through
N- Computing device

14. IMPORTANT POINTS:-
 All the groups can be alloted a separate
V-LAN for better security
 DHCP- All the terminals will be
autoatically assigned with an ip address
just as plug n play
 CISCO IOS- All the configurations and
networking is done through the CISCO
internetwork operating system
 NAT- Network address translation is that
it allows a single internet connection
with a single IP address to be shared

15. IMPORTANT POINTS:-
 Bridging- It is an action taken by
network equiptment to create an
aggregate network from either two or
more network segments
 Virtual PC- The end terminals or devices
which will not be really existing but
working

16. Advantages
 It reduces the hardware and cost
 Highly secure
 No risk of hardware failure(RAM , HDD)
 Easy to identify the problems
 Troubleshooting
 Centralized Management
© Wiley 2007

17. Future Scope
It can be implemented in:-
 College Level system
 Institutes
 Organisations
 Company
 Call Center
 Data Centers
© Wiley 2007

18. Research Methodology To Be Employed:-
 Networking
 Storage Access
 Virtualization