E-waste solution

1. By Engineers

2.  Enormous data computerized everyday
 Plenty of information flow across network
 Almost everything computerized

3.  How to use this as per requirement ?
 Where to access ?
 Is understandable form ?
 Is worthy ?

4.  Devices connected to network
▪ New device , new Protocols , lots of mess !
 Develop new Networks
▪ pretty costly idea
 Add Extensions to older ones
 Usually done in software
 Cheaper and Effective
 Less GARBELLING

5. Interfaces of any form
-LCD screen
-Projectors
-Building Runners
CONNECT to Network without actually
increasing Processing units in network

6. NETWORK
COMPUTER
LOCAL
NETWORK
NON computing
Devices
NON computing
Devices
NON computing
Devices
LOCAL DATA Territory
GLOBAL DATA Territory

7.  Information availability at
LOCAL places
 Reuse of information
 INCREASE Number of USERS

8.  Reusability
 Extension ability
 Scaling (N- user system)
 * - issues
 TAP-head
 Market Research
 Empirical analysis

9. COMPUTER
outputoutput
NComputing
devices
NComputing
devices
inputs inputs

10. Ncomputing L300 Ethernet
virtual Desktop
Device
N316-1016
VGA port
2 x 2 USB port Ethernet port
Audio IO
POWER

11. ACRYLIC + GLASS
USB output
WEB CAM
BOX
Open source :TOUCHLIB C++ library

12. SYSTEM
N
computing
OS

13. EXPLICIT LOCAL
DATA
APPLICATION
INTERFACE
PROJECT
DOMAIN

14. Admin
• GryEdit
• Ex-directories
Ex-logins
• GryExplorer
• Ex-directory
Reader

15.  Railway /bus stations
 Hospitals
 Residential colony
 MIDC
 Shopping Malls
 Institutes
 Any public places

16.  Increasing number of information
users
 Decreasing number of processors around us
 Usage of processing to FULL extent
INFORMATION interfaces for daily use

18. Do we have any Elites here?