jeevan bsnl-forum-aug-2013-coursware

WISE WORLD INSTITUTE OF SYSTEM ENGINEERING EMS ( AN VIRTUAL ORGANISATION FOR EVALUATION OF UNIVERSITY , PSU, R&D , GOVT. SYSTEM, UNO, IEEE, WHO, SENSOR SYSTEM, EDUCATION & ENGINEERING SYSTEM,WB)

DR.SRI JEEVAN EMS, PROFESSOR( JCES); FOUNDER OF WISE AS A UNIVERSAL ORGANISATION FOR WISDOM SYSTEM MODEL OF SCIENCE, ENGINEERING, TECHNOLOGY FOR PRESERVING THE PLANET EARTH, UNIVERSAL SYSTEM THROUGH GOESYSTEM, CREATION SYSTEM TIME SYSTEM,LIGHT SYSTEM. HE CAN BE INVITED FOR CONSULTANCY, TECHNOLOGY DEVELOPMENT, IEEE STANDARD. CELL.NO.09485169431. EMAIL:[email protected]; [email protected];[email protected] [email protected](USE SMALL LETTERS FOR EMAIL ADDRESS).

WISE-JEEVAN-BSNL-FORUM-AUG-2013

FOCUS ON PAST-PRESENT-FUTURE OF BSNL

COMMUNICATION ENGINEERING SYSTEM

Ø COMPUTER SYSTEM

Ø NETWORK SYSTEM

Ø FIBRE OPTIC SYSTEM

Ø MICROWAVE SYSTEM

Ø SATELLITE SYSTEM

Ø Jeevan communication engineering system

LET US EXPLORE THE POSSIBLE WAY ON

SCIENCE ENGINEERING TECHNOLOGY

FOR THE PRESENCE OF:

VSNL----->BSNL---àWSNL

GLOBAL COMMUNICATION SYSTEMFOR CONNECTING THE WORLD.

RESEARCH & DEVELOPMENT DONE BY:

DR.SRI JEEVAN EMS

PROFESSOR (JCES)

WORLD INSTITUTE OF SYSTEM ENGINEERING

EMAIL:[email protected]: Cell: bsnl:09485169431



1

FIGURE.I: THE ILLUSTRATION OF COMPUTER SYSTEM & NETWORK

CONFIGURATION FOR DEMONSTRATION OF COMMUNICATION SYSTEM.



2

FIGURE.2: REPRESENTATION OF BRAIN SUPER COMPUTING SYSTEM

FOR HOME AUTOMATION USING REAL TIME Applications of

communication system with all set infrastructure’s.



3

Figure.3: 3d model of microprocessor of cpu FORces.



4

Fugure.4: pictorial representation of TRUEeces APPLICATION.



5

Figure.5. the real-time application of eces for industrial

automation includes power plant with emp for smart system.



6

Figure.6: the illustration tells sensor system, smart

system, Wi-Fi, internet, intranet and telephone of eces.



7

Figure.7: what do you mean “smart communication system

model for home, industrial and enterprise automation?



8

Figure.8: the true applications of sensor system for

communication for the purpose of home automation system.



9

Figire.9: what do you mean “smart system interface through

Digital display interface onto mobile screen interface?



10

Figire.10: let us understand the possible communication

engineering system in between solar power plant, wind

power plant, grid system and home automation system.



11

Figure.11: how are the benefits of smart instrumentation

helps to get faster communication system in the real solar

power distribution in smart home implementation?.



12

Figure. 12: how can we get the benefit of Wi-Fi communication

system for interfacing the solar power distribution, sensing

system and computer interface?.



13

Figure.13: what are the different instrument and display

system for implementing the faster communication during

home, industry, office automation?.



14

Figure.14: let us explore the possible resolution for solving

the problems exist in different network protocols of IEEE

standards?



15

Figure.15: just look onto the interconnection of sensing

network, computer network, vedio network, audio network

and telephone network for purpose of eces.



16

Figire.15: the integration of security system, telephone

system and multimedia system for smart communication.



17

Figure.17: the das, transmission, interface and storage

through possible electronics communication system.



18

Figure.18: the atmos is an automatic communication

parameter control through existing data interface.



19

Photograph.19:dr.sri jeevan ems; the existing set of eces is

little disadvantages on two parameters such global

warming by melting of ice mountains and interference of

magnetic field with existing heart, brain, and ionosphere,

biosphere and ozone layers. The result is death to people.



20

PROJECT PROPOSAL#20 :THE WORK ON WSNL PROJECT PLAN SHALL BE FOLLOWED WITH BSNL & WISE .

1. Preparation of project report for new engineering project work WSNL. 2. The drawing of “master innovation and invention “. 3. System engineering integration for master project modules. 4. Understand the absolute new technology development. 5. Forum between silent engineering geniuses through conference. 6. The group discussion with “scientist of various branches “. 7. The function of organization onto IEEE standard. 8. Authentic execution of construction for new engineering project. 9. The work execution of “smart PLANET & WSNL project engineering “. 10. The project plan of “ global green village town for smart citizens CARD ” 11. The organizing conference, seminar, forum for present engineering

technology system. 12. The engineering integration with “R&D, industry, factory” for

organization excellence.



21 DIGARAM.21: BASIC FIBRE OPTIC COMMUNICATION SYSTEM FUNCTIONS.

FIBER OPTIC COMMUNICATION: Fibre Opticsis simply strands of flexible glass as thin as human hairs that are used for telecommunications. These strands carry digital signals with light. Even though these cables are made of glass, they are not stiff and fragile. They can bend kind of like wires and are very strong. When hundreds or even thousands of these strandsare arranged in bundles, it is called an optical cable. These glass cables are covered with a special protective coating called cladding.



22

PICTURE.21: THE FIBRE CABLE ARCHITECTURE FOR COMMUNICATION SYS.

The cladding is made from a material that reflects the light back into the core or center of the cable. This cladding creates a mirror-lined wall. The final outer layer is a buffer coating to protect this special glass cable from damage and moisture.

Main Types of Fiber Optic Cable:

Single-mode and multi-mode are the two main types of fibre optic cable.

Single-mode fibre cables send signals using laser light. They are smaller in thickness than multi-mode.

Multi-mode fibressend signals using light-emitting diodes or LEDs. They are bigger in thickness or diameter than the single-mode cables.

How Fibre Optics Work?

Fibre optics work using the total internal reflection principle. When light is transmitted into the glass cable, the light bounces off the reflective cladding on the sides of the glass cable, so the light can travel around corners. In other words, the

light bounces off the inside of the cable until it gets to its destination.



23

PICTURE.23: OPTICAL TRANSCEIVER ( 4*2.5 GB/S) DEMONSTRATIONS.

Uses of Fibre Optics Fibre Optics have a lot of uses. The Internet uses fibre optic cables. It is a perfect application because it is digital information and the fibre optic cables send digitally.

Telephones were one of the first uses for fibre optics. Many times internet and telephone signals travel over the same cables. Digital television (also known as

cable TV) is often transmitted by fibre optic cables.



24

PHOTOGRAPHIC VIEW OF NEUROPHOTONIC INTERFACE USING FIBRE SENSOR.



25

DIAGRAM.25: FUNCTION OF OPTICAL COMMUNCIATION SIGNAL SYSTEM.



26

PHOTOGRAPH OF PC-PC FIBRE OPTIC COMMUNICATION SYSTEM FOR DEMO.

THIS IS AN INTEGRATED COMMUNICATION SYSTEM USING 6 MODE OF OPN.



27

FIGURE.27: COMMUNICATION SYSTEM INTERFACE BETWEEN FIBRE OPTIC, TELEPHONE AND ETHERNET CARD FOR THREE LAYER ARCHITECTURE.SYSTEM



28

THE PHOTOGRAPH .28: FIBRE OPTIC JUNCTION BOX -FOC INTERCONNECTION.

Fibre-optic communication is a method of transmitting information from one place to another by sending pulses of light through an optical fibre. The light forms an electromagnetic carrier wave that is modulated to carry information. First developed in the 1970s, fiber-opticcommunication systems have revolutionized the telecommunications industry and have played a major role in the advent of the Information Age. Because of its advantages over electrical transmission, optical fibres have largely replaced copper wire communications in networks in the developed world.

The process of communicating using fibre-optics involves the following basic steps: Creating the optical signal involving the use of a transmitter, relaying the signal along the fibre, ensuring that the signal does not become too distorted or weak, receiving the optical signal, and converting it into an electrical signal.

http://en.wikipedia.org/wiki/Light

http://en.wikipedia.org/wiki/Optical_fiber

http://en.wikipedia.org/wiki/Electromagnetic_radiation

http://en.wikipedia.org/wiki/Carrier_wave

http://en.wikipedia.org/wiki/Modulation

http://en.wikipedia.org/wiki/Communication_system

http://en.wikipedia.org/wiki/Communication_system

http://en.wikipedia.org/wiki/Telecommunications

http://en.wikipedia.org/wiki/Information_Age

http://en.wikipedia.org/wiki/Fiber-optic_communication

http://en.wikipedia.org/wiki/Developed_world

http://en.wikipedia.org/wiki/Electrical_signal



29.

FIGURE.29: CONFIGURATION OF FIBRE OPTIC CABLE SYSTEM.

THIS IS AN EMS SCALE FOR EVERYTHING IN MCS, SCS,FCS, DCS, AND CCS OF ECES.

EMS: ELECTRO MAGNETIC SPECTURM IS THE VITAL FUNCTION OF ECES.

WAVE LENGTH, FREQUENCY, TIME WITH POWER, ENERGY, AND ELECTRO MAGNETIC FIELD. JUST CHANGE THE TESLA VALES, SEE MARVALEOUS.



30

FIGURE.30: THE SYSTEM OF SATELLITE AND MICROWAVE COMMN.SYS.

THE COMMUNICATION CIRCUIT IN SIMPLIFIES TO UNDERSTAND ECES.



31

FIGURE.31. BASIC AND ADVANCED SATELLITE COMMUNICATION SYSTEM.



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PICTURE.32: MICROWAVE COMMUNICATION AND THEIR DIGITAL SIGNAL PROCESSOR AS RADIO.

Product Category: Point to Point Microwave Radios

1.Transcend 200 - High Speed IP and TDM Microwave Radio with True ACM (T200)

2. Transcend800 performance IP, TDM and Broadcast microwave radio (T800)

Features Advanced Radio and Digital Signal Processing Up to 200 Mbps over-the-air throughput for single IDU configurations. True Adaptive Coding and Modulation (True ACMTM) Transcend 200 automatically adjusts coding and modulation rates, without any payload error, to changing environmental conditions. This allows for sustained availability at overall higher capacity. High Speed IP Traffic - Gigabit More Info »

Features Advanced Radio and Digital Signal Processing - Up to 380 Mbps over-the-air throughput for single IDU configurations and multiple Gbps over-the-air throughput for aggregated traffic. True Adaptive Coding and Modulation (True ACMTM) - Transcend™ 800 automatically adjusts coding and modulation rates, without any payload error, to changing environmental conditions. This allows for sustained availability at MORE INFORMATIONS.

http://www.advantechwireless.com/catalogue/products/transcend-200-microwave-radio/



Photograph.33. Where is Dr.Sri Jeevan EMS?

Note: The12hills Mountain is a model of Himalaya.



34

List of teaching,training,consultancy,R&D have been done

during 2005-2013 (8 years.).

1. Merit-iit ooty as lecturer (ece,cse,ie)subject:Dsp.

2. A university as a research fellow in sensor system.

3. Visiting faculty to tn agro system university,cbe&OOTY.

4. Srinivas engg. College-jntu-vizag-asst.prof (E&I).

5. Scientific advisor for STATE OF hp,J&K,ul,Sikkim,Nepal, Bhutan.

6. Guest lecture on nset,nano cement at J&K cement plant

7. Visiting faculty iise& iim-bangalore.

8. Iit-Delhi-lecture with noble laureate chemistry-2010.

9. Iit-roorkee-power system conference at eee dept.

10. THE Nhpc consultant&rD for 12 project with 12 lecture

11. Consultancy WORK for appdcl at vizag on pesm for gpsm.

12. Bits-goa campus-lecture on electronic control system for car,

AND automotive system.



35.

MY FRIENDS ON PROFESSOR OF SCIENCE, ENGINEERING,TECHNOLOGY IN THIS PLANET EARTH.

1. DR.SRINIVAS, PRFOESSOR, ECE(PHOTONICS LAB), IISC, BANAGLORE.

2. DR. SEETHA RAMU, DIRCTOR, CPRI, BANGALORE.

3. HCM. DR. NARENDRA MODI, PROFESSOR (GANDHIAN STUDY IN PEACE).

4. DR.H.TROY NAGLE, IEEE- SENSORS JOURNAL, EDITOR IN CHIEF.USA.

5. DR. EICHI NEGISHI, NOBEL LAUREATE-2010, FUTURE CHEMISTRY SYSTEM.

6. DR.OSAMU KUMAGAI, PRESIDENT, CORE DEVICE DEVELOPMENT, SONY LAB, JAPAN.

7. DR. YONG CHEOL HONG, SCIENTIST, NFRI, KOREA.(KIST-UNIVERSITY)-WORLD FOCUS.

8. DR. STEVE L GRAMMER, PROFESSOR (GEOTECH), AUTHOR OF GEOTECHNICAL TEXT BOOK.

DEAPARTEMENT OF CIVIL AND ENVIRONMENTAL ENGG. WASHINGTON UNIVERSITY. USA.

9. DR. DURGA VARAM PRASAD, GEOPHYSICS, THE SINGERNI COLLERIES COMPANY LTD, AP.

10. DR. SHARAD BHATNAGAR, CHIEF ENGINEERS (GP), PARVATHI HYDRO PROJECT, and HIMACHEL.

11. DR. OM PRAKSH, GM (NHPC), SUBAN SRI HYDRO POWER PROJECT, ASSAM THESAM.( AWSOME)

12. THE HCM OF GREEN ASSAM, FOR PRESENT HIM BRAMMA THESAM AS A PLANET EARTH SYSTEM.

13. Honorable Chief Minister: DR.Mukul Sangma, Room No.401, Yojna Bhawan, Shillong-793001

14. Shri. Ravindera Reddy, DGM (EB& HR), BSNL(CGM OFFICE, NEI), Shillong.



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39

JEEVAN BIOGRAPHY:

E.M.S. SRI JEEVAN obtained Diploma in Mechanical Engineering from Seshasayee Institute of Technology in the year 1991, B.S. Engineering Technology from Birla Institute of Technology and Science, PILANI in the year 2000 and M.TECH. Sensor System Technology from VIT, Vellore, in the year 2004. EMS Sri Jeevan has been rewarded as a Reviewer for IEEE Sensor Journal by IEEE fellows for his research paper contribution towards IEEE conferences. His professional experience includes 8years. He worked in R&D for HEB (I) Ltd, in the field of Alkaline Batteries for Silver Zinc Oxide and Nickel Cadmium batteries on the subject of Electrochemical Science. He served as a Power Plant Engineer at NTPC Ltd, India. He worked in MEMS LAB for his M.Tech. Thesis at LEOS/ISRO Bangalore, India. He received the certificate on MEMS Technology for Sensor Manufacturing from IIT, Chennai. He was working as a Junior Research Fellow at AVVPUniversity, Coimbatore, TN, India. Also he worked in Dr MGR University-Chennai, JNT University-Hyd. He delivered his value based education, training, consultancy technology transfer to many clients in India and abroad on Non-profitable basis of advices cum counseling. His area of Interest includes ITS-air fueled bus, fuel cell car, Sensor System, MEMS, Artificial Intelligence, Digital Image Processing, and all power plant engg. (thermal/hydro/nuclear/ geothermal/solar/wind), Remote Sensing & GIS for Automatic Navigation System, Computational Engineering and Sensor Networking. He presented two papers on MEMS Micro Mirror and MEMS Gas Sensor at MEMS and Nano Technology conference. He authored a book titled “ABC OF INTELLIGENCE (MAN/MACHINE). His new theory is called “JSEMS THEORY “has been submitted to Noble Foundation, PeaceUniversity. He worked for his new theory for 17 years. (1991-2004) in various level of his life apart from his schooling, college, part time work and full time work from childhood to present social scientific divine scholar status. Presently, He is keen interest through IEEE member for R&D, Consultancy and Technical Paper Publishing on Mathematical Modeling of Micro Flux Gate Magnetic sensor, Virtual Manufacturing of MEMS magnetic Sensor and Electroplating for fabricating MEMS components. He is founder of World Institute of System Engineering. He is a born again social scientific divine scholar. The author can be accessed for technology transfer and guest lecture and other business innovation training programmes. Cell: 09485169431: Email: [email protected] web: www. Wiseworldinstitute.com. Recently, He has published a e-book on Nanotechnology for B.Tech/M.Tech./PhD course.

mailto:[email protected]



40 THE RESEARCH &DEVELOPMENT FOCUS “HOW IS THE ECES AFFECTS THE ATMOSPHERE MAIN LAYERS SUCH AS IONOSPHERE, BIOSPHERE,OZONE LAYER?”.

THIS IS GOD SYSTEM LEARNING COURSEWARE: CREATION ENDS AT

AUM PARVATHEM; WHERE SUN, MOON, EARTH MERGE EACH OTHER.

jeevan bsnl-forum-aug-2013-coursware

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