CCS355 Neural Network & Deep Learning Unit II Notes with Question bank .pdf
Electro-magnetics Appreciation
1. ELECTROMAGNETICS IS THE BEDROCK OF MODERN
MEDICINE AND COMMUNICATIONS.
BY:
OLANIYAN ABDULRAHMAN (M.sc/ENG/22858/12-13).
AND
RISIKAT ONUNDI (M.sc/ENG/25654/12-13).
MAY, 2013.
AHMADU BELLO UNIVERSITY, ZARIA
2. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
INTRODUCTION.
o Electromagnetics = Electricity + Magnetics
o A great deal of modern technology depends upon the advent
electromagnetics waves.
o Radio, television, mobile phones and the Internet rely on the
transmission of radio frequency EMR through air, space or fiber optic
cables.
o The lasers used to record and play DVDs and audio CDs use light
waves to write to and read from the discs.
o Its breakthrough in medicine and telecommunication application
happens to be the greatest achievement of all
3. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
ELECTROMAGNETICS IN MODERN MEDICINE
Electromagnetics intervention in medicine has achieved a breakthrough in aspects where
conventional medicine failed such as:
Detection of internal medical problems in the body such as broken bones and fractures
Early detection of cancer
Location and treatment of Cancer and Tumours
Treatment of Hyperthermia
Monitoring of Patients in coma or intensive care units
Diagnosis and treatment of Epilepsy and Brain failure
Electrocardiography and Electroencephalography
4. o A Magnetic Resonance Imaging
(MRI) machine
o A mobile X-ray Machine o A soft X-ray and
Mammography Machine
BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
SOME ELECTROMAGNETICS EQUIPMENTS IN MODERN MEDICINE
5. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
ELECTROENCEPHALOGRAPHY
This is the most current electromagnetic advancement in modern medicine
It is the measure of electrical activity in the body through the scalp which is used to detect issues such as:
• Brain failure
• Epileptic seizures
• Psychiatric syndromes
• Prognosis in patients who are in a state of coma
6. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
MEDICAL WIRELESS IMPLANTS
it is a minute transmitting device to be planted inside the body of humans
It helps in getting details of patient who are in coma or maybe, unable to talk
it is used solely for transmitting current up-to date information of its carrier such as
Blood group
Age and
other required medical information
7. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
ELECTROMAGNETICS IN COMMUNICATION
The discovery of electromagnetic waves has made Communication easier and less tedious
Wireless communication has taken over in almost all available aspects
Electromagnetic waves made it easier to send information over long distance through space
Electromagnetic waves are used in the following aspects of telecommunication:
Radio waves
Amplitude and Frequency Modulation
Radar Technology
Microwave Communication
Telemetry
8. A radio wave antenna for receiving
information from outer space
A Radar antenna for sending and
receiving information
A Base Transceiver Station
equipment used in encoding and
decoding information to be sent and
received
BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
SOME ELECTROMAGNETICS COMMUNICATIONS EQUIPMENTS
Telecommunication equipments include antennas, satellite receivers and so on
They are used to send and receive information through electromagnetic waves in space
9. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
• Some antennas used for sending and receiving electromagnetic signals
• Telemetry; which is an automatic process of making measurements from a remote location and
transmitting those measurements to receiving equipment also utilizes these antennas.
10. BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
CONCLUSION
• Electromagnetics has successfully made life easier in the area of modern medicine and communications due to its contribution
in aspects like:
• Satellite Communication
• TV and mobile Communication
• Wireless Communication
• Microwave Communication
• Bio-medical systems
• Radiation therapy
• Remote sensing radars
• Radio astronomy radars
• And many more
• Electromagnetics has therefore helped in increasing in life expectancy, easier communication, reduced mortality rate etc.
11. Faraday Maxwell Hertz
BY: OLANIYAN ABDULRAHMAN & RISIKAT ONUNDI
ELECTROMAGNETICS: The bedrock of Communication and Modern Medicine
APPRECIATION
Credits should be given to scientist such as Michael Faraday, James Clark Maxwell and
Heinreich Rudolf Hertz for their breakthrough researches in electromagnetics thus creating a
bedrock for modern medicine and communications
13. REFRENCES
Martin Vogel (2009). Journal on relevance of electromagnetic to
medicine, Vol. III, Issue 1.
Leem Chang-sun (2006). Journal on heroes in EM wave history.
0341173
www.electromagneticsandmedicine.com
www.electromagneticsandcommunications.com
www.wikipedia.org/electrmagnetism
www.google.com.ng
http://www.kps.or.kr/
http://physica.gsnu.ac.kr/phtml/electromagnetic/emwave/emwave/emwa
ve.html
http://w3.ele.tue.nl/en/em/research/applications_of_electromagnetic_fiel
d_modelling/