Free Essay

Led Technology & Its Uses

In:

Submitted By ankitarabra
Words 1358
Pages 6
CMO LED Day Forum
2008年7月23日

LED BLU and Green High Tech Life

姚柏宏 / Luke Yao
姚柏宏
Research Director
DisplaySearch/ Taiwan
Email: Luke_yao@displaysearch.com
Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

Important Notice
Copyright © 2008 DisplaySearch, LLC an NPD Group Company
DisplaySearch authorizes you to access and view these presentation materials. You may not modify, publicly disseminate, transmit, display, perform, reproduce, publish, license, create derivative works from, transfer or sell these presentation materials or any portion(s) thereof without prior written consent from DisplaySearch. Excerpts for editorial use must be accompanied by proprietary notices contained in the original materials and appropriate attribution of DisplaySearch or of the source of the original materials, as the case may be, and prior written consent from DisplaySearch must be obtained. To obtain such consent, contact info@displaysearch.com.
DisplaySearch makes no representations about the suitability of the information contained in the materials or the website for any purpose.
All materials on this website are provided "as is" without warranty of any kind.

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

2

Thank you!
For more information on the analysis and data included in this presentation:
Visit us at www.displaysearch.com
Contact Patrick Maki
+1-512-687-1511 or 877-869-6075 (US only) patrick_maki@displaysearch.com DisplaySearch Analyst
Luke Yao - Research Director, Lighting
David Hsieh - Vice President, Greater China Market

Referenced and related DisplaySearch research:
Quarterly Backlight Lamp and Backlight Unit Report

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

3

Subscribe today!
Subscribe today for free market updates, shipment information, and more! www.displaysearch.com/datainsight Visit our blog today at www.displaysearchblog.com

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

4

Brief Introduction
= The Most Professional Pipe Worker for Worldwide Display Industry
Eqpt./Materials
Suppliers

Panel
Makers

OEMs

Brands

Retailers

Consumers

=The Professional Analyst of BLU Technology and Market
Research Field
•Backlight Module

•Optical Films

•LED Light Source

Luke Yao
Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

5

Agenda

•Benefit and Potential of LED in Notebook Market
•Cost Analysis and LED NB Market Forecast
•Key Factors to Enhance The Penetration of LED NB
•Summary

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

6

Agenda

•Benefit and Potential of LED in Notebook Market
•Cost Analysis and LED NB Market Forecast
•Key Factors to Enhance The Penetration of LED NB
•Summary

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

7

Green Life Image
Only one Earth we have and we want her to be …
Relaxing

Dynamic
Forever

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

8

Mission of Green Display
Make LCD Display more Friendly to Earth…

Enjoy your life through the Green Display even though you just sit in front of it.
Reduce Hazardous Material

Reduce Power Consumption

Improve Recycle Practice

Increase Product Life Time

Reduce System Components

Use Environmental Friendly Material

Improve Efficiency of Components

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

9

Opportunity of L/A LED BLU
Market Potential

High

Advantage
NB PC

Challenge
• Intensity

• Light weight

• LGP yield rate

• Thin profile

• LED Binning

• Small cost premium

LCD TV

• Power Saving

Driving Force

• LED Package

• Power Saving

• Cost

• Dynamic BLU control

• Reliability
• LED Binning
• Huge LED Amount

Monitor

• Power Saving

• Cost
• Intensity
• Reliability

Low

• Selling Points

Source: DisplaySearch Q2’08 Backlight Lamps and Backlight Units Report

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

10

Categories of LED BLUs for NBs
Yield rate of LGP decides the penetration rate of LED BLU for NB application.
High Brightness Model

Regular Model

BLU Structure

Flat LGP (V-cut Pattern)

Wedge LGP (Dot Pattern)

Flat LGP (Dot Pattern)

Film Stack

Reflector+ LGP+ Turning Film + Top
Diffuser

Reflector+ LGP+ Cross Prism
Films + Top Diffuser

Reflector+ LGP+ Cross Prism
Films + Top Diffuser

Brightness







LGP Yield







Thickness







Cost







Patent Right

Mitsubishi Rayon

NA

NA

BLU Supplier







Relative Factor of Evaluation: ◎ > ○ > △

Source: DisplaySearch Q2’08 Backlight Lamps and Backlight Units Report

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

11

Agenda

•Benefit and Potential of LED in Notebook Market
•Cost Analysis and LED NB Market Forecast
•Key Factors to Enhance The Penetration of LED NB
•Summary

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

12

L/A LED BLU Forecast
Q2'08 Forecast (000 units)
CCFL/EEFL/HCFL Backlight
LED Backlight
FFL Backlight
All >10" TFT
Q2'08 Forecast (This Time)
CCFL/EEFL/HCFL Backlight
LED Backlight
FFL Backlight
All >10" TFT
Q1'08 Forecast (Last Time)
CCFL/EEFL/HCFL Backlight
LED Backlight
FFL Backlight
All >10" TFT

2006
282,694
1,380
450
284,524
2006
99%
0.5%
0.2%
100%
2006
99%
0.5%
0.2%
100%

2007
392,286
4,250
84
396,621
2007
99%
1.1%
0.02%
100%
2007
99%
1.0%
0.02%
100%

2008
448,965
20,071
0
469,036
2008
95.7%
4.3%
0.00%
100%
2008
96.3%
3.7%
0.00%
100%

2009
469,188
69,102
0
538,290
2009
87%
12.8%
0.00%
100%
2009
90%
9.9%
0.00%
100%

2010
493,610
115,428
0
609,038
2010
81%
19.0%
0.00%
100%
2010
83%
17.0%
0.00%
100%

2011
491,605
188,196
0
679,801
2011
72%
27.7%
0.00%
100%
2011
75%
25.4%
0.00%
100%

2012
468,497
278,116
0
746,613
2012
63%
37.3%
0.00%
100%
2012
66%
34.0%
0.00%
100%

2013
468,351
348,769
0
817,121
2013
57%
42.7%
0.00%
100%
2013
62%
38.3%
0.00%
100%

2014
483,190
407,311
0
890,501
2014
54%
45.7%
0.00%
100%
2014
59%
41.0%
0.00%
100%

2015
497,553
474,089
0
971,642
2015
51%
48.8%
0.00%
100%
2015
55%
44.6%
0.00%
100%

L/A LED BLU Penetration Rate by Application
110%
100%
90%
80%
70%
60%
50%
40%
30%
20%
10%
0%

2006

NoteBook LED BLU 1.5%

2007

2008

2009

2010

2011

2012

2013

2014

2015

3.6% 13.5% 38.3% 52.4% 71.7% 91.4% 98.8% 99.4% 100.0%

Monitor LED BLU

0.0%

0.1%

0.2%

0.4%

0.8%

1.3%

2.2%

4.0%

7.4% 12.9%

LCD TV LED BLU

0.3% 0.02% 0.3%

1.8%

4.8%

8.7%

9.4% 10.1% 10.7% 11.2%

Source: DisplaySearch Q2’08 Backlight Lamps and Backlight Units Report

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

13

Penetration of LED BLU for NB PC
Panel Maker
BLU Maker
LED Maker
Size
Model Name

Apple
i.CMO,AUO ii.SEC
Kenmos/ Nano-Op
TG(i), Nichia(ii)
13.3", 15.4", 17"
MacBook Pro & Air

HP
CMO,AUO
Kenmos
TG/Nichia
12.1"
2710P

Dell
CMO
Kenmos
TG/Nichia
13.3"

Sony
TMD
Matsushita
Nichia
11.1", 13.3"
XPS M1330 TX, SZ

Fujitsu
TMD
Stanley
TG
8.9", 12.1"14.1"
P8010,P1620,S6510

Toshiba
TMD
Stanley
Nichia
12.1",13.3"
R500, M700

ASUS
Lenovo
TMD
TMD
Stanley
Stanley
Nichia
Nichia
11.1",12.1",13.3" 13.3"
U1,U3,U6
X300
110%

450,000

400,000
90%
350,000

70%

000 units

300,000

250,000
50%
200,000

30%

150,000

100,000
10%
50,000

0

2006

2007

2008

2009

2010

2011

2012

2013

2014

2015

LED BLU (NB)

1,170

4,081

19,349

65,753

106,018

169,484

254,734

317,919

363,629

410,118

NB Total

79,772

113,452

142,895

171,718

202,487

236,272

278,715

321,855

365,657

410,118

1.5%

3.6%

13.5%

38.3%

52.4%

71.7%

91.4%

98.8%

99.4%

-10%

100.0%

Penetration Rate

Copyright © 2008 DisplaySearch · All Worldwide Rights Reserved

14

LED NB Market Forecast by Size
NB size smaller than 14” will dominate the demand of LED models corresponding to business customers with high mobility before 2009 and 14”+ ones will take over the primary market share of LED NB, especially 15.4” and 15.6” ones, to accelerate the penetration of LED BLU in NB market after 2009.

2009

2007
Leading size of
LED NB

2015
≧14”

Similar Documents

Free Essay

Forv

...of 60μm whereas Oki Digital LED technology can produce dots as small as 34μm ... But have been pioneering the use of Digital LED technology in printing devices for many years! ... Do you like what you see?Laser heads can produce dot sizes of 60μm whereas Oki Digital LED technology can produce dots as small as 34μm ... But have been pioneering the use of Digital LED technology in printing devices for many years! ... Do you like what you see?Laser heads can produce dot sizes of 60μm whereas Oki Digital LED technology can produce dots as small as 34μm ... But have been pioneering the use of Digital LED technology in printing devices for many years! ... Do you like what you see?Laser heads can produce dot sizes of 60μm whereas Oki Digital LED technology can produce dots as small as 34μm ... But have been pioneering the use of Digital LED technology in printing devices for many years! ... Do you like what you see?Laser heads can produce dot sizes of 60μm whereas Oki Digital LED technology can produce dots as small as 34μm ... But have been pioneering the use of Digital LED technology in printing devices for many years! ... Do you like what you see?Laser heads can produce dot sizes of 60μm whereas Oki Digital LED technology can produce dots as small as 34μm ... But have been pioneering the use of Digital LED technology in printing devices for many years! ... Do you like what you see?Laser heads can produce dot sizes of 60μm whereas Oki Digital LED technology can produce dots as small...

Words: 673 - Pages: 3

Free Essay

Vissiblelightcommunication

...2 1. Visible light communication Shinichiro Haruyama 3 1. Visible light communication Visible Light communication is a wireless communication technology that uses light that is visible to humans. Typical example of visible light communication: the use of LED illumination as a transmitter LED Lights Receiver Why do we want to use visible light for communication? Shinichiro Haruyama 4 Reason 1: Visible light communication is not regulated. Radio Wave and Light Wave Frequency (Hz) Ultraviolet light Visible light Infrared light Light Wave Radio Wave 16 10 15 10 1014 13 10 3THz 12 1THz 10 11 10 1010 9 1GHz 10 108 Visible light communication Frequency above 3THz is NOT regulated by the Radio Regulation Law . Wireless LAN Cellular phone TV FM radio The use of radio frequency below 3THz is regulated by the Radio Regulation Law . 7 10 1MHz 106 AM radio Visible light communication is not regulated, so it is fairly easy to introduce new products , though safety regulation of high-power LED light has been already discussed. Shinichiro Haruyama 5 Reason 2: Visible light LED will be used everywhere. Infrared light is already used for communication, such as wireless remote control , IrDA, Infrared wireless LAN, and infrared interbuilding communication. However, visible light LEDs are beginning to be used in every home and...

Words: 2638 - Pages: 11

Free Essay

Collabaration and Innovation at Procter and Gamble

...products sold in the United States are subject to industry standards governing safety and performance. This fact sheet lists the key guidelines as well as performance and safety standards that are applicable to SSL products, including those utilizing light-emitting diodes (LEDs). The use of national standards and test methods improves consistency of performance and facilitates product comparisons, thereby increasing consumer confidence and satisfaction. As the technology matures, standards and guidelines are created or revised as needed. The documents listed here are those applicable in North America and completed as of October 2011.1 ANSI/ANSLG American National Standards Institute/American National Standard Lighting Group | www.ansi.org ANSI is responsible for establishing standards and conformity assessment systems within the United States. ANSLG was initially created through the ANSI organization to support development of appropriate and needed lighting standards through its own working group(s) or other organizations. C78.377-2008 C82.77-2002 C136.37-2011 Specifi cations for the Chromaticity of Solid State Lighting Products Specifi es chromaticity (an attribute of color) tolerances for white light LEDs intended to be used indoors based on nominal correlated color temperature (CCT) values. Harmonic Emission Limits – Related Power Quality Requirements for Lighting Summarizes harmonic limits and methods of measure-ment for all lighting equipment, including SSL drivers...

Words: 2562 - Pages: 11

Premium Essay

Led Marketing Plan

...Led marketing directorIntroduction p. 3 II. Mission and objectives p. 4 III. Capabilities of our company p. 4 IV. Current Marketing Situation p. 5- 10 V. Positioning p. 10 - 11 VI. Marketing Strategy p .12 - 20 1. Product Strategy 2. Pricing strategy 3. Promotion strategy 4. Distribution strategy VII. Budgets p. 20 - 21 VIII. Controls p. 21 -22 IX. Executive Summary p. 23 - 24 X. References p. 24 I. Introduction What is LED light? With a view to creating a better quality of light and saving energy LED light has entered the light industry. Full form of LED is light emitting diode. The concept of LED is pretty simple. Like every other diodes, LED is made of semiconductor filled with impurities from Group IIIA and GROUP VA elements, creating a p-n junction. As electricity flows from the p part to the n part, holes from the p part meet the electrons from the n part. When the holes and electrons meet, they radiate energy. In LED, this energy is used as light. Electroluminescence, the basic concept of LED was discovered in 1907 by H J Round. But until 1968, LEDs were very costly and inefficient for commercial and personal use. The Monsanto Company was the first industry to mass produce LED lights for indicators in 1968. After that, there had been quite some developments in LED technology resulting in the efficiency to rise exponentially with a doubling... READ FULL DOCUMENT Introduction p. 3 II. Mission and objectives p. 4 III. Capabilities of our company p....

Words: 1196 - Pages: 5

Free Essay

Led: Light Emitting Diode

...greatly expanded not just for the basic use of lighting, being used for everything from relaying information to safely navigating an aircraft. Just like most other great inventions throughout time there is something cleaner, more efficient, and cheaper one, that is where the LED comes in. The concept of the incandescent bulb was being experimented in 1800’s, by heating the filament and exciting the atoms that are in the surrounding gas in the glass container and creating light as the electrons change energy levels. This design has worked for a long time, but the light this created from the incandescent bulb is not very efficient with the great amount of energy that is wasted in the form of heat instead of light, and once the thin filament breaks the bulb is shot. While this has worked over a long period of time and there are more efficient incandescent bulbs it does not match the LED. The LED is able to produce the same light effects with a simpler and cleaner design. Using a semiconductor, when a current is run through the semiconductor it excites the electrons and when the atoms change energy levels they produce light. It is a compact for efficient way of lighting, LED’s don’t have to use gas for the lighting so the glass casing is unnecessary making LEDs much more durable the standard blubs. With the semiconductor creating the light there is no more need to worry about the filament breaking so it is has a much longer life span. Many LEDs were first used on many electronic...

Words: 523 - Pages: 3

Premium Essay

Sony Tech and Innovation

...Executive Summary In the following report, it will cover the market and demand analysis of Sony, and which includes an outline of Sony’s market position with the use of analytical tools such as a SWOT analysis and taking into consideration macro factors which influence Sony both internally and externally. The report will also consist of innovation analysis of Sony that outlines the ways in which they differentiate themselves with the use of their research and development strategies, and the threats which follow as a consequence of taking the risk of being creative. Furthermore the future challenges which the firm may face will be analysed as part of strategic outcomes, and how Sony can react to these challenges in the future. 1.0 Introduction To begin with, we will carry out a report on Sony which will include details of how they are currently competing in the market. Also, an innovation analysis will be carried out into Sony and their unique selling point of being one of the most innovative companies in the world. The types of details of Sony, which will be reviewed, are internal such as strengths and weaknesses. The external factors, which will be analyzed, are macro factors, which affect the company such as detailed SWOT analysis and their corporate image. Finally, the challenges, which Sony has to face in the future, will be reviewed and ways in which Sony respond by countering the challenges they may...

Words: 1504 - Pages: 7

Free Essay

Term Paper

...encouragement and useful critiques on this project work. We would also like to thank our professor for her advice and assistance in framing the questionnaires as well as keeping our progress on schedule. We would also like to extend our thanks to all the participants for their sincere response in survey without whom project would not have been completed. Finally, we like to thank our classmates for their support and encouragement throughout our study. With Best Regards Introduction LCD televisions produce a black and colored image by selectively filtering a white light. The light is typically provided by a series of cold cathode fluorescent lamps (CCFLs) at the back of the screen, although some displays use white or colored LEDs instead. Millions of individual LCD shutters arranged in a grid, open and close to allow a metered amount of the white light through. Each shutter is paired with a colored filter to remove all but the red, green or blue (RGB) portion of the light from the original white source. Each shutter–filter pair forms a single sub-pixel. The sub-pixels are so small that when the display is viewed from even a short distance, the individual colors blend together to produce a single spot of color, a pixel. The shade of color is controlled by changing the relative intensity of the light passing through the sub-pixels. Liquid crystals encompass a wide range of (typically) rod-shaped polymers that naturally form into thin, ordered layers, as opposed...

Words: 7961 - Pages: 32

Free Essay

Society Dependency on Technology.

...society dependent on technology? Name Institution Date Is the society dependent on technology? Introduction. Technology advancement has led to faster more efficient ways of handling day to day operations. Due to the efficiency and direct benefits accrued from the utilization of technology, the society has endorsed technology use rapidly. The rapid embracement of technology boulders addiction to electronic devices. Continued use has created human dependency on the technological gadgets. The paper present documents that reveal the dependence of people on technology. Decker, M., & Ladikas, M. (2004). Bridges between science, society and policy: technology assessment between methods and impacts. Berlin [etc.]: Springer. The books give the bridge gaps between society and technology. It explains the allure that technology creates to draw more people to using the technological devices and new technologies. The author notes that advancement in technology has led to dependence. Drucker, P. F. (2011). Technology, management, and society. Harvard Business Press. Drucker (2011) outlines a collection of essays that deal with material civilization. In this aspect exploration is done on the history of technology and how it has influenced the human life. The book sheds light on the aspects of technology that have led to its popularity among societies. It is related to the work done by Vannoy (2010). Essig, T. (2012). The Addiction Concept and Technology: Diagnosis, Metaphor...

Words: 1107 - Pages: 5

Free Essay

Lifi

...o there are many issue with wireless devices, I am going to discuss and also going to throw light on new possibilities. These are main 4 Issue with wireless technology we are having these day 1. Capacity We are transmitting these wireless data in form of radio wave, we all knows these are limited, scarce, and expansive and no hope for further expansion as per our need. These limitation is not able to full fill our current monthly data transmission demand and we are no doubt running out of spectrum. 2. Efficiency There is another problem, efficiency. These base stations consume lots of power every hour. Interesting thing is that most of the power is not used for transmitting radio waves, but to cool down the base stations. Thus efficiency of such base stations is only about 5%, that means a big problem. 3. Availability You can’t use your wireless devices in your Flight, hospitals, in military prone areas for security issue. 4. Security Security is another issue, these penetrating and scattering radio waves have no controls in boundaries, they goes off the range we use, even consumes power too. Even somebody can make misuse of these radio waves, Looking to another corner, we have 20 billion of Light bulbs deployed across the world in current infrastructure. That’s what I am going to cover in my post. We have electromagnetic spectrum, where we have Radio waves and visible light, Comparing their availability, bamm, we have 10,000 times more visible...

Words: 1261 - Pages: 6

Premium Essay

Old Technology Stone, Bronze and Iron Age

...INTRODUCTION In history technology has developed over time with the evolution of man. The developments in technology are as a result of the need by man to fulfill some of his needs such as protection, find food, entertainment and to gain wealth among others. History of development in technology is the systematic advancements of techniques for doing and making of things over time. In time the term technology has had various understanding to man. Technology by mid-century was defined using phrases like, “the means or activity by which man seeks to change or manipulate his environment.” Term technology, is coined from two Greek words, technē, “art, craft,” and logos, “word, speech,” which in Greece means discourse on both applied and fine art. Development of human kind as seen through the theory of evolution of man is categorized into three distinct periods, the stone age, bronze age and the iron age. The stone age shows primitive tools which with time into the bronze age tends to get more sophisticated and later become more complex seen in the iron age. The changes involved in technological advancements of early man is attributed to the change in their mental ability, the changes in social behavior. (Netzley, 1998) This paper focuses on the chronological advancements in technology through the three phases of human evolution and how it influenced their daily lives. It reviews in general the social conditions in these periods, the dominant materials used, the sources of energy...

Words: 1849 - Pages: 8

Premium Essay

Nt10 Unit 3 Research Paper

...One of the most top rated Klarus flashlights, is the XT11. This torch is small, compact and lightweight, but still produces enough light for most of your needs. It is affordable and significantly cheaper than most of the other LED torches available in the market today. It measures 1.5 by 1.5 inches and is only 8 ounces in weight. This means that it is small enough to disappear into your hand and light enough to confidently carry in your pocket. The Cree LED Technology Unlike the cheaper LED torches it uses the Cree LED bulbs. Other Cheap LED flashlights use poor technology to cut down cost. These cheap LEDs will loose their luminosity a very short period of time despite being very bright when it is still new. Sometimes the manufacturers of these substandard...

Words: 490 - Pages: 2

Premium Essay

Sony

...BRAVIA 3D LED TV WITH DTS Executive Summary Sony Bravia 3D LED DTS TV is a hypothetical product. Though the current 3d led tv’s offer a full high definition pictures with 3D technology, to experience a theatre like sound people have to spend extra money to buy a home theatre system. To provide the tv viewers an excellent sound experience along with full high definition picture sony is introducing this all new 3D LED DTS TV. Demand for 3D LED TVs is on an upswing with 15% contribution to total flat panel sales till April 2011 (As per latest GFK reports) and Sony is fuelling this growth by providing the best quality 3D LED TVs in the Indian market. Delivering the entertainment you want, when you want, the 2011 BRAVIA line-up delivers instant access to online entertainment. Providing internet feature right from 22(56 cms) to 65(165 cms) screen size, customer can Watch, Communicate & Search the internet right in the comfort of their home. Not only this, Sony also has some exclusive internet content such as Sony Entertainment Television video clips, Music Search enabling customers to search artist, album and song information while listening to music tracks and upcoming applications such as Friday Moviez. This line-up also marks the re-birth of 3D HD TVs that delivers outstanding performance in terms of better than ever 3D picture quality. Sony has made an investment of Rs.150 crore towards 360 degree multi-media campaign “The Rebirth. LED TV”. This will...

Words: 1841 - Pages: 8

Premium Essay

Han Dynasty Dbq

...their development of technology. In the first and second centuries, both the great empires of Rome in Italy and the Han in China had technology to accommodate their numerous populations but both of their attitudes towards technology were different as they viewed and utilized manual labor differently. Their different attitudes led to different developments in their technology, but both eventually saw a decline toward the...

Words: 1398 - Pages: 6

Free Essay

People Have Become Overly Dependent on Technology

...People Have Become Overly Dependent on Technology Gary McClellan DeVry University People Have Become Overly Dependent on Technology The topic for my research is “People have become overly dependent on technology” and it’s very interesting. The interesting part of this is I’m learning more about people being dependent on technology. To understand more about being less dependent on technology and be comfortable with myself and not have a condition called, “Nomophobia”(no-mobile-phone-phobia). I found out this terminology by researching and using the school library. To me being overly dependent on technology is redundant and out of control. What happens when you lose power and system goes down? You get into a state of panic because you just lose some very important information, now you’re stuck. As I continue my research I’ve learned more and more of the effects of being dependent on technology. This makes me more knowledgeable and now I can warn others of not being dependent on technology. Now I understand why people become dependent to the point of no return. Here are some devices use amongst teens and young adults and also grownups, cell phone, I-Pads and tablets along with other sources of electronic devices are being used in today society. Notice everywhere you go you see the devices being used. Whether you’re in the office, out in the park, at a bus stop or just plain walking these devices will have your attention. While using these devices time goes by and you barely...

Words: 915 - Pages: 4

Premium Essay

Csc300 Assignment 1

...Kevin Nguyen CSC 1010-020 5 February, 2015 Assignment One 1a. Biomedical Sciences/ Health Technology The study of biomedical sciences and health technology help promote and maintain health for animals and humans. Research from this field helps prevent and sometimes cure long term diseases using medical drugs, medical procedures, and medical devices. To increase life expectancy and growth biomedical science is a necessary step for humans and animals. Patients who suffer from long term diseases such as diabetes or cancer will have a higher probability to survive with the proper care provided by institutions equipped with the technology to treat them. As our medical technology develops we can obtain more advanced methods. Some of which include...

Words: 1152 - Pages: 5