Goden,IMPUT/OUTPUT,Creati

vity and Leadership

Exercise: MindMap,Exercise:

Creativity Team project

Scientific Creativity

Prof. Chang Duk, Jung

2

Market Description Applications

Security • Abnormal situation detection

• Homeland/industry security

• Surveillance

• Alert

Energy • Remote collect data on flow rate,

pressure, temperature

• AMR

(Automatic Meter Reading)

Transport

• Tracking

• Telematics services

• ITS

• Fleet Management

• Toll payment

• Emergency alerts

Commerce • Monetics • E-payment

• Virtual wallet solution

Automotive • Adapted insurance rate

• Telematics services

• “Pay as you drive”

• Remote diagnostic

Home Automation • Remote Monitoring , Managing • Surveillance

• Energy Management

Healthcare • Patients monitoring, Curing • Blood pressure check

Future IT-M2M

Telemedicine

and Advanced

Technology

Research

Center

GoDen

Prof. Chang Duk, Jung.

User

Business

process

re-engineering

Early adapters Resistance to

change

[Goodbye Wires!!! Goodbye Battery!!! Goodbye Plugs!!! WiTricity Wireless power system-Wireless power system shown off. A system that can deliver power to devices without the need for wires has been shown off at a hi-tech conference. Electric tech could make plugs obsolete

① 첫번째 자기 코일(안테나 A)이 박스에 들어 있고 벽이나 천정에 세팅되어 있음(First magnetic coil (Antenna A) housed in a box and can be set in wall or ceiling)

② 첫번째 자기 코일에 전기를 걸어주면 안테나 A는 특정 주파수에 공명(Antenna A, powered by mains, resonates at a specific frequency)

③ 전 자 기 파 는 공 기 를 통 해 이동 (Electromagnetic waves transmitted through the air)

④ 컴퓨터랩탑이나 TV 등에 세팅된 두 번째 자기 코일(안테나 B)이 첫번째 코일과 같은 주파수에서 공명하고 에너지를 흡수(Second magnetic coil (Antenna B) fitted in laptop/TV etc resonates at same frequency as first coil and absorbs energy)

⑤ 이 에너지는 디바이스를 충전(Energy charges the device)

[ 동 영 상 보 기 -YouTube-Wireless electricity harnessed-Witricity(23/Jul/2009) ]

http://www.youtube.com/watch?v=CH6U1eyrsHY

http://www.youtube.com/watch?v=XiztioWmQvU

Example:ET

The importance of creativity

• Under worsening circumstances reference to

intellectual superiority

• No natural resources, lack of historical success

Processing module Input Output

Genius: Psychology,

physiology,

cognitive sci.

Zeitgeist: History of science, sociology, history, politics,

Creativity model

Input

• Changing political circumstances (wars,

revolutions, losing two thirds of the country

• Austro-Hungarian Monarchy (Viennese and

Budapest culture)

• Social structure in Hungary: new modern

middle class consisting of many non

Hungarian

• The special role of Jews migration,

networking

Some features of the output

results

• Excellent mathematicians

• studies in practical fields: chemists, engineers

• versatility: cutting the disciplinary boundaries

• modern fields

• problem solving

Output: problematic reception

• The results: should be selected evolution

• Scientists became successful outside country

networking

– USA : needs the combination of math and

practical thinking

– nuclear bomb, computer

• No meritocractic system of science

“Processing” conveyor

Material processing

(machines, personnel) Row

material

Output (results):

Products (goods)

Information processing

(machines, personnel) Data,

knowledge

Output (results):

Data, knowledge,

decisions

Comparison: material processing & information processing

STAGES Technology for trees Information technology

Source of row

materials

Row materials

Transportation

Manufacturing

*machines

*personnel

Output

Keeping

Users

Forest

Woods

Cars, trains

Machines

Engineers, Workers

Boards, etc.

Depository

Firm for building,

Private persons

1.Books, news papers

2.Data & knowledge bases

3.People

1.Data 2.Knowledge

Communication systems

Computers, software, communication

1.Specialists 2.Users

1.Data 2.Knowledge 3.Decisions

1.Data bases 2.Knowledge bases

1.Government

2.Firms

3.University & educational systems

4.Research Institutes & Universities

5.Private persons

Cascade-like design flow

REQUIREMENTS

(from government,

from market)

SYSTEM (general designer/manager)

Subsystems (middle-level designer)

Components

(e.g., detail designer)

PROCESS

(Top-Down):

partitioning of:

*system

*requirements

. . .

. . .

PROCESS

(Bottom-Up

design):

*generation

*evaluation

*selection

*synthesis

System architect

Coordinator

Local specialist

Roles by

Brooks

Illustration of creativity levels for processing

Information processing Input

information

Output (results):

data, knowledge,

decisions

Fixed old algorithm

Information processing Input

information

Output (results):

data, knowledge,

decisions

Library of algorithms:

*algorithm 1

*algorithm 2

*algorithm 3

. . .

*algorithm N

PROCESS:

*selection of

algorithm

*usage

PROCESS:

*usage

LEVEL 1

LEVEL 2

Illustration of creativity levels for processing

Information processing Input

information

Output (results):

data, knowledge,

decisions

Modified algorithm

Information processing Input

information

Output (results):

data, knowledge,

decisions

New designed algorithm PROCESS:

*selection

*design of new

algorithm

*usage

PROCESS:

*selection

*modification

*usage

LEVEL 3

LEVEL 4

Illustration of creativity levels for processing

Information processing Input

information

Output (results):

data, knowledge,

decisions

New algorithm system

(library of algorithms,

algorithm framework, etc.

PROCESS:

*design of new

algorithm system

(e.g., algorithm,

algorithm library)

*usage

LEVEL 5

• A Mind Map is a powerful graphic technique

which provides a universal key to unlock the

potential of the brain

• It harnesses the full range of cortical skills –

word, image, number, logic, rhythm, colour and

spatial awareness – in a single, uniquely powerful

manner. In so doing, it gives you the freedom to

capture the infinite power and creativity of your

brain.

• The Mind Map can be applied to every aspect of

life where improved learning and clearer

thinking will enhance your productivity

Example of a mind map created with

software

19

Example-SKT’s view of Architecture