2.  “C Language”Myths: ◦ C Language is difficult.  Typically, C training education includes difficult or unusable contents. Also it uses grimmer-centered way of thinking  Ex. file input/output function and file struct ◦ C Language is not interesting.  Induce making a C programming rely on standard input/output function from beginning to end  All it shows is all numbers or characters on computer screens are boring.  However, C Language is: ◦ An essential yet fun requirement for IT students.

3.  Students are more motivated from excitement.  To do this: ◦ Something appealing to their eyes ◦ Including Movement, and ◦ Sound  The best toolare “Robots”

4.  Outline of Education Kit ◦ Robotics is one of the best educational materials to show and demonstrate creativity to students. ◦ This Creative Robot Kit is designed to give a creative engineering education as well as programming education for utilizing robots. ◦ Fully variable assembly accessories and motors are provided to a make variable and applicable robot ◦ Variable creative modules (different types of sensor, actuator, and communication module) are included to control robot ◦ Provides environment for C Language development and Visual Programming Language development tool ◦ Provides a powerful 3D robot simulation environments ◦ Learning the variable configuration designs and self movement control of robot including robot motion recognition and self detection are possible.

5.  Specifications of Robot Platform: HOVIS-Lite World’s first Definitive Mechatronics product that uses both legs or wheels. Can use variable programming tool levels – the next generation humanoid kit with Wi-Fi terminals HOVIS-Lite Specs:.Size : 348mm(H) x 175mm (W) x 112 mm (D).Weight : 1450g.Degree of freedom : from basic 16 to max 24 extendable.Controller : ATmega128 MCU.Battery : 7.4V 3000mA Li-Po.Sensor : distance detection sensor, PSD, Gyro sensor (optional).Remote : IR Remote, ZigBee (optional).Software : DR-Sm (3D Motional simulator), DR-Visual Logic (task editor).Expandability: DRS-0201 (24kgf.cm) compatible, Full cover (optional), Omni Wheel conversion (optional), 3.5”MD (optional), Red, Blue, yellow colors

6.  MajorComponents ◦ RobotPlatform: HOVIS-Lite Motor Major assembly parts Servo motor: 16ea

7. ◦ RobotPlatform Major assembly parts

8.  Intelligent Modules ◦ Sensor modules  Ultra Ray  Super sonic (distance measure)  Gas detection  Color detection  Brightness detection  Motion detection (Gyro sensor/acceleration sensor)  Distance sensor (PSD)  Altitude sensor  Touch contact detection  Human body contact detection  Bearing measure (Terrestrial magnetism)  Temperature/Humidity measure  Non contact temperature measure  CIS Camera (Optional)  GPS (Optional)  Pressure measure (Optional)

9. Specification Actuator Module  High brightness LED  Dot matrixLED  Piezo  Voice recognition/synthetic (optional)  OLED (optional) Communication Module  Zigbee (optional)  Bluetooth (optional)  Wi-Fi (optional)

10.  Playing with Robots makes learning the C Language fun! #include void main(){ int a, b; printf(“input 2 numbers-> “); scanf(“%d %d “,&a, &b); if(a>b) printf(“max = %d\n”, a); else printf(“max = %d\n”, b);} Input 2 numbers-> 8 5 Max number = 8 #include void main(){ int Light; Light = light_sensor(); /* illumination intensity sensor*/ if(Light>100) dot_LED(7); /* smile */ else dot_LED(8); /* crying */} Extracted sample from a C language textbook

11.  C Language Programming from Robot ◦ C Language outline (C Language data format)  C program structure/data format (variable and constant)  C language development environments (complier and robot) installation and start initial drive ◦ Standard input/output function and robot control function  Talk to robot using standard input/output function  Robot control (look control, motor rotation) using robot function  Rotation defined as X degree  Make robot to smile  Turn on robot warning LED ◦ Operator and expression  Robot motor and LED control by operator and expression  Input integer and real variables through sensor  Integer and real variables operation and control LED, Dot-Matrix LED and motor ◦ Control flow I : if statement (if,switch)  Control motor and intelligent module by select the condition of sensor input  Robot to sensedarkness by brightness sensor  Robot to smell by using gas sensor

12.  C language programming from robot ◦ Control flowII : if statement (for, while)  Realization examples of continuation robot movement by loops statement  Drive quadrangle of wheeled robot  2 leg robot walking forward ◦ Function definition and useI : basic concept  Basic robot movement function by if statement  Making 2 leg robot function for walking forward  Making wheel robot function for forward/backward, left turn and right turning ◦ Function definition and use II : robot movement function definition  Complex function using selective and reparative statement  Making forwarding movement function if contacted robot  Making Motor control function react to human body sensor ◦ Recursive function and storage class  Robot control using recursive function  Control LED and Motor using recursive function

13.  C Language programming from robot ◦ Array  Robot consecutive action using array  Piezo Musical performance using array  Display character arrangement in consecutive order  Making Robot consecutive action using array ◦ Array and function  Robot consecutive movement function using factor of array  Making singing function usingPiezo  Making variable consecutive robot motions by function ◦ Pointer  Robot control using pointer  Display sequential characters using pointer  Control robot action using pointer ◦ Practical use of pointer  Robot control II using pointer  Making Consecutive robot action function using pointer  Control color sensor, infrared sensor using pointer  Detect obstacle object using distance sensor and ultra sound sensor

14.  C Language programming from robot ◦ Struct and union  Robot control using struct  Detect surrounding environment using struct (with temperature/humidity and brightness sensor)  Robot position detect using struct (with movement, terrestrial magnetism and altitude sensor) ◦ Struct array and pointer  Robot control using struct array and struct function  Reacting robot from temperature and humidity changing  Responding robot from position and location change (bearing, altitude and position) ◦ C Language applicationI  Robot action programming of line tracer  Realize robot of 4 wheel line tracer from acquired C Language programming capabilities ◦ C Language applicationII  4 leg Robot action programming for avoiding obstruct  Realize 4 leg robot using acquired C Language programming capabilities

15.  Responding Robot against brightness (function, If statement and While loop statement) #include void robot_go(){ Motor(1, 602); /* Right Leg */ delay(200); Motor(2,602); Motor(3,602); delay(200); Motor(1,512); Motor(0, 422); /* Right Leg */ delay(200); Motor(2,422); Motor(3,422); delay(200); Motor(0,512); } void robot_stop(){ Motor(1, 602); /* Right Leg */ Motor(2,602); Motor(3,602); Motor(1,512); } void main(){ int Light; while(1) { Light = light_sensor(); /*bright sensor*/ if(Light>100) { robot_go(); /* Robot Go */ dot_LED(7); /* smile */ } else { robot_stop(); /* Robot Stop */ dot_LED(8); /* crying */ }

16.  Responding robot against brightness change ◦ Realize robot action: robot walking forwardand smiling in the case of higher value detected with brightness sensor ◦ Robot stopping with crying expression in less value detected (darker than previously)

17.  Line tracer ◦ Moving robot according to the line on the floor  Display smiling expression of the dot matrix module when infrared sensor detect black line on the floor while flickingLED module light and moving according to the line.

18.  4 leg robot avoiding obstacle with smelling detection ◦ 4 leg walking robot with Self avoiding obstacle and responding to smell  Self avoiding obstacle at frontusing ultra sensor andcontinuesmoving.  Detecting gas in the air by using gas sensor.

19.  C Language Development Environment

20.  Graphic Language Development Environment Programming by graphic language and displays C Language after translated