Envision Your Senior Design Projects Prepared by Yuyan

Envision Your Senior Design Projects Prepared by: Yuyan Xue CSE 488 GTA of Spring 2009 Updated by Hong Jiang for Spring 2010

Outline § § Introduction to Senior Design Project Available Resources 488/489 Projects in Spring 2009 Attractive Design Competition

Project Requirements § Design & implementation of a combined software/hardware project too complex for one person § Teamwork and collaboration in cooperative & competitive environments § Innovation, utilization of cutting-edge technologies § Mini-project (488) laying foundation for the final project (489)

Suggestions § Background Research § Feasibility Research § Schedule and Budget § Team Organization

Senior Design Lab § Schorr Center, 117 § Open Hours: Monday-Friday 7: 00 am 6: 00 pm (NCard Access for other time) § Basic Facilities: § 4 workbenches; each with AC/DC power supply, multimeter, logical analyzer, soldering supplies, … § Two workstations

Hardware Platform § HANDY BOARD § § § § 52 -pin Motorola MC 68 HC 11 processor 32 K of battery-backed static RAM Four outputs for DC motors Provides connector system for analog sensor inputs One LCD screen One integrated, rechargeable battery pack One extension board

Hardware Platform § e. BOX e. Box-II Embedded Computer is an embedded system using Vortex 86 System-On Chip technology. It has 166 MHZ SOC, 128 MB RAM, 64 MB Disc on Modules (IDE Device), built in Audio, LAN, Video, and also 3 USB ports.

Hardware Platform § Altera UP 2 Development Board § § § One EPF 10 K 70 RC 240 -4 device One EPM 7128 SLC-7 device One RS-232 serial port Four push-button switches Dual 7 -segment LED display 25. 175 MHz oscillator

Hardware Platform § Altera UP 3 Development Board § § § § One EP 1 C 6 Q 240 device One USB 2. 0 port Two RS 232 ports 1 Mbytes of SRAM 2 Mbytes of FLASH 2 Kbytes of I 2 C PROM (expandable) Multiple clocks User-definable push buttons & switches § Four user-definable LEDs § One 16 x 2 character display LCD Module

Hardware Platform § Altera DE 1 Development Board (on order and available in Feb. ) § Cyclone II EP 2 C 20 F 484 C 7 FPGA & EPCS 4 serial configuration device § USB Blaster for FPGA RS-232 port § VGA DAC resister network (4096 colors), PS/2 mouse or keyboard port § Line-in, Line-out, mic-in (24 -b codec) § 8 -MB SDRAM, 512 -KB SRAM, 4 -MB FLASH, SD memory card slot § 10 toggle switches § 4 debounced pushbutton switches § 10 red LEDs, 8 green LEDs § Four user-definable 7 -segment LEDs § 27 -MHz and 50 -MHz oscillators, extended SMA clock input

Hardware Platform § Android Phone § Processor: Qualcomm® MSM 7201 A™, 528 MHz § OS: Android™ § Memory: § ROM: 256 MB § RAM: 192 MB § GPS: navigation capability with Google Maps™ § Connectivity: § Bluetooth® 2. 0 § Wi-Fi®: IEEE 802. 11 b/g § Special Features: § § Digital Compass Motion Sensor

Hardware Platform § EEE PC § § § § Processor: Intel Atom N 270 / 1. 6 GHz L 2 cache: 512 KB DDR 2 SDRAM: 1 GB Hard Drive: 160 GB Display: 8. 9" TFT Camera: 0. 3 Megapixel OS: Windows XP Battery: up to 5 hours

Other Resources § CMU CAM § § § Track the position and size of a colorful or bright object Measure the RGB or YUV statistics of an image region Automatically acquire and track the first object it sees Physically track using a directly connected servo Dump a complete image over the serial port

Other Resources § Wintec Bluetooth GPS Receiver (USB connecter with digital compass) § Sharp GP 2 D 12 2 X Infrared Object Detector § RFID Reader and Tag § Crossbow Wireless Sensor (MICA 2) § LEGO Toolkits §…

An Example Design § Automated Warehouse Retrieval Robot § Developed based on Handy Board and E-Box § Automated Retrieval of Warehouse § RFID Aided Navigation § Wireless Communication with Server - For Dynamic Scheduling - For Traffic Control

Hardware Layout for Robot Ebox Wireless Communication RFID Reader Handy Board RFID Tags Motors Photo sensors

Projects from Spring’ 09 § Sun SPOT Orchestra: Music Composition in WSNs § Create a system capable of generating unique, appealing, and interactive musical compositions using a network of simple embedded devices that respond to environmental conditions

Projects in Spring 2009 § Sun SPOT Orchestra: Music Composition in WSNs

Projects from Spring’ 09 § Virtual Reality Head Tracking by Wii Control § Innovative alternative to Wii technology § It allows user to become part of environment § Gives a feeling of virtual reality by knowing where the user is in space § Adjusts the environment accordingly § Reacts to player movement and interaction

Projects from Spring’ 09 § Virtual Reality Head Tracking by Wii Control

Projects from Spring’ 09 § Driving Intelligence System § Reduce wasteful driving by exposing some traffic light information to individual vehicles, through the use of in-vehicle computers (mobile phones). § Possible future use: § Integration w/ Public Transit Systems § Pervasive In-Vehicle Units § Traffic Routing & Load Balancing § No-Stop Traffic Meshing

Projects from Spring’ 09 § Driving Intelligence System

Projects from Spring’ 09 Home Automation Controlled by Kinesics (HACK) § Home Automation Controlled by K

Projects from Spring’ 09 § Home Automation Controlled by Kinesics

Attractive Design Competition § Imagine Cup 2010 § Registration: § July 8, 2009 - ** (could be July 2010 for the 2011 World Final) § World Final: § July, 2010, Poland § Competition Categories § § § Software design Game design Digital media § Prizes § Last Year § § § 150 Semi-Finalist Prizes 20 Finalist Prizes (Free trips to compete in the finals) Cash Prizes § to be announced…

Our History § CSIDC(Computer Society International Design Competition)’ 04 Wireless Patient Management System (Final Round) § Windows Challeng. E’ 05 DRIIVE Network: Dynamic Road and Intra/Inter. Vehicle Exchange Network (Final Round)