T15- MARKETING SPY SYSTEM MODELING Document ID: T15_MOD_SYS_V1.0 Version: 1.0 Date: 10/17/2014 Location : https://projects.cecs.pdx.edu/projects/golriz-ece411/wikihttps://projects.cecs.pdx.edu/projects/golriz-ece411/wiki.

Slides:



Advertisements
Similar presentations
What is Arduino?  Arduino is a ATMEL 168 micro-controller kit designed specially for small projects  User friendly IDE(Integrated Development Environment)
Advertisements

Analog-to-Digital Converter (ADC) And
Analogue to Digital Conversion By Cap’n Tim Johnson, PE Prepared 11/12/2013.
Robotics Club, Snt Council2 The 3 Schools of Robotics: Mechanical Design – Types of motors – Material selection –
SPI Serial Peripheral Interface. SPI Serial Peripheral Interface is communication between two devices, one bit at a time sequential one bit at time over.
Counters 4017 decade counter (1-of-10). What is a Counter? In digital logic and computing, a counter is a device which stores (and sometimes displays)
Tachometers – An Overview
Data Acquisition Concepts Data Translation, Inc. Basics of Data Acquisition.
Module 4: Analog programming blocks. Module Objectives Analyze a control task that uses analog inputs. Connect a potentiometer to LOGO! controller and.
Oscilloscope Watch Teardown. Agenda History and General overview Hardware design: – Block diagram and general overview – Choice of the microcontroller.
Analog-to-Digital Converters Lecture L11.2 Section 11.3.
Design of an Obstacle Avoidance Vehicle Frank Scanzillo EECC657.
Laser Tracking System (LTS) Son Nguyen Jassim Alshamali Aja ArmstrongMatt Aamold.
Marketing Spy Bander Alenezi Anthony Do Phu Nguyen Golriz Sedaghat ECE411 Practicum Project Fall 2014.
Capacitance Sensor Project
Module 2: Hardware and Terminology
Indian Institute of Technology Hyderabad CONTACTLESS TACHOMETE R Group members: Moruboyina Alekhya Kodi Padmasree D.Hima Varsha.
Engineering 1040: Mechanisms & Electric Circuits Fall 2011 Introduction to Embedded Systems.
Senior Project – Computer Engineering Integrated Workout Shoe Peter Katlic Advisor – Prof. Cotter Development: Consisting of an 8051 microcontroller.
ATMEL AVR 8 bit RISC MICROCONTROLLERS
Computer Based Data Acquisition Basics. Outline Basics of data acquisition Analog to Digital Conversion –Quantization –Aliasing.
Hardware Monitor Sephiroth Kwon GRMA
AUTOMATIC ROOM LIGHT CONTROLLER WITH BIDIRECTIONAL VISITOR COUNTER
Engineering 1040: Mechanisms & Electric Circuits Winter 2015 Analog & Digital Signals Analog to Digital Conversion (ADC)
1 Sensors and Measurements Penderia & Pengukuran ENT 164 Signal Processing Elements Hema C.R. School of Mechatronics Engineering Northern Malaysia University.
Module 4: Analog programming blocks. Module Objectives Analyze a control task that uses analog inputs. Connect a potentiometer to LOGO! controller and.
Analog vs Digital  Digital on/off voltage Analog variable voltage.
Final year Project 2006/07 Microcontroller and RF application for wearable power generators By Jeanette Mannion.
Ryan Courtney Senior Design II Advisor: Junkun Ma.
Team 2 Yimin Xiao Jintao Zhang Bo Yuan Yang.  The project we propose is a digital oscilloscope with playback function that provides almost any function.
Group 14: Brian Crone Matt Finn Samuel Oshin Yonatan Feleke.
Brett Dunscomb David Howden Kevin Bedrossian Chris Clary.
Computer Science SS2013 Team 5 Final Presentation 26 June © FH AACHEN | FACHBEREICH 08 | Computer Science, SS2013.
ATMEL AVR 8 bit RISC MICROCONTROLLERS a general comparison.
Embedded Systems Design: A Unified Hardware/Software Introduction 1 Chapter 4 Standard Single Purpose Processors: Peripherals.
Low Power FM Receiver Andrew Young November 17, 2008.
(Left to Right) Matt Finn Brian Crone Samuel Oshin Yonatan Feleke.
Design Constraint Presentation Team 5: Sports Telemetry Device.
Water Flow GROUP A. Analogue input voltage results: Motor Input voltage( V) pin 12 Analogue input voltage (V) Display number
Μ [sic] design constraints wesley :: chris :: dave :: josh.
ECET 340 Entire Course (All ilabs and Homework) For more classes visit ECET 340 Week 1 HomeWork 1 ECET 340 Week 1 iLab 1 ECET 340.
 ACCELEROMETER  TRANSMITTER- BLOCK DIAGRAM  RECEIVER- BLOCK DIAGRAM  COMPONENTS DESCRIPTION- ENCODER TRANSMITTER RECEIVER OPTICAL SENSOR.
FSAEe Data Acquisition System ECE 445 Senior Design Mohan Sha Raviraj Mahajan Mohammad Farooq Shaik TA: Ryan May Project No. 34 Spring 2013.
Tire Tread Checking System Final Presentation Group #11 Rene Lamb, Byungchan Ryu, Jongho You.
ADAPTIVE BABY MONITORING SYSTEM Team 56 Michael Qiu, Luis Ramirez, Yueyang Lin ECE 445 Senior Design May 3, 2016.
FOR MORE CLASSES VISIT   ECET 340 Week 1 HomeWork 1  ECET 340 Week 1 iLab 1  ECET 340 Week 2 HomeWork 2  ECET 340 Week 2 iLab.
WATER LEVEL INDICATOR AND AUTOMATIC MOTOR SWITCHING SYSTEM
Smart Home Temperature System with Spinning LED Display Group 49: Jianxi Lu, Jia Shi, Xingchang Cheng May 4th, 2016 ECE445.
1. PIC ADC  PIC18F877 has 8 analog input channels i.e. port A pins(RA0 to RA5) and port E pins(RE1 and RE2). These pins are used as Analog input pins.
1 4-Integrating Peripherals in Embedded Systems. 2 Introduction Single-purpose processors  Performs specific computation task  Custom single-purpose.
Components of Mechatronic Systems AUE 425 Week 2 Kerem ALTUN October 3, 2016.
OrthoData RFID Reader Development Capstone Project Proposal Dr. Naber Confidential1.
Application Case Study Christmas Lights Controller
Obstacle avoiding robot { pixel }
Scrolling LCD using Arduino.
Timers and Event Counters
ECE 445 Smart Window Responding System
ABSTRACT The controller continuously polls the temperature with certain regular time intervals and displays over the 7_segment display The temperature.
Textbook Detection System With Radio-Frequency Identification
SUBMITTED BY EDGEFX TEAM
‘SONAR’ using Arduino & ultrasonic distance sensor
Group 60 ECE 445 Spring 2016 Devin Berchtold Michael Yu
Vex Ultrasonic Sensor (US) Interfacing and Programming
Arduino Analog I/O Analog input pins: 0 – 5
ECET 340 Competitive Success/snaptutorial.com
ECET 340 Education for Service-- snaptutorial.com.
ECET 340 Teaching Effectively-- snaptutorial.com.
Digital Theremin with LED
MicroLogix Packaged Controllers
Lecturer: Reza Arjmandi Autumn 2015
Presentation transcript:

T15- MARKETING SPY SYSTEM MODELING Document ID: T15_MOD_SYS_V1.0 Version: 1.0 Date: 10/17/2014 Location :

Marketing Spy: level 0 ModuleMarketing Spy InputsAnalog input from the costumers (Picking up the device by specific distance) outputsDigital outputs (decimal number on LCD) FunctionalityCounts how many times the device has been picked up and calculates the average time Marketing spy Power, 9V DC Analog input Decimal number

Marketing Spy Level 1

Power supply: level 0 ModulePower supply inputsPower:+9V DC (analog) outputsPower: +5V DC (analog) Maximum current: 1.5A functionalityConvert 9V DC battery Voltage to 5V DC Voltage power 9V DC Power supply 5V DC

Sensor: level 0 ModuleSensor ( infrared ) inputsOperating voltage 5V Analog input provided by the costumer when they pick up the device from a certain distance (detecting height range 0-50mm) outputsDigital signal to the microcontroller (when it detects an obstacle and induced voltage above the threshold outputs a high level (3.3V-5V), when no obstacle and induced voltage below the threshold, it outputs 0V. functionalityEvery time a costumer picks up the device by a specific distance ( distance is adjustable by potentiometer) the sensor will activate and send a digital signal to the microcontroller Sensor analog digital

Microcontroller: level 0 microcontroller Active low signal Power, 5V DC Clocksignal Increment one

Microcontroller Level 0 Description Table Modulemicrocontroller InputOperating voltage 1.8V-5.5V Operating frequency 16 MHz 8-bit AVR CPU Digital signal input from sensor to PB0 (timer/counter 1) ISP interface using Atmel Studio 6.2 environment OutputsMaximum of 200 mW 4-bit digital number of counts 4-bit average time FunctionalityWhen microcontroller receives digital signal from the sensor and clock signal it will increment the counter by one and compute the average time and display on LCD

LCD Display Level 0 ModuleLCD Display InputDigital signal from the microcontroller Maximum current 20 mA Operating voltage 5V DC OutputDigital output, on/off state of segments representing decimal number. FunctionalityControl signals from microcontroller drive the segments based on the microcontroller output signals and display the number of count and average time LCD Digital signal form microcontroller Power 5V DC Decimal number

Marketing Spy Flowchart Representation

Activity Diagram Give a alert signal on LCD if t>= 3hour Invalid time frame Timer activated The sample is picked up Customer Count: count up 1. Updates cumulative time then divides by count Display count and average time on LCD Ignore the case, keep the previous information on LCD if t < 15s Valid time frame Store staff

Present Input Verify time frame Error alert Calculate count and average time !pick up Pick up Drop within 15s !Drop within 3hrs Good time frame Sample back to place Sate Machine View Display information