Presentation is loading. Please wait.

Presentation is loading. Please wait.

May 5, 2004Slide 2 OmnAuto TMS Solution May 5, 2004Slide 3 OmnAuto TMS Dataflow.

Published byRebecca Melton Modified over 8 years ago

Similar presentations

Presentation on theme: "May 5, 2004Slide 2 OmnAuto TMS Solution May 5, 2004Slide 3 OmnAuto TMS Dataflow."— Presentation transcript:

1

2 May 5, 2004Slide 2 OmnAuto TMS Solution

3 May 5, 2004Slide 3 OmnAuto TMS Dataflow

4 May 5, 2004Slide 4 OmnAuto Solution

5 May 5, 2004Slide 5 Project Sensors

6 May 5, 2004Slide 6 Prototype Sensors

7 May 5, 2004Slide 7 Prototype Sensors

8 May 5, 2004Slide 8 Project Input

9 May 5, 2004Slide 9 Prototype Input

10 May 5, 2004Slide 10 Project Alarms

11 May 5, 2004Slide 11 Prototype Alarms

12 May 5, 2004Slide 12 Project Historical Output

13 May 5, 2004Slide 13 Prototype Historical Output

14 May 5, 2004Slide 14 Prototype Hardware

15 May 5, 2004Slide 15 Prototype Dataflow

16

Download ppt "May 5, 2004Slide 2 OmnAuto TMS Solution May 5, 2004Slide 3 OmnAuto TMS Dataflow."

Similar presentations

Feedback loop (CV changes input) SP Controller Gc Plant Gp Sensor Gs E MV (Manipulated Variable CV Controlled Variable +-+- S.

Feedback loop (CV changes input) SP Controller Gc Plant Gp Sensor Gs E MV (Manipulated Variable CV Controlled Variable +-+- S.
Embedded Computer ( Sisteme incorporate ) MPU vs. CPU / Alternative Texas Instrument, Freescale, ARM RISC and CISC approaches Single Chip Design System.

Embedded Computer ( Sisteme incorporate ) MPU vs. CPU / Alternative Texas Instrument, Freescale, ARM RISC and CISC approaches Single Chip Design System.
From the NXT top menu Connect desired hardware as indicated Enter a command in the box indicated from the menu provided Repeat for all 5 boxes.

From the NXT top menu Connect desired hardware as indicated Enter a command in the box indicated from the menu provided Repeat for all 5 boxes.
Paper Title Your Name CMSC 838 Presentation. CMSC 838T – Presentation Motivation u Problem paper is trying to solve  Characteristics of problem  … u.

Paper Title Your Name CMSC 838 Presentation. CMSC 838T – Presentation Motivation u Problem paper is trying to solve  Characteristics of problem  … u.
34 42 49 51 53 55 57 63 67 69 71 73 77 83 Given Connections Solution 1 2 3 4 5 6 95.

Given Connections Solution
Problem Statement Give a formal Problem statement showing the input / output; objective (e.g. minimizing computational cost or other relevant metrics)

Problem Statement Give a formal Problem statement showing the input / output; objective (e.g. minimizing computational cost or other relevant metrics)
The Automatic Keg Tap. Not Good Our Design.

The Automatic Keg Tap. Not Good Our Design.
May 5, 2004Slide 2 Team Organization May 5, 2004Slide 3 Overview Define Goals, Objectives, Risks Product Components Prototype Components Testing Budget.

May 5, 2004Slide 2 Team Organization May 5, 2004Slide 3 Overview Define Goals, Objectives, Risks Product Components Prototype Components Testing Budget.
Hardware.  Learn what hardware is  Learn different input and output devices  Learn what the CPU is.

Hardware.  Learn what hardware is  Learn different input and output devices  Learn what the CPU is.
Information Systems. Features of Information Systems Read Page P88 Then use your research to complete the following slides.

Information Systems. Features of Information Systems Read Page P88 Then use your research to complete the following slides.
THE GEORGE WASHINGTON UNIVERSITY SCHOOL OF ENGINEERING AND APPLIED SCIENCE DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING FINAL PRESENTATION WEATHER.

THE GEORGE WASHINGTON UNIVERSITY SCHOOL OF ENGINEERING AND APPLIED SCIENCE DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING FINAL PRESENTATION WEATHER.
MIR - Design Presentation Presented by Jason Abbett and Devon Berry.

MIR - Design Presentation Presented by Jason Abbett and Devon Berry.
Control & Programming Controlling a Sports Car. Systems in Cars Many modern cars use sophisticated sensors and control systemsMany modern cars use sophisticated.

Control & Programming Controlling a Sports Car. Systems in Cars Many modern cars use sophisticated sensors and control systemsMany modern cars use sophisticated.
1 1. Systems and Software Development 1.1 The Systems Life Cycle.

1 1. Systems and Software Development 1.1 The Systems Life Cycle.
3.1 You should be able to solve one-step equations using algebra. Solve for x.

3.1 You should be able to solve one-step equations using algebra. Solve for x.
Math 160 2.1 – What is a Function? 1. 2 input output function.

Math – What is a Function? 1. 2 input output function.
A System Sensitivity Example Friday 19 Sept 2014 EE 401: Control Systems Analysis and Design Example #2:  Nominally, K = 5 and H = 0.05.  Determine the.

A System Sensitivity Example Friday 19 Sept 2014 EE 401: Control Systems Analysis and Design Example #2:  Nominally, K = 5 and H =  Determine the.
KEYBOARD INTERFACING Keyboards are organized in a matrix of rows and columns The CPU accesses both rows and columns through ports. ƒTherefore, with two.

KEYBOARD INTERFACING Keyboards are organized in a matrix of rows and columns The CPU accesses both rows and columns through ports. ƒTherefore, with two.
Write a function rule for a graph EXAMPLE 3 Write a rule for the function represented by the graph. Identify the domain and the range of the function.

Write a function rule for a graph EXAMPLE 3 Write a rule for the function represented by the graph. Identify the domain and the range of the function.
AND Gate Inputs Output Input A (Switch) Input B (Switch) Output Y (Lamp) 0 (Open) 0 (OFF) 0 0 1 1 A B Lamp.

AND Gate Inputs Output Input A (Switch) Input B (Switch) Output Y (Lamp) 0 (Open) 0 (OFF) A B Lamp.

Similar presentations

Ads by Google