System A collection of parts that perform a function.

Slides:

Advertisements

Similar presentations

Systems Approach Universal System INPUT PROCESS OUTPUT

Advertisements

Temperature Regulation

Tech Systems Unit 1.

House. Cold outside air house Heat loss Cold outside air.

Connect!  How does your body react to being cold?  What happens once you warm up?  Explain how a thermostat and furnace work together to keep your house.

Chapter 4: Basic Properties of Feedback

Thermoregulation & Feedback How do different organisms maintain temperature balance? Warm-blooded (endotherms) Cold-blooded (ectotherms)

ME 322: Instrumentation Lecture 35 April 18, 2014 Professor Miles Greiner.

Endocrine System.

18/04/20151 Operating Systems Modes of Use / Operation On-Line & Real-Time.

Add and Use a Sensor & Autonomous For FIRST Robotics

The Dewi Sant Greenhouse Control Project Lesson 2.

Exam 1 Post Mortem. A heating system with a thermostat is an example of a simple system. In this system, the desired temperature and the actual temperature.

How organizations use ICT:. Technological advancements in  process monitoring,  control  and industrial automation in recent years have improved the.

Physics and Electronics. Electronic systems Electronic systems are made up of 3 parts: 1)An INPUT SENSOR – these detect changes in the environment Examples:

Open loop vs closed loop By Norbert Benei ZI5A58.

Open/Closed Loop Systems

Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado at Boulder.

Control Systems Did you get these? Washing machine Microwave cooker

Monitoring, measurement and control technology. Definition of data logging Data logging – collecting data automatically from sensors over a certain period.

Open and Closed Loops Standard Grade Computing Studies.

Systems Approach Universal System  We use a systems diagram to analyse technology.  All systems can be analysed and simplified in terms of their inputs,

The body receives a stimulus via a receptor o Cold-extrinsic o Heat-extrinsic o Pain-extrinsic or intrinsic o An odor-intrinsic o Fatigue-intrinsic.

INTRODUCTION TO CONTROL SYSTEMS

Air Conditioning Heating Refrigeration

10 energy saving tips for the house. Switch off the lights when not in use.

Looking at systems. What is a SYSTEM? The radiator makes the room warmer by turning ON when the temperature of the room is lower than required The THERMOSTAT.

ICT and Environmental Monitoring Mr Conti ICT in Society.

Positive and Negative Feedback

Control & Programming Controlling a Sports Car. Systems in Cars Many modern cars use sophisticated sensors and control systemsMany modern cars use sophisticated.

What is Control System? To answer this question, we first have to understand what a system is Simon Hui Engineer Control and Informatics, Industrial Centre.

Computer Control.

Switches in Series A heating system is a practical circuit used in homes which has two switches in series. The thermostat switch opens (OFF) when the temperature.

Technological Systems. What Is a System? A group of interrelated components (things) that work together to achieve a desired goal. A technological system.

Process Control 2.1 – Control Systems.

44221: Information Systems Lecture 3 (Week 4) Systems Control Concepts By Ian Perry

Eighth Grade Technology Mr. Ruddle. A system is a group of interrelated parts that work together to accomplish a goal. What does “interrelate” mean?

Chapter 10 - Heat and Heat Technology Section 1 – Temperature pp

Slide 1 Flowchart with loop Start Is light less than 50? Turn lamp on Yes No.

CS4012 Week 2 Lecture 2 Misrepresentation Control Systems.

Bell Ringer 12/3 Page 39 A summary of the experiment's results, and how those results match up to your hypothesis is called what?

Technological Systems

Systems. You probably use a system each morning to get ready for school!

Space Vehicle Control Systems

Temperature Regulation By the end of the lesson you should know How the body corrects overheating How the body corrects overcooling What thermocreceptors.

Your Brief: You are the lead programmer responsible for designing and implementing the control program that controls all input and output devices in the.

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

Copyright © 2005 Heathkit Company, Inc. All Rights Reserved Automating and Integrating Residential Systems Presentation 7 – Closed Loop Control.

Temperature Regulation We need to regulate body temperature to provide the optimum conditions for enzyme-catalysed reactions to be carried out.

Name of Student : PATEL ARPITKUMAR RAJNIKANT Enrollment No

ANNEXE OFFICE CONVERSION. Heating Operation Two gas fired boilers provide hot water to two separate circuits, a constant temperature circuit and a variable.

4-8  Turn in Project  Notes on Homeostasis and Human Body systems  Foldable on human body systems  Homefun: Finish the foldable at home.

Computer Control and Monitoring Today we will look at: What we mean by computer control Examples of computer control Sensors – analogue and digital Sampling.

How to Draw a Systems Diagram

ME 322: Instrumentation Lecture 35

Sensors Control Systems with Flowol.

Communication Systems

Data Logging 1 WJEC ICT.

What We Can Do to Save Energy.

Control Systems An Overview Computer Integrated Manufacturing

Control Systems An Overview Computer Integrated Manufacturing

Control GCSE ICT.

A collection of parts that perform a function

Control GCSE ICT.

Input-Output-Process Demo

How electronic systems work using the Systems approach.

Temperature Regulation

Presentation transcript:

System A collection of parts that perform a function

Input: items needed to start the system What are some inputs into a car?

Explain the process in a car Process: the mind of the system, which considers the inputs and decides what to do

What is the output on a car? Output: the system's response to being activated

Open-loop systems - set up to get a result, but there's no feedback to check the results - these create waste for which there is no use For example, bathroom heater The aim of the system would be to heat a bathroom. When turned on, the heating would stay on until it was turned off, regardless of whether the bathroom remained cold or became too hot.

Closed-loop systems Are able to correct in order to meet target results. Have a Feedback : a sensor is used to look at the output and adjust the process For example: modern whole house heating/AC systems a thermostat could be added to measure the temperature of a room and compare it to a set target. If the room became too cold, the thermostat would turn the heating on and if the temperature became too hot the system would be turned off.

Is this open or closed loop? Why?

Is cruise control an open or closed loop system? Why?

Is a basic light switch open or closed loop system? why?

Is a light that shuts off if no one is in the room, open or closed loop? Why?