The document discusses various smart home devices that can help automate and monitor a home, including smoke detectors that provide remote alerts in emergencies, home automation controllers that conveniently control smart devices, and motion sensors that can power electronic devices when motion is detected or monitor energy use. It also mentions smart energy meters, home gateways that connect devices to the internet, and door phones that allow viewing visitors and remotely unlocking doors.
Arduino based Home Automation System with AndroidSayan Seth
This document describes an Arduino-based home automation system using Android and Bluetooth. The system allows controlling electrical devices like lights and appliances remotely using an Android app over Bluetooth. It uses an Arduino Uno microcontroller, Bluetooth module, sensors, relays and can automate functions like security and energy efficiency. The Android app is developed using MIT App Inventor and the Arduino code integrates the different components to enable remote home automation.
Arduino Smart Home Automation ControllerOishik Sarkar
This document summarizes a student project that developed an offline smart home controller using an Arduino, relay controller and Bluetooth module. The system allows users to control home appliances like lights and fans using voice commands to a smartphone or through the smartphone app. It provides cheaper alternative to products like Amazon Echo while focusing on privacy by operating offline and not sending data to cloud servers. The document outlines the objectives, components, working and advantages of the system over online competitors. It also discusses future areas of improvement including adding more device types and accessibility features.
If you want to give demo about smart home , Goto this website you can use their simulation
https://realgames.co/docs/homeio/en/
First download home io software and second download scratch2editor for running c# code to connect with controllers of homeio software . The description of how to use homeio is available on the website.
2nd option- https://github.com/home-assistant/home-assistant
Install home assistant on your server windows/linux and connect and follow configuration steps on their website.
3rd utilize ifttt.com prebuilt applets which you can use on your devices.
Additionally you can find script from github , How to use raspberry pi with home assistant.
The document discusses Internet of Things (IoT) and smart home technologies. It defines IoT as physical objects embedded with electronics and software that can connect to the internet. Examples given include sensors in cars and implantable medical devices. The document then covers the goals and growth of the IoT market, as well as the hardware, software, and example applications needed to create a smart home system that can automate and remotely control devices like lights, appliances, and HVAC systems. Both the pros and cons of smart home technologies are outlined.
Voice recognition based home automation system for paralyzed peoplelal ahmed shaik
Automation is a trending topic in 21st century making an important role in our daily lives. Automation reduces the human labor, time, effort and some human errors. The key objective of our project is to design a system for physically handicapped persons to control and operate home appliances and their own wheel chair by their own voice. Both these qualities are present in our project which has the capability to replace existing technologies. the design of the low cost voice recognition based home automation system for the physically challenged people suffering from quadriplegia or paraplegia (who cannot move their limbs but can speak and listen) to control the various home appliances just by his/her voice commands according to their need and comfort. We also implemented a messaging concept. In this whenever the patient or the person needs a help, if he/she pronounce as help a message will be sent to their respective represented family member. The resultant system can provide a great assistance to the physically handicapped people without any need of third person.
Luxury home automation wasn’t a face of everyday life. Today it is, though gradually! Directly controlling and seamlessly staying connected with the home systems you use every day via a mobile device would significantly enhance your quality of life. It is not only about remotely controlling the lights, AC, fan, audio systems, curtains, television, kitchen appliances, garage doors, sprinklers from your smartphone from anywhere. Again it is not merely about regularly monitoring the security of your home and your kids from your workplace miles away. It is all about convenience and safety. It is about exploiting the latest of what technology has on offer. It is about saving energy significantly and contributing to the creation of a greener earth through use of energy efficient systems. A smart home offers all of these – comfort, convenience, monetary savings, and safety. Smart Automation has emerged as a reliable and leading service provider in this segment.
I propose a smart digital door lock system for home automation. A digital door lock system is equipment that uses the digital information such as a secret code, semi-conductors, smart card, and finger prints as the method for authentication instead of the legacy key system.
The document discusses various smart home devices that can help automate and monitor a home, including smoke detectors that provide remote alerts in emergencies, home automation controllers that conveniently control smart devices, and motion sensors that can power electronic devices when motion is detected or monitor energy use. It also mentions smart energy meters, home gateways that connect devices to the internet, and door phones that allow viewing visitors and remotely unlocking doors.
Arduino based Home Automation System with AndroidSayan Seth
This document describes an Arduino-based home automation system using Android and Bluetooth. The system allows controlling electrical devices like lights and appliances remotely using an Android app over Bluetooth. It uses an Arduino Uno microcontroller, Bluetooth module, sensors, relays and can automate functions like security and energy efficiency. The Android app is developed using MIT App Inventor and the Arduino code integrates the different components to enable remote home automation.
Arduino Smart Home Automation ControllerOishik Sarkar
This document summarizes a student project that developed an offline smart home controller using an Arduino, relay controller and Bluetooth module. The system allows users to control home appliances like lights and fans using voice commands to a smartphone or through the smartphone app. It provides cheaper alternative to products like Amazon Echo while focusing on privacy by operating offline and not sending data to cloud servers. The document outlines the objectives, components, working and advantages of the system over online competitors. It also discusses future areas of improvement including adding more device types and accessibility features.
If you want to give demo about smart home , Goto this website you can use their simulation
https://realgames.co/docs/homeio/en/
First download home io software and second download scratch2editor for running c# code to connect with controllers of homeio software . The description of how to use homeio is available on the website.
2nd option- https://github.com/home-assistant/home-assistant
Install home assistant on your server windows/linux and connect and follow configuration steps on their website.
3rd utilize ifttt.com prebuilt applets which you can use on your devices.
Additionally you can find script from github , How to use raspberry pi with home assistant.
The document discusses Internet of Things (IoT) and smart home technologies. It defines IoT as physical objects embedded with electronics and software that can connect to the internet. Examples given include sensors in cars and implantable medical devices. The document then covers the goals and growth of the IoT market, as well as the hardware, software, and example applications needed to create a smart home system that can automate and remotely control devices like lights, appliances, and HVAC systems. Both the pros and cons of smart home technologies are outlined.
Voice recognition based home automation system for paralyzed peoplelal ahmed shaik
Automation is a trending topic in 21st century making an important role in our daily lives. Automation reduces the human labor, time, effort and some human errors. The key objective of our project is to design a system for physically handicapped persons to control and operate home appliances and their own wheel chair by their own voice. Both these qualities are present in our project which has the capability to replace existing technologies. the design of the low cost voice recognition based home automation system for the physically challenged people suffering from quadriplegia or paraplegia (who cannot move their limbs but can speak and listen) to control the various home appliances just by his/her voice commands according to their need and comfort. We also implemented a messaging concept. In this whenever the patient or the person needs a help, if he/she pronounce as help a message will be sent to their respective represented family member. The resultant system can provide a great assistance to the physically handicapped people without any need of third person.
Luxury home automation wasn’t a face of everyday life. Today it is, though gradually! Directly controlling and seamlessly staying connected with the home systems you use every day via a mobile device would significantly enhance your quality of life. It is not only about remotely controlling the lights, AC, fan, audio systems, curtains, television, kitchen appliances, garage doors, sprinklers from your smartphone from anywhere. Again it is not merely about regularly monitoring the security of your home and your kids from your workplace miles away. It is all about convenience and safety. It is about exploiting the latest of what technology has on offer. It is about saving energy significantly and contributing to the creation of a greener earth through use of energy efficient systems. A smart home offers all of these – comfort, convenience, monetary savings, and safety. Smart Automation has emerged as a reliable and leading service provider in this segment.
I propose a smart digital door lock system for home automation. A digital door lock system is equipment that uses the digital information such as a secret code, semi-conductors, smart card, and finger prints as the method for authentication instead of the legacy key system.
Presentation Smart Home With Home AutomationArifur Rahman
This document provides an overview of a presentation on smart home automation. It discusses how home automation can automate lighting, HVAC, appliances and other systems for improved convenience, comfort, energy efficiency and security. It describes how smart homes can be remotely controlled and monitored, including security, entertainment and information functions. It outlines the various wired and wireless devices used in home automation and popular software options like Linux, Mister House and Heyu. The presentation also includes diagrams of sample home automation architectures and a remote web interface.
A smart house is a house that has highly advanced automatic systems for lighting, temperature control, multi-media, security, window and door operations, and many other functions.
Smart Home Automation System ALAYOUBI TECHNOLOGIESمهند محمد أيوب
Home Automation company| Smart Home| ALAYOUBI TECHNOLOGIES
has had continued success and growth by performing the highest-quality latest technology and security equipment likes cctv camera Dubai, IT Security, Smart home and Educational Solutions and Products and by doing so become the industry leader in our Fields.
For More Info Contact
ALAYOUBI TECHNOLOGIES
Dubai.
PO BoX - 233464, UAE
Tel: 00971 4 2525218
Mob +971552425431
replyto@alayoubi.net
http://www.alayoubi.com/solutions/smart-home-bms-system/
This document provides an overview of smart home technology. It discusses features of smart homes such as optimized climate and light controls, item tracking, and automated alarm schedules. The objectives of smart homes are outlined as improving inhabitant experience through comfort, efficiency, and security. Existing smart home projects from academia and industry are described briefly. Challenges in developing intelligent environments are also mentioned. An example scenario of smart kitchen item tracking is provided. Different technologies used in smart homes like X10, Z-Wave, ZigBee and Insteon are defined. Guidelines for installing a smart home are listed.
Tech-Smart is a leading provider of premium smart home system and home automation.We are able to protect your most valuable assets, at home and at work, by equipping your home.
This document describes a smart home security system that uses wireless sensor networks and GSM technology. The system can detect theft, gas leaks, temperature changes and send alarm messages to a mobile phone. It allows users to control home appliances like fans and lights remotely. The system uses low-cost and commonly available components like cell phones, SIM cards, and GSM modems. Sensors for smoke, LPG, temperature, and motion can trigger alarm messages. The system has applications for home, locker, industrial and bank security.
The document discusses smart homes and energy efficiency. It defines a smart home as a residence equipped with technology to promote comfort, convenience and security through home management. Key features of smart homes include automation, remote access/control, and low energy consumption. The document discusses various smart home appliances and how they can be energy efficient, such as induction cooktops and motion-sensing faucets. It also discusses using smart thermostats, lighting sensors, insulation, and floor rugs to save energy. The document advocates for renewable energy sources like solar panels and wind turbines in smart homes and provides an example of an energy efficient smart home design.
This document describes a home automation system that allows users to control devices in their home from their mobile phone using Bluetooth. The system connects an Android phone to a microcontroller using a Bluetooth module. The user can then control electrical devices and appliances connected to relays through the microcontroller. This provides convenience and accessibility from anywhere. It also improves energy efficiency and security for homes.
The presentation discusses designing a home automation system using Arduino that allows controlling electrical appliances like lights and fans via a smartphone. It aims to create a low-cost, user-friendly system especially for elderly and disabled users. The system uses an Arduino board, Bluetooth module, relay board and smartphone app to wirelessly control connected devices. Experimental tests showed the prototype system was effective with satisfactory performance at low cost.
The document outlines a project to build a model that simulates building management systems. It includes sections on an introduction, design, sensors, outputs, programming, feasibility study, and testing. The project uses an Arduino Uno microcontroller to control systems like lighting, gas detection, fire alarms, and air conditioning based on sensor inputs. It was designed based on visits to commercial buildings and discusses using sensors for temperature, gas leaks, and controlling outputs like fans, LEDs, and alarms.
Fire Alarm, Smoke Detector and Automatic Sprinkle SystemKhairul Azhar
This document describes a fire alarm and smoke detector system designed using digital logic. The system uses inputs from an emergency switch, smoke detector, and main switch. It outputs a fire alarm and activates an automatic sprinkler system. The logic design includes OR gates, AND gates, a JK flip flop timer set to 3 seconds, a 1Hz clock, 7 segment displays, and inverters. When the smoke detector or emergency switch is activated, the alarm will sound for 3 seconds before automatically shutting off the sprinkler and alarm. The group's responsibilities for the project are also outlined.
This document discusses smart home systems. It defines a smart home as a house that incorporates a communications network connecting electrical systems and services to allow remote control, monitoring and access both inside and outside the home. The document outlines key elements of smart home systems including communication networks, intelligent control and home automation components. It also discusses current and future applications of smart home technologies in areas like home functions, healthcare, security and entertainment. Finally, it examines research challenges around privacy, system complexity, cost effectiveness and the social impacts of smart homes.
This Document helps you getting the overview on some important aspects of home security systems, sensors, detectors and help you keep your home safe by following these simple tips
This project is called ‘Voice Controlled Home Automation project using Arduino’
which enables a user to control the home appliances through voice commands sent to
an Android app i.e AMR voice app.
This document discusses several smart home technologies including X10, INSTEON, Z-Wave, ZigBee, and HomePlug. It provides details on the protocols, standards, frequency ranges and advantages of each technology. X10 uses powerline communication with limited functionality while INSTEON uses both powerline and radio frequency for a dual-mesh network. Z-Wave and ZigBee are wireless technologies that operate in the sub-GHz and 2.4GHz bands respectively, using low power and providing mesh networking capabilities. The document compares the features of these various smart home networking options.
Intelligent lighting systems can automate lighting control to save energy and provide convenience. They involve controlling lights remotely through timers, sensors, or wireless networks. This allows adjusting lighting based on factors like daylight or occupancy. Intelligent lighting saves 19% of energy used for lighting worldwide by automating control. Examples of intelligent lighting methods include daylight dimming, occupancy sensors, and wireless lighting networks that can control multiple lights from a central system or mobile device. Applications include using sensors in offices, homes, streets, and corridors to automatically adjust lighting levels based on presence or daylight.
Final Year Engineering Project Title List for Electronics & Electrical Branch...zettanetworks
The document describes several projects involving embedded systems and microcontrollers. They include:
1. A vehicle failure detection system that monitors parts and stops the vehicle if issues are detected.
2. An automated bus announcement system that identifies stops using RFID and announces them via a voice chip.
3. A smart home automation system that allows devices to be controlled remotely via DTMF tones over GSM.
This document defines and discusses smart home technology. It begins with definitions of smart homes and how they work by connecting devices to automate lighting, appliances, security and more using receivers and transmitters. A brief history shows smart home concepts emerging in the 1960s with pioneers like GE. Common smart home systems discussed are X-10, ZigBee and Z-Wave which use power lines or radio waves. Costs can range from $100 for basic controllers to thousands for a fully integrated system. Installation costs for a new "smart wired" home are estimated between $2,000-5,000. The conclusion is that smart homes will become standard in 90% of new homes within 10 years.
Home security system is needed for convenience and safety. This system invented to keep home safe from intruder. In this work, we present the design and implementation of a GSM & PIR sensor based home security system using ARDUINO-UNO board. Which take a very less power. The system is a arduino-uno based home security system which contains a GSM modem and PIR sensor with servo-motor and a camera which provides a better security. The system can response rapidly as intruder enters into the trigged zone, PIR sensor sense the object and GSM module will send a notification as a SMS to the registered number of the home owner, and can also give a snapshot of that object. This security system for alerting a house owner wherever he will. In this system as a object enters into the zone GSM module produce a signal through a public telecom network and sends a message or redirect a call that that tells about your home update or predefined message which is embedded in arduino-uno board. Suspected activities are conveyed to remote user through SMS or Call using GSM technology.
Presentation Smart Home With Home AutomationArifur Rahman
This document provides an overview of a presentation on smart home automation. It discusses how home automation can automate lighting, HVAC, appliances and other systems for improved convenience, comfort, energy efficiency and security. It describes how smart homes can be remotely controlled and monitored, including security, entertainment and information functions. It outlines the various wired and wireless devices used in home automation and popular software options like Linux, Mister House and Heyu. The presentation also includes diagrams of sample home automation architectures and a remote web interface.
A smart house is a house that has highly advanced automatic systems for lighting, temperature control, multi-media, security, window and door operations, and many other functions.
Smart Home Automation System ALAYOUBI TECHNOLOGIESمهند محمد أيوب
Home Automation company| Smart Home| ALAYOUBI TECHNOLOGIES
has had continued success and growth by performing the highest-quality latest technology and security equipment likes cctv camera Dubai, IT Security, Smart home and Educational Solutions and Products and by doing so become the industry leader in our Fields.
For More Info Contact
ALAYOUBI TECHNOLOGIES
Dubai.
PO BoX - 233464, UAE
Tel: 00971 4 2525218
Mob +971552425431
replyto@alayoubi.net
http://www.alayoubi.com/solutions/smart-home-bms-system/
This document provides an overview of smart home technology. It discusses features of smart homes such as optimized climate and light controls, item tracking, and automated alarm schedules. The objectives of smart homes are outlined as improving inhabitant experience through comfort, efficiency, and security. Existing smart home projects from academia and industry are described briefly. Challenges in developing intelligent environments are also mentioned. An example scenario of smart kitchen item tracking is provided. Different technologies used in smart homes like X10, Z-Wave, ZigBee and Insteon are defined. Guidelines for installing a smart home are listed.
Tech-Smart is a leading provider of premium smart home system and home automation.We are able to protect your most valuable assets, at home and at work, by equipping your home.
This document describes a smart home security system that uses wireless sensor networks and GSM technology. The system can detect theft, gas leaks, temperature changes and send alarm messages to a mobile phone. It allows users to control home appliances like fans and lights remotely. The system uses low-cost and commonly available components like cell phones, SIM cards, and GSM modems. Sensors for smoke, LPG, temperature, and motion can trigger alarm messages. The system has applications for home, locker, industrial and bank security.
The document discusses smart homes and energy efficiency. It defines a smart home as a residence equipped with technology to promote comfort, convenience and security through home management. Key features of smart homes include automation, remote access/control, and low energy consumption. The document discusses various smart home appliances and how they can be energy efficient, such as induction cooktops and motion-sensing faucets. It also discusses using smart thermostats, lighting sensors, insulation, and floor rugs to save energy. The document advocates for renewable energy sources like solar panels and wind turbines in smart homes and provides an example of an energy efficient smart home design.
This document describes a home automation system that allows users to control devices in their home from their mobile phone using Bluetooth. The system connects an Android phone to a microcontroller using a Bluetooth module. The user can then control electrical devices and appliances connected to relays through the microcontroller. This provides convenience and accessibility from anywhere. It also improves energy efficiency and security for homes.
The presentation discusses designing a home automation system using Arduino that allows controlling electrical appliances like lights and fans via a smartphone. It aims to create a low-cost, user-friendly system especially for elderly and disabled users. The system uses an Arduino board, Bluetooth module, relay board and smartphone app to wirelessly control connected devices. Experimental tests showed the prototype system was effective with satisfactory performance at low cost.
The document outlines a project to build a model that simulates building management systems. It includes sections on an introduction, design, sensors, outputs, programming, feasibility study, and testing. The project uses an Arduino Uno microcontroller to control systems like lighting, gas detection, fire alarms, and air conditioning based on sensor inputs. It was designed based on visits to commercial buildings and discusses using sensors for temperature, gas leaks, and controlling outputs like fans, LEDs, and alarms.
Fire Alarm, Smoke Detector and Automatic Sprinkle SystemKhairul Azhar
This document describes a fire alarm and smoke detector system designed using digital logic. The system uses inputs from an emergency switch, smoke detector, and main switch. It outputs a fire alarm and activates an automatic sprinkler system. The logic design includes OR gates, AND gates, a JK flip flop timer set to 3 seconds, a 1Hz clock, 7 segment displays, and inverters. When the smoke detector or emergency switch is activated, the alarm will sound for 3 seconds before automatically shutting off the sprinkler and alarm. The group's responsibilities for the project are also outlined.
This document discusses smart home systems. It defines a smart home as a house that incorporates a communications network connecting electrical systems and services to allow remote control, monitoring and access both inside and outside the home. The document outlines key elements of smart home systems including communication networks, intelligent control and home automation components. It also discusses current and future applications of smart home technologies in areas like home functions, healthcare, security and entertainment. Finally, it examines research challenges around privacy, system complexity, cost effectiveness and the social impacts of smart homes.
This Document helps you getting the overview on some important aspects of home security systems, sensors, detectors and help you keep your home safe by following these simple tips
This project is called ‘Voice Controlled Home Automation project using Arduino’
which enables a user to control the home appliances through voice commands sent to
an Android app i.e AMR voice app.
This document discusses several smart home technologies including X10, INSTEON, Z-Wave, ZigBee, and HomePlug. It provides details on the protocols, standards, frequency ranges and advantages of each technology. X10 uses powerline communication with limited functionality while INSTEON uses both powerline and radio frequency for a dual-mesh network. Z-Wave and ZigBee are wireless technologies that operate in the sub-GHz and 2.4GHz bands respectively, using low power and providing mesh networking capabilities. The document compares the features of these various smart home networking options.
Intelligent lighting systems can automate lighting control to save energy and provide convenience. They involve controlling lights remotely through timers, sensors, or wireless networks. This allows adjusting lighting based on factors like daylight or occupancy. Intelligent lighting saves 19% of energy used for lighting worldwide by automating control. Examples of intelligent lighting methods include daylight dimming, occupancy sensors, and wireless lighting networks that can control multiple lights from a central system or mobile device. Applications include using sensors in offices, homes, streets, and corridors to automatically adjust lighting levels based on presence or daylight.
Final Year Engineering Project Title List for Electronics & Electrical Branch...zettanetworks
The document describes several projects involving embedded systems and microcontrollers. They include:
1. A vehicle failure detection system that monitors parts and stops the vehicle if issues are detected.
2. An automated bus announcement system that identifies stops using RFID and announces them via a voice chip.
3. A smart home automation system that allows devices to be controlled remotely via DTMF tones over GSM.
This document defines and discusses smart home technology. It begins with definitions of smart homes and how they work by connecting devices to automate lighting, appliances, security and more using receivers and transmitters. A brief history shows smart home concepts emerging in the 1960s with pioneers like GE. Common smart home systems discussed are X-10, ZigBee and Z-Wave which use power lines or radio waves. Costs can range from $100 for basic controllers to thousands for a fully integrated system. Installation costs for a new "smart wired" home are estimated between $2,000-5,000. The conclusion is that smart homes will become standard in 90% of new homes within 10 years.
Home security system is needed for convenience and safety. This system invented to keep home safe from intruder. In this work, we present the design and implementation of a GSM & PIR sensor based home security system using ARDUINO-UNO board. Which take a very less power. The system is a arduino-uno based home security system which contains a GSM modem and PIR sensor with servo-motor and a camera which provides a better security. The system can response rapidly as intruder enters into the trigged zone, PIR sensor sense the object and GSM module will send a notification as a SMS to the registered number of the home owner, and can also give a snapshot of that object. This security system for alerting a house owner wherever he will. In this system as a object enters into the zone GSM module produce a signal through a public telecom network and sends a message or redirect a call that that tells about your home update or predefined message which is embedded in arduino-uno board. Suspected activities are conveyed to remote user through SMS or Call using GSM technology.
Güneş Takip Sistemleri ve Güneşli PişiricilerMuhammed Hatal
Güneş takip sistemi, güneş panellerinin gün içerisinde güneşi takip ederek tam verimde çalışmasını amaçlayan, güneşin panellere dik gelmesini sağlayan izleme sistemidir.
Arduino üzerinden nem ve sıcaklık sensör bilgisini buluta aktararak sonucuna göre işlem yapmak. Ve buluttan gönderilen datayı arduino üzerinde işlemek.
1. Akıllı Evin Kısa Tarihçesi “Akılı Ev” fikri ilk olarak 1980’lerin başında ortaya çıktı. Türkiye’deki ilk uygulama ise 1984 yılında yapılmıştır İlk uygulamalarda, sıradan her hangi bir fiziksel engeli olmayan insanların ev konforu düşünülmüştü. Üreticiler, bir sistemi bütününü entegre etmeyi amaçlamamışlardı. Ancak, bireysel olarak kontrol edilebilecek bir çok ürün çeşidi ortaya çıktı(enerji kontrol ünitesi, güvenlik sistemi, ışık kontrolcüleri gibi )
2. Akıllı Evin Kısa Tarihçesi 1993-Akıllı Ev Sistemleri: Bu çalışmada, ev otomasyonu ürünleri sınıflandırılmıştır. CEBus nokta mimarisi verilmiş ve bunun detaylı açıklaması yapılmıştır. 1998-Ofis ve Ev için Telefonla Uzaktan Kontrol: Bu çalışmada, ofis ve ev için bir uzaktan kontrol sistemi telefon kullanarak dizayn edilmiş ve uygulanmıştır. Sistem DTMF telefon sistemine dayalı çalışmaktadır. 2004-DTMF Alıcısının Hızlı FourierTransform İle Analizi Ve Sinyal Algılaması: Bu çalışmada, performans değerlendirmesi ve DTMF alıcısının analizi için hızlı fouriertransform algoritması kullanarak, yeni bir metot düşünülmüştür. 2006 - Vücut Hareketlerini Kullanarak Akılı Ev Kontrolü:Bu çalışma, akıllı evdeki ışık ve perde gibi nesnelerin vücut hareketleri ile kontrolünü önermektedir.
4. Ev Otomasyon Sistemleri Otomasyon; bir sistemin hazırlanan belirli bir senaryoya göre herhangi bir operatöre gerek duymadan istenilen işlemleri gerçekleştirmesi olarak tanımlanabilir. Ev otomasyonu ise ev teknolojilerinin kişiye özel ihtiyaç ve isteklere göre uygulanmasıdır. Ev otomasyon sistemleri ile birçok komut arka arkaya yerine getirilerek "senaryolandırma" seçeneği sağlanır. Tüm perdelerin kapanması, ışıkların kısılması, alt katta alarmın devreye girmesi, televizyonun bir saat sonra kapatılması gibi normalde zaman kaybettirecek işlemler tek bir komutla yerine getirilebilir.
5. Isıtma ve Soğutma Sistemleri Akıllı ev, yazları soğutma sistemi olarak, havalandırma sistemleri ile birlikte ışık gölge yapısını da kullanarak, konut içine giren güneş ışığının sera etkisini kontrol altında tutup ısıyı denetler. Isıtma soğutma sisteminin tüm değerleri bir ana bilgisayar tarafından değerlendirilir Her an ısı girişi ve çıkışı, hangi sistemin ağırlıklı olarak kullanılması gerektiği gibi kontroller yapılmaktadır.
6. Aydınlatma Sistemleri Akıllı ev ışıklandırma sistemleri, konut içi atmosferini belirleyip ayarlayan ve tüm gün içinde kontrol edilen bir sistemdir. Evde iki tür ışıklandırma kullanılır; mekan ışıklandırması ve alan ışıklandırması. Mekan ışıklandırmasında, mekanın genel ışık düzeyi ölçülür ve sürekli değişen dış ortam aydınlığı da hesaba katılarak ortalama bir değerde ışık üretilir ve ayarlanır Alan ışıklandırmasında ise, faaliyetler ve efektler ön plandadır. Örneğin; yemek masasındaki ışık düzeyi diğer kısımlardan farklı olmalıdır veya çalışma masasında aydınlık düzeyi belli bir değerin altında veya üstünde olmamalıdır.
7. Aydınlatma Sistemleri Sabah uyandığınızda, ayarladığınız saatte, panjurlarınız istediğiniz kadar açılabilir. Balkonunuzdaki veya bahçenizdeki tente güneş ışınlarına göre açılıp, rüzgâr şiddeti arttığında kapanır Işık sensörü ile güneşin batışı algılanır ve perdelerin kapanması, evde istediğiniz ışıkların açılması sağlanır. Uzun seyahatlerimizde panjur ve pencereler açılarak ev güneşlendirilir veya havalandırılır Geceleyin ışıklar bizim bulunduğunuz yerlerde otomatik olarak yakılır olmadığınız bölgelerde ise söndürülür. Evdeki tüm lambaların ışık seviyesi ayarlanabilir. Lambaları tam parlaklıkları yerine daha düşük (%90) parlaklıkta yakarak, ampullerin ömrünü arttırır ve de enerji tüketimlerini %30 oranında azaltır
8. İletişim ve Multimedya Sistemleri Konut içi iletişim sistemlerine örnek olarak, bazı fonksiyonların uzaktan kumanda edildiği çoklu ev içi telefon sistemi ve ısıtma sistemi gibi örnekler verilebilir. Bu sistemler, evin otonom sistemlerinin dışındaki, örneğin pencerelerin açılıp kapatılması, perdelerin kontrol edilmesi gibi iletişim mekanizmalarıyla kontrol edilebilen olaylardır. Günümüzde insanlar birtakım işlerini evlerinden veya işyerlerinden bilgisayar aracılığı ile yürütebilmektedirler.
9. Güvenlik Sistemleri Akıllı bir evin sağlayacağı güvenliğin klasik alarm sistemlerine kıyasla en büyük avantajı, hırsızlık, yangın veya su baskını gibi olayların gerçekleşmeden önlenebilmesidir. Güvenlik sistemlerinin en önemli birimi, kullanıldığı amaca göre; ses, titreşim, ışık, ısı vb. değişik durumları algılayabilen sensörlerdir Tüm algılayıcıları senkronize bir şekilde kontrol eden bilgisayar destekli bir merkezi güvenlik birimi, iletişim sistemleri ile koordineli bir şekilde çalışarak bölgenin güvenlik kuruluşlarına bağlanır ve böylece ev içi güvenlik sorunları minimize edilir. Hareket algılayıcıları ile alanların ve mekanların güvenliğini sağlamak, ev içi veya dışı mekanlarda kullanılan bir sistemdir. Bu sistemde; ultrasonik dalgalar, mikro dalgalar, hareket algılayıcılar ve fotosel ışın kullanılır. Yangın durumuna karşı kullanılan duman dedektörleri ile, belli bir yoğunluğu aşan duman bir yangın tehlikesi olarak algılanır aynı anda hem alarm sinyali verilerek konut sakinleri durumdan haberdar edilir, hem de itfaiye teşkilatı olaydan haberdar edilebilir.
10. Çevre Güvenliği Çevre güvenlik sistemleri yapılırken, birçok sistem ürünü ya da seçenek kullanılarak konutun çevresi kontrol altına alınır. Bu sistemler arasında; Çevre kamera izleme sistemleri Pencere veya kapı etrafına takılan dedektörler Daire, bahçe ya da otopark kapı girişlerine takılan, en ufak hareketi algıladığında bile aktif hale gelerek istenen ışıkları yakan dedektörler sayılabilir.
11. Hırsıza Karşı Güvenlik Hırsızlığı önlemek için hareket algılayıcılar, kapı ve pencerelere yerleştirilen sensörler ve kameralarla ev gözetim altında tutulur Ev boş iken eve yaklaşan birisi olduğunda senaryolar yardımı ile ışıklar, müzik seti veya TV gibi cihazlar çalıştırılıp evin dolu olduğu izlenimi verilebilir ve hırsız uzaklaştırılır.
12. Gaz, Yangın, Su Taşkınına Karşı Güvenlik Sistem, adapte edilen gaz algılama, duman algılama, ısı algılama ve su algılama dedektörleri sayesinde evde oluşabilecek olası yangın, gaz kaçağı ve su taşkını durumlarında devreye girerek alarm sisteminin çalışmasını sağlar. Ev içinde gerekli alarmlar verilerek yaşayanlar durumdan haberdar edilir, ev boş ise ev sahiplerine kısa mesaj yoluyla bilgi verilir
13. Evinizin akıllı olması için evinizde yapmanız gereken değişiklikler Evinizin "akıllı" hale gelmesi için, belirli standart parçalar içeren hazır sistemler bulunduğu gibi, bu sistemlere, ihtiyaçlarınız doğrultusunda ve bütçenize uygun olarak eklemeler, çıkarmalar yapabilir ya da ilgili firmaların sunduğu geniş ürün yelpazesinden, dilediklerinizi seçebilirsiniz. Hazır sistemlerin çoğu bir ana kontrol kutusu, bir kontrol paneli, çeşitli algılayıcılar, cihaz denetleyicileri, uzaktan kumandalar ve bir telefon modülü içerir.
14. Akıllı Evlerde Kullanılan Yazılımların Genel Özellikleri 1.Gerçek zamanlı çalışabilme. 2. Esneklik. 3. Hızlı yazılım geliştirebilme. 4. Kolayca ve hızlıca yeni özellikler ekleyebilme, çıkarabilme, değiştirebilme. 5. Kolayca yapay zeka kısımlarını, algoritmalarını değiştirebilme 6. Donanımdan bağımsız olma. 7. Çok sayıda sensör çeşidiyle çalışabilme.
15. Ev otomasyonu ile enerji tasarrufu sağlama Enerji giderlerini arttıran ve gereksiz enerji tüketimine neden olan en büyük etkenler : Gereksiz yere açık bırakılan ışıklar, Kısa süreler için hızlı ısıtma ve soğutma sağlamak için, yüksek seviyelerde çalıştırılan ısıtma ve soğutma sistemleri Evin kullanılmayan bölgelerinin ısıtılması Gün ışığından gerektiği kadar faydalanamama Çamaşır ve bulaşık makinesi gibi fazla elektrik tüketen cihazların akıllı sayaçlarla uyumlu olarak, indirimli saatlerde çalışması sağlanabilir. Isıtma sistemlerinin otomasyonla denetimi bir evin ısı enerjisi tüketimini %10, gereksiz ışıkların söndürülmesi, yakılan ışıkların %90 parlaklıkta yakılması, cihazların ucuz tarife zamanlarına göre programlanması gibi yöntemler ise elektrik enerjisi tüketimini %30'a varan oranda azaltabilir.
16. Ev otomasyonu ile evin konforunun sağlanması Konfor sağlanmasındaki temel mantık, kişiye gereksiz yere zaman kaybettiren işlemlerin otomasyon sistemi tarafından yerine getirilmesi ve normal koşullarda kullanıcı tarafından gerçekleştirilemeyecek işlemlerin yerine getirilmesidir. En büyük kolaylığı senaryolandırma seçeneği sağlar. Tüm perdelerin kapanması, ışıkların kısılması, alt katta alarmın devreye girmesi, TV’nin 1 saat sonra kapatılması gibi normalde zaman kaybettirecek işlemler tek bir komutla yerine getirilebilir. Sabah belirli bir saatte kahve makinesinin çalıştırılması, suyun ve evin sıcaklığının ayarlanması Evden çıkarken bütün cihazların ve kapatılıp işyerinize evden çıktığınızı haber vermek için telefon edilmesi Çocuğunuz okula gittiğinde veya okuldan eve döndüğünde size kısa mesajla bilgi verilmesi Evde kimse yokken kapıyı çalanların fotoğraflarının çekilmesi. Bahçedeki çimlerin belirli zaman aralıklarında ve yağmur yoğunluğuna göre sulanmasını sağlar. Evde cihazlar ve ışıklar uzaktan kumandayla kontrol edilebilir ve herhangi bir cihazda bir sorun olursa o cihazın elektrik ve suyunu keserek servise haber verir.
17. Ev otomasyonu ile evin konforunun sağlanması Çocuklarınızın odasında bulunan televizyon belirli bir saatten sonra kapatılabilir. Telefon çaldığında televizyon, müzik seti gibi cihazların sesini kapatabilir. Hareketleri kısıtlı kişiler uzaktan kumanda ile çevrelerini çok rahat kontrol edebilir ve gerektiğinde yardım çağırabilirler. Garaj kapısının açıldığını algılayarak eve geçiş yolunuzu aydınlatabilir.
18. Akıllı Evde Kullanılan Ev Aletleri ve İşlevleri Televizyon: İzlenilen programa ve mekânın büyüklüğüne göre renk dağılımını ve sesi ayarlar. Buzdolabı: Mevsim farklarına ve kullanım alışkanlıklarına göre soğutma ve dondurma seviyelerini otomatik olarak ayarlar. Çamaşır makinesi: Çamaşır türü, miktarı ve kirlilik oranına göre yıkama ve kurutma stratejisini belirler. Bulaşık makinesi: Bulaşık miktarına ve kirlilik oranına göre yıkama ve parlatma stratejilerini belirler. Ocak: Pişirilecek malzemeyi en kısa sürede ve minimum enerji sarfiyatıyla pişirir ayrıca pişirilen ürünlerin yanmasını ve taşmasını önler. Elektrikli süpürge: Süpürülecek zemine ve toz miktarına göre enerji sarfiyatını ve motorun emiş gücünü ayarlar. Klima: Ortam sıcaklığına göre gerekli soğutmayı ve enerji tasarrufunu otomatik olarak yapar. Ayrıca ilk çalıştırmalardan gereksiz enerji harcamalarını engeller. Nemlendirme: Ortamın nem ihtiyacına göre otomatik olarak nem ayarı yapar. Duş: Suyun sıcaklığını belirlediğiniz seviyede tutarak su sıcaklığındaki değişiklerden etkilenmemenizi sağlar
19. Akıllı Ev’in Avantajları Ve Dezavantajları Avantajları : Güvenlik sağlar. Konfor sağlar. Zaman ve enerji tasarrufu sağlar. Fiziksel veya zihinsel rahatsızlık yaşayan insanların hayatını kolaylaştırır. Sorumlulukları azaltır
20. Akıllı Ev’in Avantajları Ve Dezavantajları Dezavantajları: Uzaktan erişimle sisteme dâhil olunma ihtimali, bizim kontrolümüzde olan evimizin kontrolünün, başkalarına geçmesine sebep olabilir. Sistemin kontrolünde oluşabilecek aksaklıklar beklenmedik sonuçlar doğurabilir. Örneğin, nem sensorunun hasar görmesi ile bahçeniz gereğinden fazla sulanabilir ya da susuz kalabilir. İnsanı tembelliğe itip daha monoton bir hayat yaşamasına sebep olabilir. Sorumlulukları azaltırken insanı düşünmemeye itebilir. Sesle verilen komutlarda aksaklıklar oluşabilir. Örneğin, el çırparak perdeleri açan bir ev sistemin, televizyondaki bir sesten yada müzikten etkilenebilir ve ev sahibinin isteği dışında perdeler açılabilir. İnsanın mekanikleşmesine sebep olabilir.
21. Akıllı Evlerden Beklentiler Güvenlik ve emniyetin artırılmasına yönelik olması, Konfora yönelik olması, Basitlik ve kullanım kolaylığı olması, Enerji tasarrufuna yönelik sistemler olması ve Fiziksel engelli insanlara yönelik sistemler olması beklenmektedir.
22. Enerji Tasarrufu Otomasyonun temel prensibi verimliliğin artırılarak enerjiden tasarrufa gidilmesidir. Bir evde gereksiz enerji tüketimine neden olan ve enerji giderlerini artıran etkenleri başlıca: gereksiz yere açık bırakılan ışıklar, kısa süreli hızlı ısıtma ve soğutma için ilgili sistemlerinin yüksek seviyelerde çalıştırılması, gün ışığından etkin faydalanamamak, kullanılmayan bölgelerin ısıtılması, açık bırakılan, unutulan cihazlar olarak sıralayabiliriz.
23. Türkiye`de ve Dünyada Akıllı evler Türkiye'nin bilgisayarla donatılmış ilk akıllı evi Compex fuarında kuruldu. Mutfak, hobi odası, salon, çocuk odası ve ofis bölümünden oluşan Akıllı Ev, bir yapı endüstrisinin sponsorluğunda, IBM smarthome çözümleri ile oluşturularak Compex'teziyaretçilere sunuldu Akıllı evin fiyatı ise 119 milyar lira olarak belirlendi Türkiye’de şu anda birçok firma tarafından akıllı ev kurulumu yapılmaktadır. Dünyada ise 2006 yılından bu yana her sene farklı bir ülkede akıllı ev sempozyumları düzenlenmektedir.
24. Dünyada akıllı ev 2006 yılından bu yana her sene farklı bir ülkede akıllı ev sempozyumları düzenlenmektedir.
25. Kaynaklar AKILLI EVLER ,Muhsin Tunay GENÇOĞLU AKILLI EV TEKNOLOJİSİ,İsmail GÖKTAŞ BİR MİKRO DENETLEYİCİ TABANLI AKILLI EV SICAKLIK VE AYDINLATMA OTOMASYONU UYGULAMASI ,Celalettin KÜÇÜKBAKIRCI TEKNOLOJİK GELİŞMELERİN KONUT İÇ MEKAN TASARIMINA ETKİSİ VE AKILLI EVLER, Füsun Seçer AKILLI EVLERDE OTOMASYON ,GÖKHAN ŞAHİNOĞLU AKILLI EV OTOMASYON SİSTEMİ VE İNTERNET ÜZERİNDEN UYGULAMASI,ÖZDAĞ,Recep AKILLI BİNA UYGULAMALARINDA MALİYET ARTIŞININ GERİ KAZANIM SÜREÇ ANALİZİ ,Semih GÖKSU AKILLI EV SİSTEMLERİ ,Erol ÖZÇEKİÇ AKILLI EV OTOMASYONU,Utku BAYRAM AKILLI EV SİSTEMLERİ VE UYGULAMASI ,Gül Nihal GÜĞÜL AKILLI EV TEKNOLOJİLERi VE OTOMASYON SİSTEMLERİ, Mehmet Yumurtacı ve Ali Keçebaş AKILLI KONUT BİNALARINDA ETKİLEŞİM KAVRAMI VE KENTSEL AĞ BAĞLAMINDA BİR MODEL , Mim. Ümit Sabri TÜRKCAN