Ambient is an adjective used to describe a physical domain, environment, context, climate, or the atmosphere that surrounds us. Unobtrusive, ubiquitous, and calming, like ambient music playing in the background.
Ambient intelligent computing is an architectural concept, not a technology. In the future, technology, as we know it, the hardware, software, human/machine interaction, protocols, standards, and smart devies will blend and fade into the background of our physical domains.
Ambient intelligent computing uses advances in sensors, pervasive computing, artificial intelligence, and machine learning. 5G networks are the connective tissue that will link the ambient intelligent computer services together. With super-fast speed, low latency, and instant connectivity. Ten times faster than today's 4G.
Ambient Intelligent Computing will be ubiquitous, modular, personalized, and adaptive. A multidisciplined interaction between computing and networking technologies, personal and tele healthcare systems, security systems, convenience, and quality of life systems.
The underlying processor and sensor technologies will continue to be miniaturized, integrated into our homes, offices, automobiles, clothing, glasses, earbuds, appliances, communicate between themselves, behave intelligently collecting massive amounts of data about our digital lives.
Ambient Intelligent Computing is always on, always available. As the technology gets smaller, smarter. more connected, and disappearing into our domains where only the interface will be perceivable by the users. Built on artificial intelligent computing, context awareness, and a human centric interactive design that is personalized, adaptive, and anticipatory.
Ambient intelligent computing will reshape the future, the ultimate in disruptive change, altering the nature and fabric of our physical domains. With AI integrated chips, advances in wearable devices, motion gesture-based features, facial recognition, voice recognition, and artificial intelligence, the smart domain will sense the presence of people and initiate interaction, helping people improve their lives. Continually listening, monitoring, and responding to our needs. Seamlessly guiding us, offering smart suggestions and ideas for whatever we are trying to achieve, learn, or do. Easily and invisibly.
With your new ambient multiscreen laptop, you can interact with the device without opening it. It will identify you through facial recognition and automatically log you in, accessing your calendar for the day on one screen and displaying your emails and messages on another screen.
Google is changing its mission from organizing and accessing the world's data to Ambient Computing Services. Their goal is to be helpful. They want to be everywhere you need it, useful and in a way that feels natural, anytime anyplace. Their new products will supply intelligent interaction in styles that blend into domains – the environment around us.
Google has a head start in ambient computing with its search engine, cloud services, and new smartphone.
The first generation of smart technologies are available today in our automobiles, smart thermostats, security systems, low voltage home lighting controls, motorized window treatments, distributed multi-room audio and video systems and intelligent digital assistants. Speakers in the ceiling, walls, on a table or bookshelf, in the shower or pool area are designed to blend into the background.
Easy to use with a smart device, touch panel or keypad on the wall, we can set our thermostats to lower and raise the temperature at various times of the day. Our security operating systems use sensors; smoke, fire, motion, water, low-temperature thermostats, exterior doors, and windows sensors, if armed on the touch panel, will communicate to our security company that a fault has occurred. A loud siren and voice will alert occupants – Fire Fire Fire leave immediately, leave immediately – Intruder Intruder Intruder, the police have been notified.
Today's automobiles have a series of sensors warning the occupants to fasten the seatbelt, the tire pressure is low, or the car is close to an external object. In reverse, a camera comes on, displaying the area behind the vehicle.
Smart home lighting controls can brighten or dim the lights in an area, turn all the lights on or off, and can supply a lighted pathway from the entrance to various locations in the home.
A virtual digital assistant is a computer program connected to the Internet, using voice-enabled natural language processing to help a user by answering questions and performing basic tasks.
From mass marketing to mass individualization. From supplying options to providing answers.
Today’s consumers expect smart products that collect, and analyze their data, applying artificial intelligence to how they live, learn, work and play
The future of ambient computing will add the latest generation of semiconductor processing with AI chips, advanced memory chips, 5G chips, motion sensors, smart cameras, smart speakers, and microphones, to our domains, securely communicate data through 5G/Fiber Optics to a cloud computing application database, and apply artificial intelligence, based upon our unique domain and individual requirements.
With the processing speed of today's 5G networks, the network is the computer.
We use Artificial intelligence (AI) in our virtual assistant, speech, image, and facial recognition, decision-making, weather forecasting, hiring and selection, cyber-security, medical diagnosis, and translation between languages. Whole industries are getting smarter.
All computer technologies employ the core concepts of input, information processing, and output. Understanding these concepts is essential to understanding Artificial Intelligence.
Ambient intelligence is not possible without the use of artificial intelligence. Ambient intelligent computing systems will create terabytes of data every day about how our world works. The data in a variety of formats will be ingested and stored for now in a cloud vendor database, then normalize for processing.
Sense, reason, learn, act, and adapt. Artificial intelligence algorithms pattern recognition will process the data, discovering relationships, learning from massive amounts of structured and unstructured content from images, videos, documents, emails, websites, databases, and the human voice.
Without explicit programming, Artificial Intelligence and Machine Learning systems can train the computer from scratch.
What is Edge Computing
Computing at the edge of the Internet gives ambient intelligent computing systems the ability to make real time decisions instantly at the source of the data. In the future artificial intelligence data will be collected and processed in our interface devices, at the edge of the Internet, not sent to a cloud for processing.
With edge computing, our ambient interface devices will control our data, and speed up
With the design of specialized chips, technology firms are making advances in artificial intelligence. Solving problems for industry, government agencies, healthcare, scientific research, agriculture, and education.
Ambient Intelligent Computing sensors will automatically detect human presence and react to the wake-up words: "Hi, ambient." turning on a camera, the smart television in ambient mode, and initiate the virtual assistant that can intelligently interact with context awareness.
We envision future Ambient Intelligent operating systems will answer the question: Who is the User?
By supplying a domain dashboard, the local administrator can control settings that define and adjust some domain processing options.
Amazon, Google, and Microsoft lead the cloud vendor category. Artificial intelligence is available in degree across the industry. Nuance leads the speech recognition software.
In the smart home category, we have Google Hub, Amazon Nest Protect, Echo, and ring stick-up intelligent home security camera, Comcast in-home health monitoring device and health AI-assisted, and Samsung Smart Home Operating System.
ADT Smart Home Security System can control lights, locks, thermostats, and the garage door remotely.
Who will win the race for an ambient intelligent computing infrastructure operating system? Smart agents, working together to support the unique requirements of different individuals and domains.
Be prepared for voice recognition in automobiles, smart homes, wearable health monitoring devices, productivity at home and in meeting rooms, fitness facilities, classrooms, hospital rooms, doctor's office, law office, assisted living facilities, and in the future of law enforcement.
Ambient intelligent computing is an emerging discipline that brings intelligence to our everyday environments and makes our physical domains sensitive to us.
Ambient Intelligent Computing is a vision of our shared future that promises to revolutionize our lives by making our physical domains intelligent, flexible, and adaptive. Still, in our paradoxical world, most of us resist change with a powerful bias for the status quo.
Traditional computing technologies started with Mainframes, evolved to Timesharing, Minicomputers and Personal Computing. Today is about the web, mobile, cloud computing and Internet of things. Tomorrow, ambient intelligent computing will be available everywhere - an integral part of our environment.
Soon, we will begin to see ambient intelligent computing in smart cities, smart transportation systems, supply chain management systems, assisted living, aging-in-place smart home technologies with on-site and remote care, doctors' offices, law offices, law enforcement, universities, hospitals, meeting rooms, fitness centers, vehicles, stores, and long-term care facilities.
Distributed multiple agent systems, sensing with face-based authentication, capturing information about our unique domains, learning from our interactions, our locations, helping solve our problems. Interacting with us intelligently through natural language voice recognition, and with reasoned contextual awareness.
Ambient Intelligent Computing is likely to generate new data regulations and requirements that direct organizations to meet stringent data privacy standards.
The forces of disruptive change are redefining conventional assumptions, bringing new problems to solve for Business and industry, Healthcare, Higher Education, Investors, Government Agencies, and Individuals. Creating new disruptive business models, new customer/patient/employee value propositions.
The population is aging.
The birth rate is dropping, and life expectancy has been increasing, inverting the pyramid with a higher occurrence of the elderly population.
Research reports that 90% of people over age 65 would prefer to stay in their homes for as long as possible.
Today with a smartphone app, you don’t need to drive, you can take an Uber. You can hire someone to do home maintenance, walk your dog, schedule lawn and cleaning services, get groceries delivered, and schedule a professional caregiver to aid in meal preparation.
Ambient Intelligent Assisted Living with the support of Professional Healthcare Services can respond to this aging population.
With ambient assisted living artificial intelligence, more data will optimize the results.
Ambient Intelligent Assisted living systems will gather data from wireless sensors throughout your smart home, automobile, GPS enabled wearable devices, medical tracking devices, mobile devices, and fitness centers Etc.
Tracking your heart rate, blood pressure, daily routine – location, steps taken, distance traveled, stairs climbed, activity level, calories burned, sleep quality, television, and internet activity.
Ambient Intelligent Assisted Living Computing platforms can offer a real-time alert to professional caregiver team members, friends, and families. Identifying your location, dispatching 911 emergency services, accessing a nurse, or other help as needed.
Today there are many smart products on the market which supply a basic level of intelligent functionality. This technology is under constant change and evolution. A fully functional assisted living smart home will require a Run Executive (REX), an intelligent operating system capable of completely automating and controlling the homes Process Executive (PEX) subsystems, i.e., security systems, thermostats, television, cameras, lighting controls, whole house music, intercom, telehealthcare – with a user-friendly interface that's understandable, and reacts to voice commands.
After the run executive (REX) receives signals – feeds, from the homeowner's handheld remotes, smartphones, keypads, touchscreens, tablets, motion sensors, doorbells, the run executive (REX) checks the IF x, Then PEX.xx rules table and then communicates its instructions, like adjust the temperature and the lights on departure or dem the lights in the family room, lower the shades, and turn on the home theater.
The software in the Run Executive (REX) tells the subsystems in the home what to do and when to do it. The IF Then rules table can be updated remotely, making it easy to add Process Executive (PEX) subsystems, change the functionality or integrate a new smart device into the system.
The Modular flexibility and expandability of the Run Executive (REX) systems are designed to interact with common networking languages, IP Internet Protocol, and the home's Wi-Fi network.
The smart home control system design provides the ability to phase the installation, room by room, function by function gradually. Over time, as the homeowner’s requirements change, the control system can be easily updated.
Do your homework, contact Dealer/Integration companies, ask for a demonstration and references.
Trust and Privacy
A friend emailed the following comments – we talk to Alexa and have AI-assisted lighting, even wear a Fitbit. I love being connected, but I want to know when I'm being listened to, when my data is being collected and by whom and for what purpose.
The fundamental questions of the ambient intelligent computing revolution – what are the legal requirements of individuals and businesses that handle our data, observe our behavior, and track our locations.
Can we find the balance between the benefits of ambient intelligent computing versus the privacy concerns and rights of those living in smart homes, smart offices, smart cities, assisted living, and long-term care facilities?