INTELLIHOME | Juran Li - Design (2023)

• Complex with many devices and learning costs are high, not friendly to new users

• It's not smart and useful enough to solve users' pain points and save energy and money

• There is an accessibility problem

• They are not user-oriented, users still have to perform complex actions

• Change from passive interaction to proactive interaction
  Be more inclusive and accessible

• Integrate better with the existing built and natural environment

• Reduce energy costs and promote sustainability

• Provide more user-oriented solutions and suggestions

• Create unique customization scenarios

• Build a holistic IoT integrated with architectural solutions with passive design

• Through contextual awareness and proactive customization, user intentions are predicted by the machine, further helping to complete tasks with minimal user input. e.g. The smart home system used user location devices to turn off empty rooms and inactive devices to save energy

• Proactively advises and informs users based on cloud and personal data analysis.e.g. Health management tips, emergency guide, smart home device recommendations and installation instructions

• The collected user data, activities, routines and scenarios will help the smart home system learn and adapt better

• Without making assumptions about the user's ability to perceive or operate, comprehensive and accessible proactive multi-modal interaction will be much more effective, efficient and facilitate the service and experience of the AI-powered smart home system

• The application of passive design will reduce energy consumption and environmental pollution, as well as promote the physical and mental well-being of the user

• In the preparation phase of the smart home system, Lidar technology is used to scan and measure architectural spaces to create a 3D model of the building. This allows the smart home system to get an idea of ​​what the building looks like. For example, the system can integrate architectural and climatic information from the site to analyze the passive design possibilities of that building and then advise the user.

• A complete IoT is integrated into the passive systems: shading device (natural light), ventilation device (fresh air), AC (temperature and humidity), moisturizer (humidity), artificial light (lighting system compatible with third-party smart devices (conditional, without any business conflict)

• If necessary, the smart home system applies the appropriate passive architectural design solutions of that building - generated by analyzing the 3D architectural data of the scanned building in the system and climate information from external sensors.

• At night, the smart home system uses the outdoor conditions, before mechanical devices such as humidifier and air conditioner, to adjust the indoor climate until it is optimal for sleeping.

• In the cold morning, the smart home system proactively opens the blinds to let sunlight into the room, lights and solar energy to keep the room warm and comfortable and save energy.

• The smart speaker receives an alarm from the smartphone and rings. Jack can't keep his eyes open to turn it off (temporary vision loss), so he says "turn off the alarm" to stop it.

• The smart speaker will then start using speech to announce the time, weather, news and schedule. Since he just woke up and is a bit confused (temporary cognitive impairment), he deliberately chooses short, simple language to convey the information.

• When Jack gets up and walks into the bathroom, the room sensors detect the movement and the system automatically switches from the smart speaker on the bedside table to the smart mirror and speaker in the bathroom.

  (Video) বিয়া নাম//Biya Naam//2022 Jumon Bora// jorhat

• Jack starts brushing his teeth with a smart electric toothbrush connected to the smart mirror, according to the 3D toothbrush guide on the smart mirror. Also, the system changes the interaction of the smart speaker's voice to the smart mirror's screen (from audio output to visual output), since the sound of the electric toothbrush is loud and Jack will not hear the smart speaker's voice (temporary hearing loss). This proactive multimodal interaction allows it to continue to receive information from different input/output modes.

• Jack is right-handed and only his non-dominant left hand can operate the smart mirror, which is inflexible (temporary physical condition). However, it also cannot use voice for control while brushing teeth (temporary loss of voice), so the system proactively adapts the user interface to the mirror - places the information part on the right and the interactive part on the left, displays the magnified texts and the buttons - to accommodate him.

• On a hot afternoon, Jack is on his way home from the gym after a 2-hour workout. According to Jack's heart rate and motion detection sent by his smartwatch, the smart home system detects that Jack has been working hard. It then tracks its location and journey with its smartwatch and smart car system, proactively turning on the air conditioning and drinks cooler before returning. He sets them to a lower temperature before Jack gets home so that the room is at that temperature when he arrives and he can enjoy the coolness without having to wait.

• When Jack approaches, the smart lock recognizes through the on-screen camera that he is alone. So it opens automatically. The smart welcome light, which Jack purchased and installed according to the smart home system's recommendation and instructions, turns on when the door is opened. The smart speaker also automatically plays music from Jack's favorites list.

MOSS: Cyberluifel

MijnKinley

← BACK TO MAIN PAGE