The phrase "ambient living" is correct and usable in written English.
It can be used to describe a lifestyle or environment that is designed to be soothing, comfortable, and harmonious with nature or technology.
Example: "The concept of ambient living emphasizes creating spaces that promote relaxation and well-being through natural elements and soft lighting."
Alternatives: "eco-friendly living" or "serene lifestyle".
However, continuously maintaining ambient living conditions for earthworms is a challenge in vermi-composting and a major cause for many on-farm failures.
Thus, aerobic-composting may be a good option to handle large quantities of on-farm wastes as and when required without having to constantly maintain ambient living conditions as required for earthworms in vermi-composting.
Aerobic-composting (using microbial consortium culture), like vermi-composting, proved to be an effective technology with advantage of no requirement to maintain ambient living conditions in lean periods as is required for earthworms in vermi-composting, but needs more energy/labor for biomass turnings.
UCAmI 2016 is focused on research topics related to ambient assisted living, internet of things, smart cities, ambient intelligence for health, human-computer interaction, ad-hoc and sensor networks, and security.
We illustrate our proposal through a case study of an Ambient Assisted Living (AAL) system.
Research into ambient assisted living (AAL) strives to ease the daily lives of people with disabilities or chronic medical conditions.
In this work, the process followed for the development of a specific Ambient Assisted Living system is presented.
These services are the result of collaboration among various stakeholders, enabled by the notion of collaborative ambient assisted living ecosystem.
Recently he received awards at the Health and Wellness innovation competition at MIT and got awarded at the Ambient Assisted Living – Forum in Europe.
Ambient Assisted Living (AAL) systems intend to provide services that enable people with specific needs to live an independent and safe life.
Therefore, including survivability features must be insured to Ambient Assisted Living systems (AALs) using Humans, software Agents, Robots, Machines, and Sensors (HARMS).
