CELSS system control: Issues, methods, and directions

Minimal support technology and in situ resource utilization for risk management of planetary spaceflight missions

“…Technologies such as closed ecological and chemical life support systems have been tested on Earth, but never for the length of time required for a Mars trip, and never at a near 100% closure rate with humans as a part of the system (Blackwell and Blackwell, 1991). Yet many alternate scenarios require them for this mission to be successful.…”

Human Population Growth and Excess Consumption: Understanding Limits of Stable Functioning and Algorithms of Control Utilizing CELSS Technologies and Developments (Integrated Applied Modeling)

“…empirical approach is only sufficient with small-sized systems. Nevertheless, the Technological and Scientific Revolution is In the limited resources paradigm, CELSS for Human Life bringing the human population into an exponential growth Support (ULS) requires strong theoretical analysis [12], such as stage of development [5,13]. Although our abilities to expand mathematical modeling [4,12].…”