The phrase "intelligent therapy" is correct and usable in written English.
It can be used to refer to therapeutic approaches that utilize advanced techniques or technologies to enhance treatment effectiveness.
Example: "The clinic offers intelligent therapy options that integrate AI to personalize treatment plans for each patient."
Alternatives: "smart therapy" or "advanced therapy".
These models form building block for intelligent therapy support systems.
This paper presents the design and first evaluation of an algorithm called Intelligent Therapy Assistant (ITA).
The Intelligent Therapy Assistant (ITA) algorithm automatically schedules rehabilitation sessions to patients, considering the assigned cognitive profile to determine which tasks are more suitable for their specific needs.
In this study the Intelligent Therapy Assistant (ITA) algorithm has been evaluated, as an integrated functionality in the "Guttmann, Neuro Personal Trainer®" (GNPT) tele-rehabilitation platform.
The aim of this work is to design, develop and evaluate an automatic therapy planning functionality, called Intelligent Therapy Assistant (ITA), to help therapists to configure the patients' treatments in the GNPT platform.
This paper presents the design, development and first evaluation of an algorithm, named Intelligent Therapy Assistant (ITA), which automatically selects, configures and schedules rehabilitation tasks for patients with cognitive impairments after an episode of Acquired Brain Injury.
Get intelligent intelligence.
The problem of resistance to targeted therapies certainly needs to be addressed by developing multimodal strategies using intelligent combinations of targeted therapies [ 54, 55].
Genes and their molecular pathways contributing to tumor growth have been singled out allowing for the intelligent design of targeted therapies that have increased the overall survival rate in specific neoplasia.
Incorporating rhythm analysis during CPR and assessment of the optimal time to defibrillate would lead to a new generation of intelligent AEDs, capable of guiding therapy individually.
Our results prove that C-TBD NPs provide a new strategy for intelligent, accurate, and non-invasive tumor therapy.
